The document discusses siting solar energy projects on landfills in Southern New England from the perspectives of a utility owner and engineer. It describes UI's Renewable Connections Program which sought to develop 10 MW of renewable energy including a combination of solar and fuel cells. After considering various sites, including landfills, UI selected a site in Bridgeport, CT which went through an extensive review and permitting process. The engineer discusses initial site screening considerations as well as key challenges with developing solar on landfills, including settlement issues and permitting restrictions given landfill characteristics.
The document summarizes two projects developed by Corporation for Independent Living (CIL) using tax increment financing (TIF):
1) First Town Square in Windsor, CT involved renovating a historic but vacant building. TIF helped cover the project's $884,000 funding gap. The project preserved the building, leveraged private investment, and expanded the town's tax base.
2) The Lofts at Sherwood Falls in Berlin, CT converted an abandoned mill into housing. Berlin provided $1.1 million in bonds to cover environmental cleanup costs, justified by the project increasing Berlin's tax revenue. The completed project includes 85 condo units that have increased Berlin's tax assessments. Both projects showed how municipalities and
The Ames Shovel Works site in Easton, Massachusetts underwent a miraculous transformation from an abandoned historic industrial site into a mixed-use development through a consensus approach and public-private partnership between the developer and town. The partnership addressed the community's need for affordable housing and solved its wastewater issues by building a municipal wastewater treatment plant on site. The development was made financially viable through various funding sources including historic preservation grants and tax incentives while carefully preserving the historic buildings through a sensitive master planning process.
The document discusses the development of different form-based codes for two distinct areas in Simsbury, CT - the historic town center and a large corporate office park property. For the town center, a charrette was held to develop an illustrative plan and form-based code to guide higher density, high-quality development while preserving the historic character. For the corporate office park, a different approach was needed due to the setting and the property being an economic driver; this resulted in a code focused on place-driven job creation through a public-private partnership. Both codes required unique skillsets and processes to develop but achieved successful outcomes like increased development certainty and community acceptance.
City council presentation 05.14.12 revisedcityofevanston
The City of Evanston partnered with Brinshore to redevelop a former brownfield site known as Emerson Square. With funding from HUD's Neighborhood Stabilization Program 2, the project will include acquiring and demolishing the existing site and remediating contamination. Phase 1 will construct 32 mixed-income residential units, a public park, community garden, and leasing office. Construction is scheduled to be completed by September 2013 and will create affordable rental opportunities while meeting sustainability and local hiring goals.
The document discusses sustainable site development strategies for civil engineers related to LEED certification. It provides an overview of LEED categories and prerequisites, highlighting credits related to site planning like site selection, development density, and stormwater management. Examples are given of certified projects in North Texas that implemented strategies like brownfield redevelopment, water recycling, and use of local/recycled materials. Resources for further LEED and green building information are also listed.
The document provides information on CASBEE, a comprehensive assessment system for built environment efficiency used in Japan to rate the environmental performance of buildings and urban development. It discusses key aspects of CASBEE including its establishment in 2001, assessment tools and principles, criteria for evaluating built environment quality and load, and rating system. CASBEE aims to assess environmental performance throughout a building's lifecycle and awards higher ratings to more sustainable buildings to incentivize green design.
LAND MANAGEMENT IN GREEN BUILDING, SITE PLANNING FOR GREEN BUILDING, REDUCE IMPERVIOUS SURFACES OF SITE, GRIHA, LEED U.S , The site and landscape planning for green building construction are performed such a way that the design and construction strategies are sustainable and efficient. Site and landscape planning for green building ensures following objectives:
Minimum disruption of the site
Landscaping in Appropriate way
Maximum usage of microclimate features,
Sustainable site planning is followed in green building construction. These involve the following features.
>SITE PLANNING
A collaborative approach is followed where the owners, engineers, architects, contractor and important stakeholders to bought together to develop a sustainable design process. This helps to combine valuable inputs from different expertise.
>SITE PLAN
A sustainable site plan is developed based on the discussions and inputs. A sustainable site plan of green building construction is the plan that has less impact on the environment while meeting the project goals of the client. The site plan must fit to the project parameters without compromising environmental concerns.
> SITE SELECTION
Important parameters to be considered while selecting site are:
1. The site must not fall under the disaster zone. Flood plain areas must be avoided.
2. If the building is to be constructed around water bodies, buffers of undisturbed soil must be provided.
3. Ease of transportation of resources for construction purpose must be kept in mind. The site accessible to public and other means of transportation is a good choice.
4. Ensure that basic amenities such as bank, child care , post office , park , library , primary school , clinic and community hall are near to or within the site premises .
>SITE LAYOUT
1. Proper orientation of building or site layout helps to save energy by 25%. Following parameters are considered while siting and orienting building.
2. The plan is elongated along East/West axis
3. Exposures to north and south are good for daylighting
4. Windows must not be provided facing east and west
5. The most populated area must be oriented towards the north or south direction
The document discusses the challenges of aging urban expressways built in the 1950s-60s and two case studies of highway transformations in Providence, RI and Hartford, CT. It notes that many original highways are deteriorating, exceeding capacity, and failing to meet safety standards. The Providence case study outlines the replacement of I-195, which opened up 40 acres of land for development when completed in 2009. The Hartford study discusses ongoing planning to replace the aging I-84 viaduct, including alternatives considered and their projected costs. Engaging stakeholders and balancing transportation and urban design goals are emphasized as important lessons from these projects.
The document summarizes two projects developed by Corporation for Independent Living (CIL) using tax increment financing (TIF):
1) First Town Square in Windsor, CT involved renovating a historic but vacant building. TIF helped cover the project's $884,000 funding gap. The project preserved the building, leveraged private investment, and expanded the town's tax base.
2) The Lofts at Sherwood Falls in Berlin, CT converted an abandoned mill into housing. Berlin provided $1.1 million in bonds to cover environmental cleanup costs, justified by the project increasing Berlin's tax revenue. The completed project includes 85 condo units that have increased Berlin's tax assessments. Both projects showed how municipalities and
The Ames Shovel Works site in Easton, Massachusetts underwent a miraculous transformation from an abandoned historic industrial site into a mixed-use development through a consensus approach and public-private partnership between the developer and town. The partnership addressed the community's need for affordable housing and solved its wastewater issues by building a municipal wastewater treatment plant on site. The development was made financially viable through various funding sources including historic preservation grants and tax incentives while carefully preserving the historic buildings through a sensitive master planning process.
The document discusses the development of different form-based codes for two distinct areas in Simsbury, CT - the historic town center and a large corporate office park property. For the town center, a charrette was held to develop an illustrative plan and form-based code to guide higher density, high-quality development while preserving the historic character. For the corporate office park, a different approach was needed due to the setting and the property being an economic driver; this resulted in a code focused on place-driven job creation through a public-private partnership. Both codes required unique skillsets and processes to develop but achieved successful outcomes like increased development certainty and community acceptance.
City council presentation 05.14.12 revisedcityofevanston
The City of Evanston partnered with Brinshore to redevelop a former brownfield site known as Emerson Square. With funding from HUD's Neighborhood Stabilization Program 2, the project will include acquiring and demolishing the existing site and remediating contamination. Phase 1 will construct 32 mixed-income residential units, a public park, community garden, and leasing office. Construction is scheduled to be completed by September 2013 and will create affordable rental opportunities while meeting sustainability and local hiring goals.
The document discusses sustainable site development strategies for civil engineers related to LEED certification. It provides an overview of LEED categories and prerequisites, highlighting credits related to site planning like site selection, development density, and stormwater management. Examples are given of certified projects in North Texas that implemented strategies like brownfield redevelopment, water recycling, and use of local/recycled materials. Resources for further LEED and green building information are also listed.
The document provides information on CASBEE, a comprehensive assessment system for built environment efficiency used in Japan to rate the environmental performance of buildings and urban development. It discusses key aspects of CASBEE including its establishment in 2001, assessment tools and principles, criteria for evaluating built environment quality and load, and rating system. CASBEE aims to assess environmental performance throughout a building's lifecycle and awards higher ratings to more sustainable buildings to incentivize green design.
LAND MANAGEMENT IN GREEN BUILDING, SITE PLANNING FOR GREEN BUILDING, REDUCE IMPERVIOUS SURFACES OF SITE, GRIHA, LEED U.S , The site and landscape planning for green building construction are performed such a way that the design and construction strategies are sustainable and efficient. Site and landscape planning for green building ensures following objectives:
Minimum disruption of the site
Landscaping in Appropriate way
Maximum usage of microclimate features,
Sustainable site planning is followed in green building construction. These involve the following features.
>SITE PLANNING
A collaborative approach is followed where the owners, engineers, architects, contractor and important stakeholders to bought together to develop a sustainable design process. This helps to combine valuable inputs from different expertise.
>SITE PLAN
A sustainable site plan is developed based on the discussions and inputs. A sustainable site plan of green building construction is the plan that has less impact on the environment while meeting the project goals of the client. The site plan must fit to the project parameters without compromising environmental concerns.
> SITE SELECTION
Important parameters to be considered while selecting site are:
1. The site must not fall under the disaster zone. Flood plain areas must be avoided.
2. If the building is to be constructed around water bodies, buffers of undisturbed soil must be provided.
3. Ease of transportation of resources for construction purpose must be kept in mind. The site accessible to public and other means of transportation is a good choice.
4. Ensure that basic amenities such as bank, child care , post office , park , library , primary school , clinic and community hall are near to or within the site premises .
>SITE LAYOUT
1. Proper orientation of building or site layout helps to save energy by 25%. Following parameters are considered while siting and orienting building.
2. The plan is elongated along East/West axis
3. Exposures to north and south are good for daylighting
4. Windows must not be provided facing east and west
5. The most populated area must be oriented towards the north or south direction
The document discusses the challenges of aging urban expressways built in the 1950s-60s and two case studies of highway transformations in Providence, RI and Hartford, CT. It notes that many original highways are deteriorating, exceeding capacity, and failing to meet safety standards. The Providence case study outlines the replacement of I-195, which opened up 40 acres of land for development when completed in 2009. The Hartford study discusses ongoing planning to replace the aging I-84 viaduct, including alternatives considered and their projected costs. Engaging stakeholders and balancing transportation and urban design goals are emphasized as important lessons from these projects.
This document discusses the climatic zones of India and their implications for green building design. It outlines five main climatic zones - hot and dry, warm and humid, moderate/temperate, cold (cloudy/sunny), and composite. For each zone, it describes the key thermal comfort requirements and how they can be addressed through physical design elements like building orientation, insulation, shading, ventilation strategies, and materials. The hot and dry zone focuses on reducing heat gain, while the warm and humid zone addresses both heat gain reduction and heat loss promotion through ventilation. Addressing climatic considerations is an important part of integrated green building design.
King County is building an underground storage tank and facility near Lowman Beach Park to reduce untreated sewer overflows into Puget Sound during storms. The community provided input to design a facility that fits with the area. Key features include a one million gallon underground storage tank, odor control, and landscaping to blend the above ground structures. Beach Drive will be redesigned to calm traffic near the park. Construction will begin with deconstructing existing onsite buildings while minimizing impacts. The new facility will help clean up Puget Sound by controlling stormwater overflows.
I came to know regarding this competition from rediff.com
Salient features of a well-designed inclusive Neighbourhood (Colony) for the urban poor is characterized by a well conceptualized effort at social cohesion:
I. Housing Unit and Layouts of Cluster Housing
II. Neighbourhood Colony Layouts
III. Basic Physical Infrastructure (Water Supply, Sanitation, Drainage, Roads, Street Lighting, Solid
Waste Management, etc.)
IV. Cohesive Social Infrastructure (Community Centre, Informal Sector Market, Livelihood Centre,
etc.)
The document provides details about an upcoming public information meeting for the Downeast Wind project. The meeting agenda includes:
- Welcome and introduction
- Project overview and development details from Paul Williamson
- Presentation on sound and shadow flicker from Marcel Mibus
- Presentation on project visibility from scenic resources by Amy Segal
- Environmental and wildlife presentation by Goni Iskali
- Safety presentation by John Boyle
- Audience question and answer session
- Closing
The meeting will provide information and allow public input on the proposed Downeast Wind farm project in Maine.
BREEAM is the world’s leading sustainability assessment method for master planning projects, infrastructure and buildings. It recognises and reflects the value in higher performing assets across the built environment lifecycle, from new construction to in-use and refurbishment.
The document summarizes a design charrette presentation for a clean water facility. It discusses two site concepts that were developed - one at the existing Windjammer site and one at a new Crescent Harbor North site. For each site, it outlines the positive and negative issues identified. It provides examples of other master plan design charrettes. The next steps are to hold a public meeting and special council meeting to further discuss the site concepts.
This document discusses the master planning processes for the town centers of Chelmsford Center Village, Chelmsford Vinal Square, and Tewksbury Town Center in Massachusetts. It provides an overview of each plan, including timelines, funding sources, development approaches, and implementation strategies. Common themes across the plans include a focus on zoning changes, phased implementation, and balancing community desires with realistic visions. The document concludes with contact information for those involved in the various planning processes.
Green building rating system equire an integrated design process to create projects that are environmentally responsible and resource-efficient throughout a building's life-cycle: from siting to design, construction, operation, maintenance, renovation, and demolition
The document discusses brownfield sites, which are former industrial or commercial sites affected by real or perceived environmental contamination, as well as efforts to redevelop them. It notes that redeveloping brownfields can help reduce vehicle miles traveled and emissions compared to developing uncontaminated greenfield sites. Redeveloping brownfields also helps save greenfield lands from development. However, brownfield redevelopment can be complicated by the need to treat various contaminants and remediate health threats. The document examines statistics on brownfield sites and redevelopment programs in various states and cities, as well as the economic and environmental benefits of brownfield redevelopment.
The document outlines 3 conceptual design options for renovating or rebuilding the Benning Park Community Center presented at a community meeting. Option One involves a phased roof and HVAC replacement costing $5-10 million. Option Two would fully renovate the existing building plus a new pool house and pool for $20-25 million. Option Three proposes demolishing the current structure and constructing an entirely new community center with additional amenities for $30-35 million. Community members provided feedback on the center's importance and how they can support the Department of Parks and Recreation.
Good design can add economic value by creating areas where people want to spend time and helping to transform property markets. Well-designed places provide benefits like comfortable living/working areas, safety, and transportation/job opportunities. Achieving high design standards, understanding how design adds value, and having the right tools and developers to create successful places are important. Poor design can impose long-term costs on communities through issues like unsustainability, disconnection, and crime. Investment in good urban design can create value through efficient use of land, social/environmental benefits, and avoiding future costs of bad design.
Green Buildings and the Environment or how to Behave SustainableUNDP Eurasia
The document discusses green buildings and sustainable construction. It defines green buildings as those that use resources like energy, water, and materials more efficiently to reduce environmental impact over the building's lifecycle. It notes the growing global trend toward green buildings driven by energy crises, public pressure, and corporate social responsibility. Examples highlighted include the Empire State Building retrofit that achieved major energy savings, Spar supermarkets in Austria certified at high DGNB levels, and the EcoPoint office building in Kosice, Slovakia pursuing DGNB Silver certification. The document promotes green building certification systems for objective assessment and raising overall construction quality.
The document summarizes the redevelopment efforts and processes in the Borough of Somerville, New Jersey. Some key points:
- Somerville has been aggressively redeveloping three areas in its downtown to foster economic growth and make the downtown a destination. This includes improvements to parking, pedestrian access, and placemaking.
- The redevelopment focuses on improving access and links to the NJ Transit station to encourage transit-oriented development. Several private development projects have been planned or completed near the station.
- One major redevelopment area is the former landfill, which is being remediated and transformed into a mixed-use development with residential, retail, and open space. This is expected to generate hundreds of new jobs
Multifunctional Stormwater Projects - An Innovative Technical Design and Part...Adam Berry
This document summarizes a multi-functional stormwater project in Ipswich, Australia that involved innovative partnership between the local council, a developer, and engineering firms. The project developed a regional stormwater solution on public land downstream from a development site, allowing the developer to transfer stormwater infrastructure offsite. Key elements included a legal agreement for construction contributions, an integrated stormwater system with detention, water quality treatment, harvesting, and a community park space. The partnership-based approach led to a more sustainable and cost-effective regional solution compared to traditional onsite management.
This document discusses the permitting process and construction of a green infrastructure project in Hingham and Rockland, Massachusetts. It describes the various local and state permits required, including orders of conditions from conservation commissions and special permits from planning boards. Both towns required design changes during permitting, such as increasing stormwater infiltration systems. Construction involved careful installation of porous asphalt, bioretention areas, and wetland replication. Post-construction maintenance includes inspections and vacuuming of porous pavement to ensure long-term stormwater management.
ASCE-OC Sustainability Tour presentation on June 26, 2015, by Dave Webb, P.E., Director of Public Works for the City of Newport Beach on this LEED Gold certified project.
The document discusses ideas for ensuring world-class civic amenities in future Indian cities through sustainable urban planning and development. It proposes ideas in several areas: smarter building and urban planning using green roofs and permeable pavement; an ultra-light rail public transportation system; open defecation free cities and improved sanitation systems; preserving open spaces and implementing riparian buffers to protect the environment; renewable energy sources like compressed air storage and increased solar/wind efficiency; and reducing waste through recycling and waste-to-energy plants. The goal is to plan cities that are socially inclusive, environmentally sustainable and promote economic development.
This document summarizes a presentation on the successful applications of project visualization. It includes two case studies from Connecticut: the Walk Bridge Program in Norwalk and the I-95 New Haven Harbor Crossing Corridor Improvement Program. For both case studies, project visualizations were used during design and construction to facilitate collaboration, communicate plans to stakeholders, and reduce risks and costs. Visualizations allowed all parties to understand designs, evaluate construction approaches, and coordinate logistics. They also supported public outreach by illustrating planned and completed work. Overall, the document presents how visualizing projects from early stages can improve decision-making, engagement, and outcomes.
This document summarizes several recent land use law cases from 2015. It provides brief summaries of cases related to noise ordinances, regulatory takings, zoning exemptions, sign codes, environmental regulation cost considerations, conflicts of interest for zoning board members, religious land use, defining public parks, conditions of zoning approvals, defamation claims, procedural requirements for land use boards, subdivision exceptions, conservation easement tax deductions, and disparate impact claims under the Fair Housing Act. Key lessons learned are highlighted for each case. The document is intended to provide a fast-paced national perspective on recent land use law developments and lessons.
This document discusses the climatic zones of India and their implications for green building design. It outlines five main climatic zones - hot and dry, warm and humid, moderate/temperate, cold (cloudy/sunny), and composite. For each zone, it describes the key thermal comfort requirements and how they can be addressed through physical design elements like building orientation, insulation, shading, ventilation strategies, and materials. The hot and dry zone focuses on reducing heat gain, while the warm and humid zone addresses both heat gain reduction and heat loss promotion through ventilation. Addressing climatic considerations is an important part of integrated green building design.
King County is building an underground storage tank and facility near Lowman Beach Park to reduce untreated sewer overflows into Puget Sound during storms. The community provided input to design a facility that fits with the area. Key features include a one million gallon underground storage tank, odor control, and landscaping to blend the above ground structures. Beach Drive will be redesigned to calm traffic near the park. Construction will begin with deconstructing existing onsite buildings while minimizing impacts. The new facility will help clean up Puget Sound by controlling stormwater overflows.
I came to know regarding this competition from rediff.com
Salient features of a well-designed inclusive Neighbourhood (Colony) for the urban poor is characterized by a well conceptualized effort at social cohesion:
I. Housing Unit and Layouts of Cluster Housing
II. Neighbourhood Colony Layouts
III. Basic Physical Infrastructure (Water Supply, Sanitation, Drainage, Roads, Street Lighting, Solid
Waste Management, etc.)
IV. Cohesive Social Infrastructure (Community Centre, Informal Sector Market, Livelihood Centre,
etc.)
The document provides details about an upcoming public information meeting for the Downeast Wind project. The meeting agenda includes:
- Welcome and introduction
- Project overview and development details from Paul Williamson
- Presentation on sound and shadow flicker from Marcel Mibus
- Presentation on project visibility from scenic resources by Amy Segal
- Environmental and wildlife presentation by Goni Iskali
- Safety presentation by John Boyle
- Audience question and answer session
- Closing
The meeting will provide information and allow public input on the proposed Downeast Wind farm project in Maine.
BREEAM is the world’s leading sustainability assessment method for master planning projects, infrastructure and buildings. It recognises and reflects the value in higher performing assets across the built environment lifecycle, from new construction to in-use and refurbishment.
The document summarizes a design charrette presentation for a clean water facility. It discusses two site concepts that were developed - one at the existing Windjammer site and one at a new Crescent Harbor North site. For each site, it outlines the positive and negative issues identified. It provides examples of other master plan design charrettes. The next steps are to hold a public meeting and special council meeting to further discuss the site concepts.
This document discusses the master planning processes for the town centers of Chelmsford Center Village, Chelmsford Vinal Square, and Tewksbury Town Center in Massachusetts. It provides an overview of each plan, including timelines, funding sources, development approaches, and implementation strategies. Common themes across the plans include a focus on zoning changes, phased implementation, and balancing community desires with realistic visions. The document concludes with contact information for those involved in the various planning processes.
Green building rating system equire an integrated design process to create projects that are environmentally responsible and resource-efficient throughout a building's life-cycle: from siting to design, construction, operation, maintenance, renovation, and demolition
The document discusses brownfield sites, which are former industrial or commercial sites affected by real or perceived environmental contamination, as well as efforts to redevelop them. It notes that redeveloping brownfields can help reduce vehicle miles traveled and emissions compared to developing uncontaminated greenfield sites. Redeveloping brownfields also helps save greenfield lands from development. However, brownfield redevelopment can be complicated by the need to treat various contaminants and remediate health threats. The document examines statistics on brownfield sites and redevelopment programs in various states and cities, as well as the economic and environmental benefits of brownfield redevelopment.
The document outlines 3 conceptual design options for renovating or rebuilding the Benning Park Community Center presented at a community meeting. Option One involves a phased roof and HVAC replacement costing $5-10 million. Option Two would fully renovate the existing building plus a new pool house and pool for $20-25 million. Option Three proposes demolishing the current structure and constructing an entirely new community center with additional amenities for $30-35 million. Community members provided feedback on the center's importance and how they can support the Department of Parks and Recreation.
Good design can add economic value by creating areas where people want to spend time and helping to transform property markets. Well-designed places provide benefits like comfortable living/working areas, safety, and transportation/job opportunities. Achieving high design standards, understanding how design adds value, and having the right tools and developers to create successful places are important. Poor design can impose long-term costs on communities through issues like unsustainability, disconnection, and crime. Investment in good urban design can create value through efficient use of land, social/environmental benefits, and avoiding future costs of bad design.
Green Buildings and the Environment or how to Behave SustainableUNDP Eurasia
The document discusses green buildings and sustainable construction. It defines green buildings as those that use resources like energy, water, and materials more efficiently to reduce environmental impact over the building's lifecycle. It notes the growing global trend toward green buildings driven by energy crises, public pressure, and corporate social responsibility. Examples highlighted include the Empire State Building retrofit that achieved major energy savings, Spar supermarkets in Austria certified at high DGNB levels, and the EcoPoint office building in Kosice, Slovakia pursuing DGNB Silver certification. The document promotes green building certification systems for objective assessment and raising overall construction quality.
The document summarizes the redevelopment efforts and processes in the Borough of Somerville, New Jersey. Some key points:
- Somerville has been aggressively redeveloping three areas in its downtown to foster economic growth and make the downtown a destination. This includes improvements to parking, pedestrian access, and placemaking.
- The redevelopment focuses on improving access and links to the NJ Transit station to encourage transit-oriented development. Several private development projects have been planned or completed near the station.
- One major redevelopment area is the former landfill, which is being remediated and transformed into a mixed-use development with residential, retail, and open space. This is expected to generate hundreds of new jobs
Multifunctional Stormwater Projects - An Innovative Technical Design and Part...Adam Berry
This document summarizes a multi-functional stormwater project in Ipswich, Australia that involved innovative partnership between the local council, a developer, and engineering firms. The project developed a regional stormwater solution on public land downstream from a development site, allowing the developer to transfer stormwater infrastructure offsite. Key elements included a legal agreement for construction contributions, an integrated stormwater system with detention, water quality treatment, harvesting, and a community park space. The partnership-based approach led to a more sustainable and cost-effective regional solution compared to traditional onsite management.
This document discusses the permitting process and construction of a green infrastructure project in Hingham and Rockland, Massachusetts. It describes the various local and state permits required, including orders of conditions from conservation commissions and special permits from planning boards. Both towns required design changes during permitting, such as increasing stormwater infiltration systems. Construction involved careful installation of porous asphalt, bioretention areas, and wetland replication. Post-construction maintenance includes inspections and vacuuming of porous pavement to ensure long-term stormwater management.
ASCE-OC Sustainability Tour presentation on June 26, 2015, by Dave Webb, P.E., Director of Public Works for the City of Newport Beach on this LEED Gold certified project.
The document discusses ideas for ensuring world-class civic amenities in future Indian cities through sustainable urban planning and development. It proposes ideas in several areas: smarter building and urban planning using green roofs and permeable pavement; an ultra-light rail public transportation system; open defecation free cities and improved sanitation systems; preserving open spaces and implementing riparian buffers to protect the environment; renewable energy sources like compressed air storage and increased solar/wind efficiency; and reducing waste through recycling and waste-to-energy plants. The goal is to plan cities that are socially inclusive, environmentally sustainable and promote economic development.
This document summarizes a presentation on the successful applications of project visualization. It includes two case studies from Connecticut: the Walk Bridge Program in Norwalk and the I-95 New Haven Harbor Crossing Corridor Improvement Program. For both case studies, project visualizations were used during design and construction to facilitate collaboration, communicate plans to stakeholders, and reduce risks and costs. Visualizations allowed all parties to understand designs, evaluate construction approaches, and coordinate logistics. They also supported public outreach by illustrating planned and completed work. Overall, the document presents how visualizing projects from early stages can improve decision-making, engagement, and outcomes.
This document summarizes several recent land use law cases from 2015. It provides brief summaries of cases related to noise ordinances, regulatory takings, zoning exemptions, sign codes, environmental regulation cost considerations, conflicts of interest for zoning board members, religious land use, defining public parks, conditions of zoning approvals, defamation claims, procedural requirements for land use boards, subdivision exceptions, conservation easement tax deductions, and disparate impact claims under the Fair Housing Act. Key lessons learned are highlighted for each case. The document is intended to provide a fast-paced national perspective on recent land use law developments and lessons.
This document discusses making town centers more pedestrian friendly through artful placemaking. It addresses designing public spaces for pedestrians rather than cars, including changing streetscapes and using public art. Case studies are presented of Massachusetts communities that have created walkable, cultural districts through projects like streetscape renovations, murals, and cultural events. The roles of organizations like the Massachusetts Cultural Council in supporting such districts are also examined.
This document discusses efforts to improve community health through community design and partnerships between planners and public health professionals. It describes the Plan4Health program funded by the CDC that aims to address chronic disease determinants through increased opportunities for physical activity and access to nutritious food. It provides an example from Connecticut where the Eastern Highlands Health District coalition is developing a toolkit for local planning and zoning commissions to influence policies and the built environment to promote health and wellbeing. Key informants highlighted challenges for commissions like regulations and a lack of training, and noted the reactionary nature of resident engagement. The toolkit aims to provide research, examples, and resources to help commissions consider health impacts of decisions.
The document discusses street design and classification approaches. It presents the traditional functional classification of streets as arterials, collectors, and locals based on level of service (LOS), and the alternative new urban transect approach that classifies streets based on walkability. The document provides examples of street designs from various cities and eras to illustrate different approaches, and discusses the concept of "shared space" where street design prioritizes social behavior over traffic regulation.
This document discusses economic development opportunities and challenges in Groton, Connecticut. It outlines learning objectives around land use policy, regulatory audits, and obtaining funding for planning. It then provides an overview of Groton's demographics, major employers, and attractions. Issues facing Groton include loss of tax revenue and an unfriendly business environment. The document recommends conducting a regulatory audit and market analysis to identify opportunities for targeted industry, redevelopment areas, and regulatory reforms. Next steps include implementing the market analysis, beginning regulatory revisions, and building community support.
The document summarizes changes in agriculture in Southern New England, specifically Connecticut, Massachusetts, and Rhode Island. Key points include:
- The number of farms has increased slightly but average farm size has decreased in all three states between 1997-2012.
- Agriculture contributes billions to the economies of each state and employs tens of thousands of people.
- Challenges include balancing agriculture with other land uses and regulations, farmland preservation, and supporting new/beginning farmers.
- Opportunities include recognizing agriculture as economic development and ensuring local regulations consider production agriculture needs.
This document discusses strategies for linking economic development and social equity through zoning best practices. It advocates for using a points-based performance system for determining community benefits from new development projects. Such a system would involve conducting a community needs analysis, establishing a menu of benefits that developers could choose from to meet identified needs, and awarding points toward incentives like increased density based on the benefits provided in the areas of highest need. The goals are to make the process more predictable for developers while still providing flexibility, and ensure benefits are delivered where they can have the most impact on equity.
Boston passed Article 89, its Urban Agriculture Ordinance, in 2012 to promote urban farming. It allows beekeeping, backyard hens, rooftop and ground-level farming, farmers markets, hydroponics, aquaponics, and composting. The ordinance was developed through meetings with experts, practitioners, and stakeholders. It defines urban agriculture and establishes zoning rules for different farm types and sizes. Article 89 aims to support urban agriculture while being respectful of neighbors. It does not regulate community gardens, land acquisition, or types of crops grown.
MassDevelopment supports economic growth across Massachusetts through programs that provide financing, real estate development services, and community development support to businesses, municipalities, and non-profits. The Transformative Development Initiative (TDI) is an integrated place-based strategy that implements catalytic revitalization activities in designated districts within Gateway Cities, utilizing funding from MassDevelopment alongside technical assistance, fellowships for capacity building, and transformative projects. The TDI aims to stimulate investment and sustainable economic development in focus areas like the Springfield Innovation District through public-private partnerships, coordinated infrastructure improvements, and the identification of catalytic development opportunities.
The panel discussion focused on village development trends, fiscal impacts, and case studies. Jon Reiner introduced concepts like historic villages, compact development, and transfer of development rights. Linda Painter discussed Storrs Center in Connecticut, a public-private partnership featuring retail, residential, and infrastructure development. Lori Massa and Wig Zamore presented on Assembly Row in Somerville, Massachusetts, which generated tax revenue and diversified the tax base through mixed-use development. Peter Flinker analyzed village economics and how different development patterns affected costs, preserved land, and roads. The panel examined real market analyses and fiscal impacts to inform village planning decisions.
The Cape Cod Commission provides concise summaries of 3 sentences or less:
The Cape Cod Commission is the regional planning agency for Cape Cod, Massachusetts. It oversees implementation of a Regional Policy Plan and reviews Developments of Regional Impact. The Commission has developed tools like a historical timeline, community profiles, and scenario planning to help plan for the future of Cape Cod's infrastructure, land use, housing, and economy.
PVNavigator develops utility-scale PV solar installations on closed landfills and brownfield sites. It has over 50 MW of site capacity under option and a pipeline of over 300 MW. PVN is staffed by engineers and land development experts. It has expertise in landfill post-closure PV permitting and leverages proven PV technologies. Representative projects include a 3 MW installation on the Milliken Landfill in California and a pilot study funded by the California Energy Commission. PVN uses specially designed self-ballasted racking systems that minimize landfill cap penetration and accommodate waste settlement.
Analysis of Community Microgrids: The path to resilient and sustainable commu...Clean Coalition
This document discusses community microgrids and their benefits. It begins by introducing Greg Thomson and the Clean Coalition's Community Microgrid Initiative. It then provides an overview of community microgrids, explaining that they can deliver lower costs, cleaner energy, resilience and security, and a replicable solution. The document outlines the design process for community microgrids and provides examples of existing and planned projects in various locations like New York, Long Island, Massachusetts, Vermont, Connecticut, and Minnesota.
Power system Planning - Basic TechniquesChithraM26
The document provides an overview of power system planning in India. It discusses key points such as:
1. The history and growth of power systems in India from early small hydro plants to the current 344GW capacity. Central planning is needed to optimize resource use and ensure reliability.
2. Planning considers both supply-side options like different generation technologies and demand-side options like conservation, load management, and time-of-use tariffs. Integrated resource planning evaluates all options on a consistent basis.
3. Least-cost planning aims to provide reliable electricity at the lowest cost by evaluating both supply and demand-side options over the full project cycle. This benefits both consumers and suppliers.
Develop a Pre-Design Process Specifically for Green/ Sustainable Building Projects with A Goal to Provide Facilitation, Advice, Ideas, Research and Data to the Client for A Sustainable Project.
The document discusses the potential for installing solar photovoltaic systems on closed municipal landfill sites. It notes that landfills provide large, open parcels of land in buffered locations that are well-suited for solar. Municipalities can either develop and own solar projects on landfills or lease land to third-party developers who would construct and operate the systems. Key considerations for landfill solar projects include technical challenges, permitting requirements, potential revenue sources, and programs available in Massachusetts, Rhode Island, and Connecticut that support solar development.
Marg Energy Solutions is a 360 degree renewable energy solutions provider that offers expertise across the entire project lifecycle from development to operations and maintenance. They specialize in utility-scale solar projects as well as rooftop solar installations. Marg works with consumers to develop open access solar projects where the consumer can purchase solar power through a long-term PPA with Marg at reduced rates compared to grid electricity, without having to make any capital investments themselves. Marg handles all aspects of project development, from land acquisition and engineering to construction, commissioning, and ongoing maintenance.
This document summarizes a workshop on effective planning for renewable energy. It discusses national policy frameworks that support renewable energy development. It also discusses how to assess local renewable energy capacity by analyzing resource potential and constraints. A case study from Yorkshire, UK is presented that developed regional evidence to inform local renewable energy policies and targets. The concept of energy masterplanning is introduced as a way to plan for integrated renewable energy and heat networks. Key factors for success and challenges of promoting renewable energy in local plans are discussed. The workshop also provided an overview of different renewable energy technologies and factors involved in evaluating planning applications for renewable projects.
Marg Energy is a 360 degree renewable energy solutions provider based in Bangalore, India. They specialize in utility-scale solar projects, rooftop solar, and other renewable energy generation sources. Marg is proposing to develop a 50-100 MW solar park in Karnataka to supply power to commercial and industrial customers through third-party power purchase agreements. The key aspects of the proposal are selecting a 500-acre land parcel for the solar park, facilitating agreements between developers and customers, and managing development, construction, and long-term operation of the solar project. Marg believes Karnataka is well-suited for this project due to its strong solar resources, supportive policies, and large commercial/industrial customer base seeking renewable energy.
The document discusses the proposed Miel II hydroelectric power plant project in Caldas, Colombia. Some key points:
- Miel II is a 120 MW run-of-river hydroelectric plant project located near existing infrastructure on the eastern slope of the Central Andes mountains in Caldas.
- The project will generate an estimated 638 GWh of clean renewable energy annually and help meet Colombia's energy needs while decreasing dependence on fossil fuels.
- Technical studies have been conducted and an environmental license is in place, though some permits and designs still need to be obtained like the 29 km transmission line connection.
- The project expects to create 400 jobs during construction and additional long-term jobs during operations
The energy model on which the majority of cities in developed countries are based upon is characterized by centralization and unsustainability. Barcelona, being a Mediterranean city, faces the challenge to increase its solar energy supply, moving towards a more sustainable energy model, while strengthening the network's business sector.
ASCAME is committed to this initiative, in the framework of the European project FOSTEr in MED gathering together in the auditorium of the Chamber of Commerce, Industry and Navigation of Barcelona, several experts in the field of renewable energy, as well as companies, public authorities, universities and organizations that will analyse the state of sector, its’ trends and the business development scenario emerged.
PV Navigator develops utility-scale solar installations on closed landfills and brownfield sites. It has developed approximately 50 MW of capacity across various sites on the east and west coasts of the United States. The company focuses on smaller 1-10 MW distributed projects that can rapidly deliver power to meet renewable energy standards. Key challenges for landfill solar projects are obtaining permits and power purchase agreements that make the economics work.
North Bay Community Resilience Initiative: The Path to Resilience and Sustain...Clean Coalition
The Clean Coalition’s Greg Thomson presented on the Clean Coalition’s North Bay Community Resilience Initiative at Marin County, California’s inaugural CleanTech Summit, which took place April 6, 2018 in San Rafael.
How Municipalities Can Enable Net-Zero ConstructionDerek Satnik
Presented at the Leadership in Brownfield Renewal (LiBRe) workshop of the Federation of Canadian Municipalities (FCM), this webinar discusses what municipalities can do to help builders/developers construct net-zero energy (low carbon or even carbon-free) communities.
This webinar features lessons from the trenches of real projects. Four Canadian cities partnered with Canada's national "Green Municipal Fund" to assess 8 project sites for technical feasibility (how to build net-zero neighbourhoods in 8 cases), financial feasibility (ie: how to fund them), and process feasibility (ie: how to get a permit). The participating cities all hosted mock-trial approvals processes and reported lessons learned. This presentation will summarize the outcomes, and will introduce tools which are available publicly to help municipalities enable net-zero energy development.
More detail online at: www.s2etech.com/fcm-gmf
This project aims to demonstrate cost-effective energy efficient retrofits for lighting and daylighting in New York City office buildings. It will create "Living Laboratories" in two commercial buildings to install and monitor innovative technologies. The project will identify strategies to broadly deploy these retrofits, including developing procurement specifications and educational resources. Monitoring will evaluate performance and energy savings under real-world conditions. Findings will help overcome barriers to retrofitting these systems at scale, increasing energy efficiency in commercial buildings.
Net-Zero Municipal Policy Workshop - Energy Conscious Community PlanningDerek Satnik
Presented at the Leadership in Brownfield Renewal (LiBRe) workshop of the Federation of Canadian Municipalities (FCM), this webinar discusses what municipalities can do to help builders/developers construct net-zero energy (low carbon or even carbon-free) communities.
This webinar features lessons from the trenches of real projects. Four Canadian cities partnered with Canada's national "Green Municipal Fund" to assess 8 project sites for technical feasibility (how to build net-zero neighbourhoods in 8 cases), financial feasibility (ie: how to fund them), and process feasibility (ie: how to get a permit). The participating cities all hosted mock-trial approvals processes and reported lessons learned. This presentation will summarize the outcomes, and will introduce tools which are available publicly to help municipalities enable net-zero energy development.
More detail online at: www.s2etech.com/fcm-gmf
Small Commercial Solar: Grow Your Business With This Untapped Sectorallearthrenewables
Utility-scale solar is booming, and residential solar is on the rise, but the small-commercial solar market is still largely unrealized, despite wide open potential for growth. In this presentation, learn how to grow your business by taking advantage of this untapped sector, which some are calling the next goldmine of the solar industry.
We'll give you an overview of small commercial solar development, taking you through financing opportunities and challenges, diving into how to make small commercial solar more economical through project design and standardization, and giving you tips on how to eliminate hidden project costs and maximize your sales and installation efficiency and capability.
The document proposes installing a 1 MW solar thermal power plant in Uttarakhand, India. It provides details of the project, including an introduction, background on solar thermal power, objectives to generate clean energy and expand access, and a proposed budget and timeline. A team of engineers and workers would install parabolic trough collectors to focus solar energy and heat a fluid to power a generator over 6 months for approximately 6.45 crore (INR). The proposal seeks government approval to help meet energy demands in a sustainable way.
Integrating Energy Efficiency into Advanced Manufacturing of BuildingsShanti Pless
The document discusses integrating energy efficiency and distributed energy resources into advanced manufacturing of buildings. It begins by noting that energy codes are progressing towards zero energy and off-site construction can help meet these stricter codes in a more cost effective way. It then discusses how NREL's research supports high performance and zero energy buildings through applied research, demonstration projects, comprehensive energy modeling, and performance metrics. A key focus is combining tools to design well-integrated new buildings and cost-effective retrofits.
The document discusses a session on nurturing creative places through leveraging arts and culture to promote community and economic development. The session will feature local leaders discussing real projects that infuse creativity into communities through cultural planning and creative placemaking. Attendees will learn about tools and resources to support innovative planning projects and partnerships engaging arts, culture, and creative communities. Presenters will represent Boston, the Metropolitan Area Planning Council, MassDevelopment, the Massachusetts Smart Growth Alliance, and the New England Foundation for the Arts. The Toolkit framework for understanding how arts and culture can advance planning objectives through case studies and making the MAPC a regional resource on arts and culture policy will also be previewed.
This document summarizes a potential pay for success program to address childhood asthma through healthy homes interventions in Springfield, MA. It outlines the basic pay for success model and how it could apply to reducing asthma triggers in the home. Unhealthy homes cause 40% of asthma episodes, so addressing root causes through environmental assessments, education, and repairs could significantly improve health outcomes. The evidence shows home-based multi-trigger interventions recommended by the Surgeon General and Task Force can reduce asthma hospitalizations and costs. Measurable savings in healthcare utilization could repay private investors if a targeted number of asthma episodes are averted.
The document outlines an agenda for a workshop on implementing plans. It includes:
- Introduction by Emily Innes
- A panel on the facets of implementation featuring Daphne Politis, Susan Sweitzer, and Tania Hartford
- Small group discussion on successful implementation strategies and obstacles
- Report backs from the small groups
- Closing remarks
The panelists discuss how to create an implementable plan, keep it relevant over time, and increase implementation capacity. Potential blocks to implementation mentioned include unaligned plans, lack of inter-department coordination, and unmet expectations. Strategies suggested include partnerships, community engagement, setting short and long-term goals, and identifying people/organizations responsible for tasks.
This document summarizes two case studies related to land use, social justice, religion, and race:
1) St. Vincent De Paul Place, Norwich, Inc. v. City of Norwich involved a soup kitchen and food pantry located in a former school that was denied permits due to neighbor complaints. The neighbors objected to the patrons walking through the neighborhood. The case was settled with an agreement to satisfy all parties.
2) A second case discusses whether a secular charity (Neighbor-to-Neighbor) that provides food and clothing assistance from property owned by a church is protected by RLUIPA. Questions remain about whether the use requires a special permit or special exception, and if a secular use is
This document summarizes a presentation on farm to table, food justice, and land use given at a planning conference. It discusses the decline of farmland in New England over time and visions for increasing regional food production. Community groups are highlighted for transforming vacant urban lots into productive food forests and gardens to improve food access, community health, and the local food system.
This document summarizes a panel discussion on cultivating transit-oriented communities in Connecticut and New England. The panel discussed three case studies: updating an established TOD in Stamford, CT; setting the stage for a regional center TOD in Bridgeport, CT; and a regional center TOD in motion in Somerville, MA. Key challenges discussed included lack of vision, zoning issues, infrastructure costs, and land control. The panel also addressed goals like economic development, housing, and multimodal access.
The document summarizes a panel discussion on supporting farm-based businesses through agricultural tourism and accessory uses. The panelists discussed traditional agricultural uses like farmers markets and CSAs as well as more recent expansions like breweries, distilleries, and farm-to-table dinners. They noted these additional uses are important for economic sustainability but can raise zoning and community concerns. The panel provided strategies for addressing issues like minimum lot sizes, product sourcing requirements, and traffic/parking through techniques such as special permits and event planning. Questions from the audience focused on partnerships, regulatory barriers, and best practices that support local agriculture.
This document summarizes a food access plan developed for Woonsocket, Rhode Island. Key findings from research included that fresh produce is difficult to access due to limited grocery stores, and transportation is a major barrier. The plan proposes strategies to improve food access, such as bringing food and grocery stores to more centralized locations, and co-locating a store with a health center. The overall goal is to support economic opportunity and dismantle stigma around food assistance programs. The plan focuses on improving infrastructure, community spaces, access to information, and integration of food-related services.
This document outlines a presentation about using GIS-based asset management and preservation planning at the Norman Bird Sanctuary in Rhode Island. The presentation covers developing a Cultural Landscape Report, Land Management Plan, and Invasive Plant Species Management Plan for the 300+ acre sanctuary. It demonstrates how GIS was used to inventory and map the sanctuary's assets like plant communities, trails, buildings and invasive species. GIS facilitated data collection in the field and enabled analysis of asset conditions to prioritize preservation and management projects like improving trailhead accessibility and removing invasive plants. The resulting plans provide a long-term strategy for responsibly maintaining and protecting the sanctuary.
This document discusses the economic benefits of placemaking and complete streets. Placemaking creates great public spaces that improve quality of life and economic development by attracting businesses and talent. Complete streets that accommodate pedestrians, bicyclists and public transit alongside vehicles make communities more livable and boost economic indicators like property values, retail sales, and development. Case studies show projects that converted roads to be more multimodal generated hundreds of millions in economic output and private investment. Walkable communities with good public spaces are shown to have higher property values.
The document discusses Rhode Island's Health Equity Zones (HEZ) initiative. The HEZ initiative aims to address social and environmental determinants of health by investing in community collaboratives across 10 zones. The collaboratives work to improve community health through strategies like improving housing, education, community gardens, and reducing inequalities. Impact to date includes over $1 million in additional community-raised funds and collaboration between over 200 organizations. Next steps include developing community health indicators and expanding the HEZ program statewide.
This document discusses strategies for engaging communities that are unfamiliar with or suspicious of the planning process. It notes that communities are changing and public engagement must evolve to reach more groups. Both traditional and new techniques are outlined, including workshops, drop-ins, social media, translations, and meeting people where they are at locations like neighborhoods and festivals. Using community leaders, technology like online forums, and addressing barriers like language, schedules, and childcare can help involve more residents. Case studies from Lawrence and Brockton highlighted targeted outreach through a listening tour. The overall message is that an evolving set of techniques is needed to communicate with diverse groups in their preferred ways.
This document provides details on a survey of best practices, including the presenters Kenneth Buckland as moderator, June Williamson as associate professor of architecture presenting, and Wenfei Xu as research associate presenting from MIT.
This document discusses how transportation demand management (TDM) strategies can help businesses and municipalities address transportation and economic development challenges. It provides examples of TDM strategies including parking management, pedestrian and bicycling improvements, site design, employer-based programs, and public transit. Case studies show TDM measures can reduce traffic, improve air quality, and support local economies. The document recommends partnerships, education, incentives, enforcement, funding, and collaboration to effectively implement TDM programs.
This document outlines a presentation on making land available for farming. It discusses land access challenges like farmland loss and aging farmers. It then covers tools and strategies for integrating agriculture into planning, the role of conservation organizations, and tools for assessing farmland resources. Specific strategies discussed include agricultural zoning, farmland inventories, and community food system assessments. The goal is to address barriers to increasing local food production through collaboration between various stakeholders.
This document outlines various public engagement strategies and techniques for transportation planning projects. It provides examples of engagement approaches used for projects in Newton and Easton, Massachusetts, including visioning workshops, demonstration projects, online mapping tools, and pop-up events. Key goals of engagement efforts are to gather public input, identify issues, increase project visibility, and get feedback. The document emphasizes planning engagement, collecting demographics, reporting back to participants, and using various in-person and online tools to effectively engage the public.
This document summarizes a presentation about immigrant entrepreneurs in the healthy food network in Southern New England. It discusses the regional food network and suppliers/distributors like the Northeast Produce Center. It also discusses in-store operations at corner stores like new displays and refrigerators to increase visibility and accessibility of healthy foods. Finally, it discusses downstream customer demand and the role of governments and non-profits in promoting healthy foods through signage, youth programs, and organizations like MAPC/GBACS.
This document summarizes a study on climate change adaptation planning actions in coastal New England. The study used interviews and surveys of local planners and officials to understand their perspectives. Key findings included the most and least preferred adaptation actions, the biggest barriers to planning, and what information and guidance are still needed to advance planning efforts. The study aims to better explain the steps communities take in adapting to climate change and identify motivations for practitioners moving forward.
This document summarizes a presentation about immigrant entrepreneurs in the healthy food network in Southern New England. It discusses the regional food network and suppliers/distributors like the Northeast Produce Center. It also discusses in-store operations at corner stores like new displays and refrigerators to increase visibility and accessibility of healthy foods. Finally, it discusses downstream customer demand and the role of governments and non-profits in promoting healthy foods through signage, youth programs, and organizations like MAPC/GBACS.
The document discusses how older commercial buildings in New England communities can be repurposed through coworking spaces. It notes that the US economy is shifting away from industrial activities towards knowledge work, allowing older commercial properties to house coworking centers. These centers provide affordable shared workspaces that benefit small businesses and help maximize revenue for landlords. The document presents case studies of successful coworking conversions in Arlington, MA and other cities that have reused older commercial buildings through policies supporting innovation spaces.
More from Southern New England American Planning Association (20)
1.) Introduction
Our Movement is not new; it is the same as it was for Freedom, Justice, and Equality since we were labeled as slaves. However, this movement at its core must entail economics.
2.) Historical Context
This is the same movement because none of the previous movements, such as boycotts, were ever completed. For some, maybe, but for the most part, it’s just a place to keep your stable until you’re ready to assimilate them into your system. The rest of the crabs are left in the world’s worst parts, begging for scraps.
3.) Economic Empowerment
Our Movement aims to show that it is indeed possible for the less fortunate to establish their economic system. Everyone else – Caucasian, Asian, Mexican, Israeli, Jews, etc. – has their systems, and they all set up and usurp money from the less fortunate. So, the less fortunate buy from every one of them, yet none of them buy from the less fortunate. Moreover, the less fortunate really don’t have anything to sell.
4.) Collaboration with Organizations
Our Movement will demonstrate how organizations such as the National Association for the Advancement of Colored People, National Urban League, Black Lives Matter, and others can assist in creating a much more indestructible Black Wall Street.
5.) Vision for the Future
Our Movement will not settle for less than those who came before us and stopped before the rights were equal. The economy, jobs, healthcare, education, housing, incarceration – everything is unfair, and what isn’t is rigged for the less fortunate to fail, as evidenced in society.
6.) Call to Action
Our movement has started and implemented everything needed for the advancement of the economic system. There are positions for only those who understand the importance of this movement, as failure to address it will continue the degradation of the people deemed less fortunate.
No, this isn’t Noah’s Ark, nor am I a Prophet. I’m just a man who wrote a couple of books, created a magnificent website: http://www.thearkproject.llc, and who truly hopes to try and initiate a truly sustainable economic system for deprived people. We may not all have the same beliefs, but if our methods are tried, tested, and proven, we can come together and help others. My website: http://www.thearkproject.llc is very informative and considerably controversial. Please check it out, and if you are afraid, leave immediately; it’s no place for cowards. The last Prophet said: “Whoever among you sees an evil action, then let him change it with his hand [by taking action]; if he cannot, then with his tongue [by speaking out]; and if he cannot, then, with his heart – and that is the weakest of faith.” [Sahih Muslim] If we all, or even some of us, did this, there would be significant change. We are able to witness it on small and grand scales, for example, from climate control to business partnerships. I encourage, invite, and challenge you all to support me by visiting my website.
This presentation by OECD, OECD Secretariat, was made during the discussion “Competition and Regulation in Professions and Occupations” held at the 77th meeting of the OECD Working Party No. 2 on Competition and Regulation on 10 June 2024. More papers and presentations on the topic can be found at oe.cd/crps.
This presentation was uploaded with the author’s consent.
Why Psychological Safety Matters for Software Teams - ACE 2024 - Ben Linders.pdfBen Linders
Psychological safety in teams is important; team members must feel safe and able to communicate and collaborate effectively to deliver value. It’s also necessary to build long-lasting teams since things will happen and relationships will be strained.
But, how safe is a team? How can we determine if there are any factors that make the team unsafe or have an impact on the team’s culture?
In this mini-workshop, we’ll play games for psychological safety and team culture utilizing a deck of coaching cards, The Psychological Safety Cards. We will learn how to use gamification to gain a better understanding of what’s going on in teams. Individuals share what they have learned from working in teams, what has impacted the team’s safety and culture, and what has led to positive change.
Different game formats will be played in groups in parallel. Examples are an ice-breaker to get people talking about psychological safety, a constellation where people take positions about aspects of psychological safety in their team or organization, and collaborative card games where people work together to create an environment that fosters psychological safety.
This presentation by Nathaniel Lane, Associate Professor in Economics at Oxford University, was made during the discussion “Pro-competitive Industrial Policy” held at the 143rd meeting of the OECD Competition Committee on 12 June 2024. More papers and presentations on the topic can be found at oe.cd/pcip.
This presentation was uploaded with the author’s consent.
This presentation by Katharine Kemp, Associate Professor at the Faculty of Law & Justice at UNSW Sydney, was made during the discussion “The Intersection between Competition and Data Privacy” held at the 143rd meeting of the OECD Competition Committee on 13 June 2024. More papers and presentations on the topic can be found at oe.cd/ibcdp.
This presentation was uploaded with the author’s consent.
Carrer goals.pptx and their importance in real lifeartemacademy2
Career goals serve as a roadmap for individuals, guiding them toward achieving long-term professional aspirations and personal fulfillment. Establishing clear career goals enables professionals to focus their efforts on developing specific skills, gaining relevant experience, and making strategic decisions that align with their desired career trajectory. By setting both short-term and long-term objectives, individuals can systematically track their progress, make necessary adjustments, and stay motivated. Short-term goals often include acquiring new qualifications, mastering particular competencies, or securing a specific role, while long-term goals might encompass reaching executive positions, becoming industry experts, or launching entrepreneurial ventures.
Moreover, having well-defined career goals fosters a sense of purpose and direction, enhancing job satisfaction and overall productivity. It encourages continuous learning and adaptation, as professionals remain attuned to industry trends and evolving job market demands. Career goals also facilitate better time management and resource allocation, as individuals prioritize tasks and opportunities that advance their professional growth. In addition, articulating career goals can aid in networking and mentorship, as it allows individuals to communicate their aspirations clearly to potential mentors, colleagues, and employers, thereby opening doors to valuable guidance and support. Ultimately, career goals are integral to personal and professional development, driving individuals toward sustained success and fulfillment in their chosen fields.
This presentation by Professor Alex Robson, Deputy Chair of Australia’s Productivity Commission, was made during the discussion “Competition and Regulation in Professions and Occupations” held at the 77th meeting of the OECD Working Party No. 2 on Competition and Regulation on 10 June 2024. More papers and presentations on the topic can be found at oe.cd/crps.
This presentation was uploaded with the author’s consent.
This presentation by Professor Giuseppe Colangelo, Jean Monnet Professor of European Innovation Policy, was made during the discussion “The Intersection between Competition and Data Privacy” held at the 143rd meeting of the OECD Competition Committee on 13 June 2024. More papers and presentations on the topic can be found at oe.cd/ibcdp.
This presentation was uploaded with the author’s consent.
The importance of sustainable and efficient computational practices in artificial intelligence (AI) and deep learning has become increasingly critical. This webinar focuses on the intersection of sustainability and AI, highlighting the significance of energy-efficient deep learning, innovative randomization techniques in neural networks, the potential of reservoir computing, and the cutting-edge realm of neuromorphic computing. This webinar aims to connect theoretical knowledge with practical applications and provide insights into how these innovative approaches can lead to more robust, efficient, and environmentally conscious AI systems.
Webinar Speaker: Prof. Claudio Gallicchio, Assistant Professor, University of Pisa
Claudio Gallicchio is an Assistant Professor at the Department of Computer Science of the University of Pisa, Italy. His research involves merging concepts from Deep Learning, Dynamical Systems, and Randomized Neural Systems, and he has co-authored over 100 scientific publications on the subject. He is the founder of the IEEE CIS Task Force on Reservoir Computing, and the co-founder and chair of the IEEE Task Force on Randomization-based Neural Networks and Learning Systems. He is an associate editor of IEEE Transactions on Neural Networks and Learning Systems (TNNLS).
This presentation by OECD, OECD Secretariat, was made during the discussion “Pro-competitive Industrial Policy” held at the 143rd meeting of the OECD Competition Committee on 12 June 2024. More papers and presentations on the topic can be found at oe.cd/pcip.
This presentation was uploaded with the author’s consent.
This presentation by Yong Lim, Professor of Economic Law at Seoul National University School of Law, was made during the discussion “Artificial Intelligence, Data and Competition” held at the 143rd meeting of the OECD Competition Committee on 12 June 2024. More papers and presentations on the topic can be found at oe.cd/aicomp.
This presentation was uploaded with the author’s consent.
This presentation by Juraj Čorba, Chair of OECD Working Party on Artificial Intelligence Governance (AIGO), was made during the discussion “Artificial Intelligence, Data and Competition” held at the 143rd meeting of the OECD Competition Committee on 12 June 2024. More papers and presentations on the topic can be found at oe.cd/aicomp.
This presentation was uploaded with the author’s consent.
XP 2024 presentation: A New Look to Leadershipsamililja
Presentation slides from XP2024 conference, Bolzano IT. The slides describe a new view to leadership and combines it with anthro-complexity (aka cynefin).
This presentation by OECD, OECD Secretariat, was made during the discussion “The Intersection between Competition and Data Privacy” held at the 143rd meeting of the OECD Competition Committee on 13 June 2024. More papers and presentations on the topic can be found at oe.cd/ibcdp.
This presentation was uploaded with the author’s consent.
This presentation by Thibault Schrepel, Associate Professor of Law at Vrije Universiteit Amsterdam University, was made during the discussion “Artificial Intelligence, Data and Competition” held at the 143rd meeting of the OECD Competition Committee on 12 June 2024. More papers and presentations on the topic can be found at oe.cd/aicomp.
This presentation was uploaded with the author’s consent.
4. The Owners Perspective
QUICK FACTS ABOUT UI
UI employs over 800 people in a wide variety of jobs, ranging from line
workers and meter technicians to engineers and professional staff.
UI’s service territory covers 17 towns and cities, a total of 335 square miles.
UI is a subsidiary of UIL Holdings Corporation, which trades on the New
York Stock Exchange under the symbol UIL.
5. The Owners Perspective
OUR SYSTEM
UI owns and maintains the lines, poles and equipment that
make up the distribution system that delivers electricity to
homes and businesses in its service territory.
It Comprises
• 384 circuits and 3,389 miles of overhead lines,
• 702 miles of underground primary cables,
• 41 substations, and
• 87,000 poles.
6. The Owners Perspective
Public Act 11-80 Section 127 An Act Concerning the
Establishment of the Department of Energy and Environmental
Protection and Planning for Connecticut’s Energy Future became
effective July 1 2011
The Act was part of Connecticut's efforts to increase renewable
energy in the state by allowing the utilities to own and operate
up to 10 megawatts of renewable facilities
UI’s Renewable Connections Program
(RCP)
7. The Owners Perspective
UI Renewable Connections Program
(RCP)
• UI VISION
• We are recognized by our stakeholders as a utility industry
leader, focused on the customer and engaged in deploying
environmentally sustainable solutions that provide electric
utility services safely, reliably and at a reasonable cost.
• UI saw the renewable projects as a means to further our
corporate policy of sustainability by the addition of Class 1
Renewable Energy into our portfolio
• Goes along with UI's Ten-Year Plan is an ambitious effort to
invest in our electric system to meet tomorrow's demands.
The Plan Ahead will ensure electricity continues to be as
safe and reliable years from now as it is today.
8. The Owners Perspective
UI Renewable Connections Program
(RCP)
Potential Benefits
• Offer customers a portfolio of technology solutions,
including renewable energy options
• Reduce the Carbon Footprint of our customer base
• Support the State’s Renewable Portfolio Standard
• Provide local distributed generation that can
support/offset peak demand issues
• Provide local jobs during construction
• Provide tax income to the host facility – ratepayer
benefits
9. The Owners Perspective
• As part of this program UI Initiated the Development of a 10
MW program to consist of various Renewable Energy
Technologies
• It was UI’s Desire that the site of a renewable facility should:
– Be within UI’s Territory
– Be located on underutilized Property
• Brownfields
• Landfills
– Be large enough to support 1 to 5 MWs
– Demonstrate the Utility's ability develop generation (the first
time since deregulation)
UI Renewable Connections Program
(RCP)
10. The Owners Perspective
UI Renewable Connections Program
(RCP)
• Initial thoughts included a combination of Wind,
Solar and Fuel Cell
• At the time a moratorium on Wind development and
recent lack of support for Wind projects in CT
precluded our advancement of this initiative.
(Limitations in UI’s territory contributor, time,…)
• A combination of Solar and Fuel Cells was selected.
(Bridgeport, CT)
11. The Owners Perspective
UI Renewable Connections Program
(RCP)
• UI began initial discussions with a number of
Municipalities regarding potential available sites
• UI hired a consulting engineering firm to assist with
site screening and feasibility analysis
• UI considered properties in Fairfield and New Haven
Counties that included three landfills, a water pollution
control facility, and properties owned by UI
12. The Owners Perspective
UI Renewable Connections Program
(RCP)
• UI used a model to determine the suitability of a given site which would
support both a fuel cell and Solar field.
• Model included the examination of topography, available ground space,
proximity to critical infrastructure, the site availability and current use.
• The Bridgeport site was selected due to its limited potential for other
types of development, size, proximity to existing utilities, and the City’s
support for the location
• Once selected UI along with our engineering consultants began a fatal flaw
analysis to determine the suitability and viability of the proposed
installation.
13. The Owners Perspective
The Bridgeport Solar and Fuel Cell Project
Went through an exhaustive Siting Council Process
• Discussed and presented real and perceived public concerns with the
project
– Rate increase / costs
– Lack of understanding of solar technology
– Concerns with Habitat impact
– Visibility/Noise of the system
– Environmental Impacts
– Storm surge concerns
• How was each concern addressed by UI?
– Exhaustive reviews with regulating agencies- FAA, DEEP, City of Bridgeport
– Engineering Studies and reviews
– Habitat assessments and surveys
– Photo simulations of projected project impacts
– Community meetings
14. The Owners Perspective
How Our Planning Process Was Different than
Most Solar Projects
• UI took on the role of the developer, initially by:
– Conducting design investigations
– Meeting with Regulatory agencies
– Pre-designing the facility
– Negotiating the lease
– Being the Petitioner in the Siting Council review
– Preparing biddable plans for the selected
developer/contractor
– Took on left field issues
• This ultimately resulted in a shovel ready project for the
contractor
17. Engineering from Site Evaluation through
Permitting
Presented By:
John Figurelli, LEP
Practice Leader
Weston & Sampson
18. Proposed Solar Facility Type: Ground verses roof-top
application
Land Use Type: Greenfield verses Brownfield verses Landfill
Site Size (Acres): What size system are you looking for?
Site Ownership: Private verses Public – It is a much more
straightforward process to obtain necessary approvals from
private owners than public owners.
Initial Planning – Site Screening
The first step of the site selection process typically includes evaluating each site against
criteria established by the Owner/Client/Developer.
19. Site Layout: Sites oriented/graded to the south are more conducive to panel
orientation.
Buildable Area: The larger the site, the greater the opportunity for solar PV
placement.
Shading Constraints: Little to no shading allows the solar PV equipment to
operate at its maximum efficiency.
Location of Distribution Lines: The closer existing distribution lines are to the
site, the better it is.
Other Site Concerns: (i.e., existing easements/existing equipment) that could
affect PV layout
Initial Planning – Site Constraints
20. Sensitive Receptors
Wetlands
Endangered species
Major flood zone
Hazardous Waste
Presence of contamination
Soil management restrictions
Excavation restrictions
Solid Waste
Engineered cap versus soil cap
Closed
Documented
Initial Planning – Environmental Concerns
21. Local Permitting
special permits
variances
Conservation Commission/Notices of intent (NOI)
site plan approvals
State Permitting
Hazardous and/or solid waste permits
MEPA/CEPA/Natural Heritage/Species
Historical Preservation
Stormwater
Various Specific DEEP/DEP
Federal Permitting
FAA
Initial Planning – Permitting Concerns
22. Site characteristics
Solar resources based on site location and layout, using
data available in the public domain
Site energy use
Siting constraints, including setback requirements, landfill
cover issues, etc.
Electrical infrastructure
Interconnection requirements
Environmental impacts and permitting requirements
Preliminary project economics
Key Design Considerations
GOOD
BAD
23. ADVANTAGES
Large Open Space
Access for Construction
Remote Location
Limited Shading
Inexpensive Land
New Use Underutilized Land
Increased Site Monitoring
Landfill Siting – Advantages & Challenges
CHALLENGES
Permitting Restrictions
Settlement Issues
Cap Restrictions
Weight/Load Limits
Interconnection Costs
Slope Stability
Erosion Control
24. Does anything preclude development?
Closed…..When…..How?
Activity/Use Limitations
Zoning
Usable Area
Gas Control Systems
Stormwater Controls
Geotechnical Concerns
Development must:
Maintain integrity of cap system
Minimized adverse impact to public health,
safety and the environment
Getting Started – Feasibility
34. LANDFILLS ARE GOING TO SETTLE!
Typical magnitudes and types of settlement
Typical Magnitudes – several inches to several feet
Total Settlement – whole site settles at the same rate/magnitude
Differential – Different rates/magnitudes in different areas
Primary versus secondary compression
Primary
Large magnitudes/high rates
Rates slow after several years following closure
Secondary is long-term settlement occurring after primary occurs
But, how much settlement has occurred and how much settlement will occur?
Settlement
35. Review historical documentation
Type and variability of waste
Thickness of waste
Thickness of cover
How long the landfill has been closed
Settlement/elevation measurements (settlement
plates/topographic survey)
Subsurface Investigations
Costly
May not result in useful information due to variability of waste
Settlement
36. Recently closed sites have greater potential for significant
differential settlement (may be a Fatal Flaw)
Closed for significant period (e.g., 10-15 years), and much of
the primary settlement may have already occurred.
Will vary from landfill to landfill – Use professional judgment
Settlement
37. Design a system that can tolerate some differential settlement
Adjustable racking
Flexible connections
Row spacing to allow for repair (i.e., ballast re-leveling)
Adding more weight to the landfill will result in additional
(primary) settlement
Minimize modifications to the landfill (i.e., grade increases)
Minimize the overall added weight of the system on the cap
Ballast/racking systems that minimize/distribute weight
Settlement – What can developer do?
38. A re-evaluation of the existing site’s stormwater
management system will be required to determine
the impacts of the proposed development.
Stormwater
Typically, modules are not
considered impervious
Model for 24-hour, 25-year, and
100-year events
Design so that roads and ballast
equipment pads do not
fundamentally change
stormwater flow
May require modifications to the
stormwater system.
39. Groundcover
Groundcover will be a major design consideration in
how it impacts the landfill sub-grade drainage layer,
erosion and sedimentation control, and the effort
required for future site maintenance. Groundcover
may be gravel, grass, or a combination of both.
Stormwater
40. Drip edge considerations
Re-seeding with low growth,
shade-tolerant mixture
Low light flora
Row spacing considerations
Ability to mow between rows
Allow sufficient light for growth
Racking height considerations
Stormwater - Groundcover
41. Landfills typically use a combination of engineering controls,
management controls, and monitoring to ensure gas does
not pose unacceptable risk.
Engineering Controls
Above-grade structures designed to prevent gas
accumulation
Gas monitoring or warning systems
Vapor barriers
Venting systems
Above-grade conduit runs
Any subsurface runs - gas proof fittings
Landfill Gas
42. Landfill Gas – Engineering Controls
Above-Grade Conduit Runs
43. Landfill Gas – Engineering Controls
Gas venting around
equipment pads
Spacing around gas vents
44. Landfill Gas – Engineering Controls
Gas well
removal/relocation
45. Management Controls and Monitoring
Perform gas survey if uncertain
Sufficient clearance from the solar arrays shall be provided for future
maintenance and monitoring access
Any potential combustion issues between the gas wells and the solar arrays
will be reviewed
Monitoring worker exposure during construction
Design should keep solar equipment and conduits away from gas sources
Landfill Gas
46. Access Road
An access road will be required for during
the construction period and for long-term
maintenance access
Access roads must not interfere with
stormwater flow
Create temporary access roads to allow
construction equipment
Remove temporary access roads
following completion of construction
Site Development Considerations & Concerns
47. Geotechnical Concerns – Side Slope Stability
Challenges
Slope failure
Stability of anchoring system
Stormwater management
Increased erosion
Static & dynamic loading
Snow and ice loading
Side slope repairs
Design Considerations
Maintain existing slopes
Remain 5-10 feet back of crest of slope
Analyze liner interface friction (if present)
Lightweight PV module systems
More robust footing/anchor system
48. Challenges
Design for local wind speed
Design for snow loads
While….
Minimizing bearing pressure/dead load on cap/liner
Structural Concerns – Wind/Snow Loading
Design Considerations
Minimize height of array while still providing
clearance for cap mowing and vegetative
growth
Geometric design & orientation of dead load
Lightweight PV module systems
Account for snow accumulation
Combined loads – consider tilt angle
49. Structural Concerns – Ballast Design
Types
Precast ballasts seemed to be favored in Northeast
No soil penetration
Minimal site excavation/preparation needed
Speed of delivery and installation
Eliminates the need for cast-in-place concrete
and all associated issues including forming,
pouring, and cure time, which can dictate the
pace of the installation process
Accommodates most site locations and
conditions
50. Structural Concerns – Sliding
Design Considerations
Consider sub-grade material
on which the ballasted footings
will be installed
Ideal type of sub-grade is a
well-drained granular course
material
Due to cost considerations,
many are being placed directly
on soil surface
52. Structural Concerns –
Ballast Design
Racking solutions have emerged using approaches
other than precast blocks
Ballast trays for standard pavers
Pour-in-place plastic forms
These can…
Reduce install time and racking costs
Provide ease of installation - The racks are
assembled first, while they are light. The weight is
added after the system is lined up.
Some systems can reduce overall bearing pressure
by spreading the load Solstice Mounting System
53. Cap Integrity
Overall plan must protect the integrity of the cap
system, including:
Preventing damage to HDPE liners/low permeability layers
Designing equipment to limit bearing pressure on the liner to
acceptable levels
Use of low ground pressure equipment during construction
Preventing damage to sub-grade drainage and gas collection
systems
Designing equipment layout to avoid structures and lines
Use of low ground pressure equipment during construction
54. Cap Integrity
Preventing damage to stormwater management system (including
drainage swales and vegetative cover)
Designing equipment layout to avoid structures and swales
Design to limit alteration to existing storm water flow
Use of drip edge erosion control if necessary
Allow adequate distance between rows to maintain vegetation
Raise panel height to allow for access/limit shading to cover below system
Maintain proper sediment and erosion controls
during construction
Preventing slope failure
Route/collect drainage away from slopes
Limit additional weight on slopes
Limit proximity of roads and system to slope
55. Site Security
Prevent unauthorized access
Protect against theft or vandalism
Meet electrical codes
Consider
If a determination needs to be made on whether the entire site needs to be
fenced or just the solar array system
What level of security is required for the solar development area in order to
provide limited access and to insure liability considerations are addressed?
If the security measure should provide a mechanism to provide access for
the landfill gas management system and any other monitoring required for
the landfill permitting requirements
Site Development Considerations & Concerns
56. Fencing, perimeter or system specific
Can be very costly
May require specific design
Wind/snow loading
Ballasted to prevent cap penetration
Allow for animal migration
Security cameras/Motion detectors
Provides cost-effective full-time
monitoring
Site Development Considerations & Concerns
57. Natural Resource Areas
Wetlands
Endangered or Threatened
Species
Aquifer Protection Areas
Cultural Resource Areas
Historic Landmarks
Special Zoning Districts
Site Development Considerations & Concerns
Resource Area Concerns
58. Example Design Practices to Minimize Impact
Turtle Habitat Area
Fence adjusted to allow turtles to cross under fence
Nesting Birds
Grass mowing times limited to minimize disturbance of nesting birds
Construction sequencing to avoid impact
Endangered Moth Species
Prime and sub prime moth habitat delineation to maximize solar array size
and clearing to minimize shading
Archaeological Resources
Visual simulations to demonstrate no significant affect on historic or
archaeological resources
Site Development Considerations & Concerns
59. Public Awareness
With available area at the entrance to the
site, would there be an opportunity to provide
some type of educational center or similar
type function?
Aesthetics
Should some consideration be given to
enhancement of the site in terms of
landscape (e.g., trees, shrubs, and
ornamental fencing)?
Do not underestimate public opinion!
Site Development Planning
(Brockton
Brightfields)
75. Who will maintain the areas outside of the solar array site and
how often?
Who will maintain the grass areas for the landfill within and
outside the area of the solar panels?
Who will manage the operation, maintenance, and monitoring
associated with the landfill gas management system?
Who will manage the monitoring of any groundwater wells
associated with the landfill site?
Site Operation Planning
76. Who will maintain the access drives? Who will plow in
the winter?
What are the procedures for landfill monitoring
workers to access the solar panel areas?
What are the procedures for panel disturbance if
maintenance to the landfill systems is required?
Site Operation Planning
82. Slide 82
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Here Comes the Sun!
What’s Involved with Siting Solar Energy Projects in Southern New England
United Illuminating Solar Energy Project
Bridgeport Seaside Landfill
Habitat Assessments & Wildlife Surveys
Presenter: Laurel Stegina, Project Manager │ Associate
83. Slide 83
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Project required Connecticut Siting Council approval
› Input from other state agencies including Connecticut Department of Energy
& Environmental Protection (CTDEEP)
• United Illuminating took pro-active approach
› Hired Fitzgerald & Halliday to conduct habitat assessments & biological
surveys
› Weston & Sampson supported this task
Why Were Habitat Assessments &
Surveys Required?
84. Slide 84
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Initial Research & Data
Collection
85. Slide 85
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
86. Slide 86
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
87. Slide 87
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Common Tern
• Least Tern
• Roseate Tern
• Piping Plover
• Horned Lark
• Peregrine Falcon
• American Kestrel
• Sickle-leaf Golden Aster
• Beach Needlegrass
• Sand Dropseed
CTDEEP Natural Diversity Consultation
Avian Species Plant Species
88. Slide 88
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› State Species of Special Concern
• Habitat
› Offshore islands & mainland beaches.
› Sandy, gravelly, rocky, and sparsely
vegetated habitats.
› Prefers open and exposed sites.
› Nests at saltmarsh sites.
Common Tern (Sterna hirundo)
89. Slide 89
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› State Threatened
• Habitat
› Coastal sites.
› Nesting colonies on open sandy
beaches.
› Mainland sites, rather than isolated
nearshore islands.
Least Tern (Sternula antillarum)
90. Slide 90
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› Federal & State Endangered
• Usually nests on small islands.
• Prefers sheltered sites under vegetation,
debris, or rocks.
• Will use human-modified sites for
nesting.
Roseate Tern (Sterna dougallii)
91. Slide 91
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› Federal & State Endangered
• Habitat
› Breeds and nests only on open,
coastal sandy beaches.
Piping Plover (Charadrius melodus)
92. Slide 92
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› State Endangered
• Habitat
› Nests in barren, sandy, stony, or areas
with sparse grass cover, and beaches
along the coast.
› Breeding has also been documented
in grassland areas at airports.
Horned Lark (Eremophila alpestris)
93. Slide 93
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› State Threatened
• Habitat
› Perches and nests on tall buildings,
water towers, cliffs, power pylons, and
other tall structures.
› Flies long distances to feed.
Peregrine Falcon (Falco peregrinus)
94. Slide 94
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› State Endangered
• Habitat
› Grows in pine barrens and coastal
sand plains.
› Local occurrence in inland sandplains.
Sickle-Leaf Golden Aster (Pityopsis falcata)
95. Slide 95
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› State Endangered
• Habitat
› Grows on dry, sterile soils, especially
on dunes.
› Typically found along the coast.
Beach Needlegrass (Aristida tuberculosa)
96. Slide 96
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› State Threatened
• Habitat
› Grows best on sandy soils at lower
elevations of its range.
› Also grows on coarse, gravelly soils.
Sand Dropseed (Sporobolus cryptandrus)
98. Slide 98
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Field Investigations
99. Slide 99
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Grassy & Herbaceous Areas
100. Slide 100
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Lightly Wooded & Shrubby Areas
101. Slide 101
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Grass & Gravel Access Roads
102. Slide 102
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Wetland A & Landfill Piles
103. Slide 103
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Wetland B
104. Slide 104
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Wetland Z
105. Slide 105
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Habitat Assessment -
Analysis & Documentation
106. Slide 106
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
107. Slide 107
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Predominately grass /
herbaceous vegetation
• Lightly wooded perimeter
• Shrubby areas
• Wetlands
• Grass & gravel access roads
• Landfill piles / developed areas
• Rocky shorefront
• Beach, sandy shore, dune
• Tidal wetlands
• Cedar Creek Harbor
• Long Island Sound
Field Habitat Assessment
On-Site Off-site / nearby
108. Slide 108
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Results of Field Habitat Assessment
Plant Species Habitat Suitability
Sickle-leaf Golden Aster No pine barrens or coastal sand plains
Beach Needlegrass No dunes
Sand Dropseed Potentially suitable. Cracking gravel access roads.
109. Slide 109
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Results of Field Habitat Assessment
Avian Species Habitat Suitability
Common Tern No island, beach, or saltmarsh
Least Tern No open, sandy beach
Roseate Tern No island habitat or suitable substitute
Piping Plover No open, sandy beach
Horned Lark Potentially suitable. Areas with sparse grass cover.
Peregrine Falcon No suitable tall structures
110. Slide 110
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Additional CTDEEP Coordination
& Biological Surveys
111. Slide 111
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Sand Dropseed (Sporobolus cryptandrus) survey
conducted on August 29, 2014.
• Multiple 10-foot transects walked within
potential habitat areas.
• No Sporobolus cryptandrus plants encountered.
Plant Survey
112. Slide 112
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• 2014 surveys dates:
› April 1st
› June 16th
› July 30th
› August 29th
• Multiple 50-meter transects over the landfill
site.
• Recorded all avian species observed by sight
or by sound.
• No Horned Lark encountered.
• American Kestrel observed perching on
snag on August 29th.
Avian Survey
113. Slide 113
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Conservation Status
› State Threatened
• On-site habitat
› One standing dead tree - “snag” -
with several holes capable of
providing potential nesting
locations.
American Kestrel (Falco sparverius)
114. Slide 114
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Connecticut Siting Council
Process & Construction
Monitoring
115. Slide 115
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• Snag noted on project plans
• Conducted pre-construction
survey
• Plan to periodically monitor
during construction in the
breeding/nesting period.
• If American kestrels found
using the snag for breeding
and nesting purposes,
planned to establish a 500-
foot protection zone around
the snag in to minimize
temporary construction
period disturbance.
American Kestrel Monitoring
116. Slide 116
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
• September 2014 Siting Council Hearing
• FHI provided testimony related to:
› Wetlands
› Habitat
• Siting Council approved the project with conditions:
› Establish 500-foot buffer around nesting American
Kestrels (if observed during project work).
› Provide Council with written notice prior to any site
clearing.
Connecticut Siting Council Process
117. Slide 117
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
American Kestrel Monitoring
• Snag snapped
approximately 15
feet from ground
• Discovery during
June 2, 2015 pre-
construction site
visit
August 2014 June 2015
118. Slide 118
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
Questions?
119. Slide 119
UI Solar Energy Project – Habitat Assessments & Wildlife Surveys
The Developer’s Perspective
Next up:
121. About American Capital Energy
121
• Founded 2005. Veteran Owned.
• Headquarters in Lawrence, MA.
• Focus
• Commercial, Industrial, Utilities
• Landfills & Brownfields
• Roof / Ground Mount / Car Ports
• Turn-key Solar Solutions
– Development
– Engineering, Procurement, &
Construction
– Finance
– Operations & Maintenance
• 66+ Projects | 105+ MW’s | 14 States
Brewster MA Landfill
ACE Projects
122. Solar Development Project Cycle
122
Asset MgtEPCFinanceDevelop
• Site Assessment| Control
• Financial Assessment
• Permitting | Rights of Way
• Interconnections
• Energy Off-Taker | PPA
• System Design
• Regulatory Lobbying
• Project Finance
• Financial Engineering
• Project Finance
• Debt
• Tax Equity
• Sponsor Equity
• Capital Relationships
• Monetizing Incentives
• System Engineering
• Procurement
• Construction Mgt
• Union
• Non-Union
• Commissioning
• Performance Monitoring
• Warranty Mgt
• Repairs
• Maintenance
• System Optimization
123. Solar Incentives
123
• Federal
– 30% ITC
– MARCS – accelerated Depreciation
• State
– SREC/ZREC Program
– FIT Program
– Net Metering
– Sales Tax exempt
• Local
– Property Tax abetment
• Utility
– Rebates
–Resource: http://www.dsireusa.org
It is important to know what
programs are available for your
project so that you can help
facilitate/procure it!
124. 124
Contracting:
• Depending on the Project type Contracting can occur in many
different ways:
• PPA
– Offers a no money down solution
– Savings for off taker through discounted energy rates
– Federal Incentives can be fully taken advantage of
– Typically a 20 yr contract
– Incentives and attributes owned by the financier
– Must have an accompanying lease
• Land Lease
– Offers a no money down solution
– Revenue from lease payment
– Power used by separate entity
– Typically a 20 yr contract
– Incentives and attributes owned by the financier
• Owner/EPC
– Incentives and attributes stay with Owner/municipality
– Owner must have tax liability to take full advantage of incentive
– Most in control
126. 126
Permitting and Entitlements and Interconnection
• Land Rights
– Title
– Parcel Data
• Land Use Permits
– Zoning/Planning
– Sitting Council
– Variance
• Interconnection
– Utility requirements
– Cost of Upgrades
130. 130
• Typically the shortest duration out of the Project Cycle
• Design Must meet all state local and federal codes and regulations
• Important to have a reputable experienced firm
Engineer Procure Construct:
131. Operation & Maintenance
131
• Ensure system is working
properly for 20 yrs
• 24 Hr 7 days a week monitoring
• Quick response
• Warranty tracking
132. 132
Discussion
• Contact:
– Eric McLean P.E EVP of Operations
Merrimack Street, Building 9 Entrance K Suite 202
Lawrence MA, MA 01843
978-221-2027
eric.mclean@americancapitalenergy.com