This document summarizes a study on the cost-effectiveness of various stormwater management practices for reducing nitrogen, phosphorus, and total suspended solids in the Chesapeake Bay watershed. The study found that pet waste programs, sewer repair, and illicit discharge detection were among the most cost-effective practices for nitrogen and phosphorus reduction. Urban stream restoration and dry pond retrofitting were among the most cost-effective for reducing total suspended solids. Applying the study's findings to the City of Richmond, scenarios that incorporated more approved practices and city constraints had significantly lower estimated costs for meeting pollution reduction targets.
The Fort Worth Floodway was originally constructed in 1910 to protect Fort Worth from flooding on the Trinity River. It has since been improved and expanded over time by the Tarrant Regional Water District. The current system includes over 22 miles of levees and improved channels for 30 miles. Periodic inspections from 1970-2005 found the system to be acceptable, but inspections in 2010 and 2016 found issues with vegetation, encroachments, and rated parts of the system as only marginally acceptable. Maintaining the reliability of the floodway while coordinating with urban growth presents ongoing challenges.
The amendments to Ontario Regulation 153 update the soil and groundwater standards for contaminated sites. The standards are now more stringent, especially for contaminants like BTEX and benzene. The role of the Qualified Person conducting environmental site assessments has also been expanded, with new detailed rules for Phase I and II assessments. There are also new requirements for assessing and tracking contaminated soil movement on and off sites. The regulatory and civil liability protections for contaminated sites have changed as well under the new rules.
CCW Conference: Cost effective practices for clean waterClean Water
The document summarizes cost effective practices for clean water based on a study of the James River Basin in Virginia. It finds that removing illicit discharges from storm sewer systems, such as sewer repairs and eliminating cross connections, is among the most cost effective ways to reduce nitrogen, phosphorus, and sediment levels. Urban stream restoration is also highly cost effective for sediment removal. Initial estimates found addressing stormwater pollution in Richmond could cost $305 million using older practices, but improving identification and removal of illicit discharges could lower the cost to $84-100 million. Proper identification and removal of illicit discharges is an important yet overlooked method for nutrient management that governments should receive credit for.
Because of the extent of AMD impacts in Pennsylvania, the Commonwealth has become, by necessity, a leader in the development of passive treatment technology. People from around the world travel to Pennsylvania to learn about the successes we have collectively achieved, including the installation of over 300 passive treatment systems. In recent years, the capabilities of passive systems to treat highly acidic mine discharges with high concentrations of dissolved metals has been questioned. It is important to remember that with any treatment system, whether passive or active, proper design, suitable land characteristics, quality construction, proper maintenance and sufficient funding, are needed to provide a long-term, cost-effective approach for watershed restoration. This presentation will provide mini case studies that demonstrate, by example, that passive systems can and are effectively treating acidic, high-metal, discharges in Pennsylvania.
The document discusses using the Prioritize Target Measure Application (PTMApp) tool to target conservation practices in the international Roseau River watershed located on the border of Manitoba and Minnesota. PTMApp uses high resolution spatial data to delineate catchments and prioritize best management practices (BMPs) to reduce phosphorus loading, sediment loading, and improve water quality issues affecting Lake Winnipeg and downstream water bodies. Key outputs of PTMApp include nutrient and sediment yield calculations, BMP suitability maps, and targeting of practices. Next steps involve evaluating BMP processes for the region's cold climate, conducting cost-benefit analysis, and expanding the tool to additional watersheds to facilitate international collaboration on conservation planning.
This document summarizes a study on the cost-effectiveness of various stormwater management practices for reducing nitrogen, phosphorus, and total suspended solids in the Chesapeake Bay watershed. The study found that pet waste programs, sewer repair, and illicit discharge detection were among the most cost-effective practices for nitrogen and phosphorus reduction. Urban stream restoration and dry pond retrofitting were among the most cost-effective for reducing total suspended solids. Applying the study's findings to the City of Richmond, scenarios that incorporated more approved practices and city constraints had significantly lower estimated costs for meeting pollution reduction targets.
The Fort Worth Floodway was originally constructed in 1910 to protect Fort Worth from flooding on the Trinity River. It has since been improved and expanded over time by the Tarrant Regional Water District. The current system includes over 22 miles of levees and improved channels for 30 miles. Periodic inspections from 1970-2005 found the system to be acceptable, but inspections in 2010 and 2016 found issues with vegetation, encroachments, and rated parts of the system as only marginally acceptable. Maintaining the reliability of the floodway while coordinating with urban growth presents ongoing challenges.
The amendments to Ontario Regulation 153 update the soil and groundwater standards for contaminated sites. The standards are now more stringent, especially for contaminants like BTEX and benzene. The role of the Qualified Person conducting environmental site assessments has also been expanded, with new detailed rules for Phase I and II assessments. There are also new requirements for assessing and tracking contaminated soil movement on and off sites. The regulatory and civil liability protections for contaminated sites have changed as well under the new rules.
CCW Conference: Cost effective practices for clean waterClean Water
The document summarizes cost effective practices for clean water based on a study of the James River Basin in Virginia. It finds that removing illicit discharges from storm sewer systems, such as sewer repairs and eliminating cross connections, is among the most cost effective ways to reduce nitrogen, phosphorus, and sediment levels. Urban stream restoration is also highly cost effective for sediment removal. Initial estimates found addressing stormwater pollution in Richmond could cost $305 million using older practices, but improving identification and removal of illicit discharges could lower the cost to $84-100 million. Proper identification and removal of illicit discharges is an important yet overlooked method for nutrient management that governments should receive credit for.
Because of the extent of AMD impacts in Pennsylvania, the Commonwealth has become, by necessity, a leader in the development of passive treatment technology. People from around the world travel to Pennsylvania to learn about the successes we have collectively achieved, including the installation of over 300 passive treatment systems. In recent years, the capabilities of passive systems to treat highly acidic mine discharges with high concentrations of dissolved metals has been questioned. It is important to remember that with any treatment system, whether passive or active, proper design, suitable land characteristics, quality construction, proper maintenance and sufficient funding, are needed to provide a long-term, cost-effective approach for watershed restoration. This presentation will provide mini case studies that demonstrate, by example, that passive systems can and are effectively treating acidic, high-metal, discharges in Pennsylvania.
The document discusses using the Prioritize Target Measure Application (PTMApp) tool to target conservation practices in the international Roseau River watershed located on the border of Manitoba and Minnesota. PTMApp uses high resolution spatial data to delineate catchments and prioritize best management practices (BMPs) to reduce phosphorus loading, sediment loading, and improve water quality issues affecting Lake Winnipeg and downstream water bodies. Key outputs of PTMApp include nutrient and sediment yield calculations, BMP suitability maps, and targeting of practices. Next steps involve evaluating BMP processes for the region's cold climate, conducting cost-benefit analysis, and expanding the tool to additional watersheds to facilitate international collaboration on conservation planning.
Dry weather flow refers to the waste water flow in sewer systems during dry periods and consists mainly of domestic sewage and industrial wastewater. The key factors that affect dry weather flow are the rate of water supply, population growth, type of area served (residential, industrial, commercial), and infiltration of groundwater. The sewers must be designed to carry a minimum of 150 litres of water per capita per day to account for these factors.
Ryan A. McCampbell, Bloomsburg University, "A Cost-Benefit Analysis of AMD Re...Michael Hewitt, GISP
This study investigates the procedure for removing contaminants from rivers and streams that were left as a result of Acid Mine Drainage. The understanding of the process is used to investigate possible goods and services that may result from the process, and the marketability of the goods and services as potential sources of revenue. Taking into account the potential revenues sources, a business plan is created to describe how an entity in the “industry” of Acid Mine Drainage Recovery would operate. The business plan takes advantage of cost accounting techniques to better compare the costs incurred by the business against the potential revenues gained, resulting in cost-benefit analysis.
This document summarizes the design of a water supply project for a campus. It identifies the campus's groundwater bore wells as the water source. It calculates the projected campus population of 2400 people and their total daily water demand of 187450 liters. It then designs pumps to lift water from the bore wells to overhead tanks for the administration building (5HP pump), girls hostel (5HP pump), and boys hostel and mess (7HP pump). The overhead tanks will store and distribute the water throughout the campus.
This document summarizes stream restoration projects in the Beaver Lake watershed in Northwest Arkansas. It discusses how streambank erosion contributes significant amounts of sediment and nutrients to tributaries of Beaver Lake, which is the drinking water source for over 420,000 people. The document outlines several completed restoration projects, measuring their success in reducing sediment and nutrient loads through monitoring streambank erosion rates and water quality parameters. It concludes with recommendations for a new large-scale initiative to restore multiple miles of the West Fork White River through a combination of stream restoration and agricultural conservation practices.
Smart Projects for Smart Cities: The Government Way (Updated to Nov 2015)Anupam Saraph
This document summarizes the negative impacts of a government "stormwater drain" project in Pune, India. The project aimed to reduce flooding by constricting and concreting natural freshwater streams. However, it destroyed the streams' ability to recharge groundwater and increased flooding risk. It was found to be based on fraudulent data and aims to benefit private real estate interests over citizens and the environment. The project has led to a destroyed water table, increased pollution, crime rates and health issues for citizens. Photos show the destruction of green spaces and growth of illegal slums where streams once flowed. The document criticizes the government for poor planning, excluding citizens, destroying the environment, and aiding illegal activities at the
The document discusses challenges with urban infrastructure in India, specifically related to water supply, sewage treatment, and solid waste management. It notes that urban growth has outpaced infrastructure development. For water supply, issues include inadequate and intermittent supply, high transmission losses, and lack of metering. For sewage, most wastewater is untreated. For solid waste, open dumping remains the primary method of disposal. Solutions proposed include improving management, public-private partnerships, reducing losses, rainwater harvesting, and awareness campaigns. Challenges to addressing these issues include treatment costs, private sector reluctance, and ensuring citizen participation.
Presentation - Grading NJ's Great Swamp 9-19-2015Laura Kelm
This document summarizes water quality monitoring programs and results for streams in the Great Swamp Watershed in New Jersey. It describes the various monitoring parameters and methods used, including chemical, macroinvertebrate, visual, and bacteria assessments. Monitoring results are presented in a report card format with grades for each stream. The document then analyzes the results for some of the major streams, noting issues like stormwater impacts, sedimentation, and high pollutant levels in developed or urbanized stream sections. Overall it aims to communicate complex water quality data to non-technical audiences and identify areas for improvement.
Managing Stormwater in the Hudson Valley: A Cost-Benefit Analysis of Permeabl...Libby Zemaitis
Stormwater management is a priority in New York State that is gaining attention due to increased intense precipitation from climate change and increased urban development. The state has adopted stricter regulations that are driving the adoption of green infrastructure. Municipalities, schools, and private firms are already installing permeable pavement in the Hudson Valley, but there is a lack of robust, unbiased economic analyses of the technology found in the peer-reviewed literature. This thesis uses existing models and empirical studies to create a cost-benefit analysis model for permeable pavement in the Hudson Valley. The model estimates the five primary costs and benefits of permeable pavement as outlined in the literature: installation cost, operating and maintenance cost, runoff reduction benefit, pollutant removal benefit, and deicing reduction benefit. The initial analysis of a hypothetical one-acre permeable parking lot yielded a significant positive net present value. Despite various weaknesses, this model is a significant improvement on previous models in a new amalgam of more singular and unbiased studies of permeable pavement. Future work could include a transformation of this model into user-friendly online tool for prospective adopters to better understand the balance of costs and benefits of permeable pavement in the Hudson Valley and beyond.
(Final Master's Thesis accepted for Bard College M.S. in Climate Science and Policy)
Gary Merritt, Northern Star Generation LLC, “Big Yellow Taxi?…You don’t know...Michael Hewitt, GISP
The document discusses the process of remediating and reclaiming abandoned coal refuse sites through the use of coal refuse-fired electric generation units (EGUs). It describes how coal refuse is combusted with limestone in fluidized bed combustors, with the resulting ash used to neutralize and stabilize remaining materials on site. This process addresses water and air pollution issues by eliminating discharges and future fire risks. However, certain EPA regulations like the Cross-State Air Pollution Rule and Mercury and Air Toxics Standards present challenges for coal refuse-fired EGUs given the unique characteristics of bituminous coal refuse.
Assessment Of Permeable Pavement In High Volume Urban Floodingrlucera
The document discusses the monitoring and modeling of a permeable pavement parking lot project. Monitoring of rainfall and runoff from the permeable pavers and a traditional pavement area found that the pavers reduced runoff by 31% for a small storm and 11% for a larger storm. Predictive modeling estimated that for a 100-year storm, the pavers could reduce peak flows by 34-55% and volume by similar amounts, with greater reductions for smaller storms. Optimizing storage space and incorporating off-site runoff controls could further increase performance during large storms.
Lecture notes of Environmental Engineering-II as per Solapur university syllabus of TE CIVIL.
Prepared by
Prof S S Jahagirdar,
Associate Professor,
N K Orchid college of Engg and Technology,
Solapur
This document discusses the current practice of bathing water sampling and problems with the process in Dún Laoghaire-Rathdown. It samples water at 9 locations but results are not available for up to 3 days, and paper notices are posted when quality is poor. The local authority wants information available in real-time, bathers to report perceived quality, and for authorities to report recent testing results and overflows that could impact areas. While it receives data on 9 overflows, there are approximately 30 that could affect quality, and real-time data currently only comes from one. Any new technologies proposed should provide indicative costs.
The POLLCURB project investigates how changes in urban areas due to population growth affect local and regional water quality and quantity. It focuses on the Thames River basin and uses case studies in the Cut and River Ray catchments, which have undergone rapid urbanization. Models will be developed and linked to evaluate the impacts of urbanization and climate change on water resources through 2050. Citizen scientists will assist with water quality monitoring to test the models.
Economic instruments in water resources management in ArmeniaOECD Environment
The document discusses the application of economic instruments in water resource management in Armenia. It outlines the legal provisions in Armenia's Water Code related to economic instruments. Currently, water abstraction and pollution fees collected are very low compared to full water management costs. Reforms are needed to fully apply the user-pays and polluter-pays principles. Short-term recommendations include increasing fees applied to hydropower, fisheries, and certain polluting industries to generate revenues sufficient to cover water management activities. While some reforms have occurred, further assistance is still required to reform water fees in other sectors.
This document discusses water and sanitation services and pricing in France. It notes that there are over 24,000 local authorities that set their own water prices, making data collection and analysis challenging. It also discusses plans to consolidate some local authorities to reduce their number to under 2,000 by 2020 in order to facilitate regulation and performance monitoring. The document advocates for a national pact to negotiate performance targets and pricing between local authorities and water companies to help ensure affordable and high quality water services.
This presentation discusses California's 2015 drought emergency and landscape transformation efforts, including Governor Brown's Executive Order mandating a 25% reduction in potable water use. It provides an overview of urban water supplier conservation requirements, shows how Orange County performed in meeting its conservation goals in May 2015, and outlines the Municipal Water District of Orange County's drought outreach programs and rebate opportunities to encourage water use efficiency and turf removal. Contact information is provided for Joe Berg, Director of Water Use Efficiency.
Presentation by Lindsay Kovar, Senior Project Manager at BGE, Inc., and Bob Patton, board member at North Fort Bend Water Authority, at the 2018 Gulf Coast Water Conservation Symposium in Houston, Texas.
The document summarizes the Customer Connection Program implemented by the City of Pompano Beach, Florida to expand the use of reclaimed water (reuse) for irrigation. Key points include: (1) The City built a reuse treatment plant in 1989 to provide non-potable water for irrigation and has since expanded capacity, but in 2011 was only using about 30% of capacity. (2) A new program was implemented using public outreach, reduced costs, and contractor assistance to make connections easier in order to meet permit requirements and reduce drinking water usage. (3) The program aims to connect 770 homes to reuse by July 2013 to save over 90 million gallons of potable water annually, providing benefits to both customers and the City
This document summarizes a public information center for a study to reduce basement and surface flooding in Study Area 39 located in Etobicoke. The study will identify the preferred solution to improve the stormwater and sanitary systems and reduce flooding risks. Alternative solutions being considered include source controls on private property, conveyance controls in sewer systems, and end-of-pipe controls such as wet ponds, underground storage, and dry ponds. Residents experienced flooding in 144 properties during a 2013 storm. The study area, causes of flooding, and Class EA process are described.
Dry weather flow refers to the waste water flow in sewer systems during dry periods and consists mainly of domestic sewage and industrial wastewater. The key factors that affect dry weather flow are the rate of water supply, population growth, type of area served (residential, industrial, commercial), and infiltration of groundwater. The sewers must be designed to carry a minimum of 150 litres of water per capita per day to account for these factors.
Ryan A. McCampbell, Bloomsburg University, "A Cost-Benefit Analysis of AMD Re...Michael Hewitt, GISP
This study investigates the procedure for removing contaminants from rivers and streams that were left as a result of Acid Mine Drainage. The understanding of the process is used to investigate possible goods and services that may result from the process, and the marketability of the goods and services as potential sources of revenue. Taking into account the potential revenues sources, a business plan is created to describe how an entity in the “industry” of Acid Mine Drainage Recovery would operate. The business plan takes advantage of cost accounting techniques to better compare the costs incurred by the business against the potential revenues gained, resulting in cost-benefit analysis.
This document summarizes the design of a water supply project for a campus. It identifies the campus's groundwater bore wells as the water source. It calculates the projected campus population of 2400 people and their total daily water demand of 187450 liters. It then designs pumps to lift water from the bore wells to overhead tanks for the administration building (5HP pump), girls hostel (5HP pump), and boys hostel and mess (7HP pump). The overhead tanks will store and distribute the water throughout the campus.
This document summarizes stream restoration projects in the Beaver Lake watershed in Northwest Arkansas. It discusses how streambank erosion contributes significant amounts of sediment and nutrients to tributaries of Beaver Lake, which is the drinking water source for over 420,000 people. The document outlines several completed restoration projects, measuring their success in reducing sediment and nutrient loads through monitoring streambank erosion rates and water quality parameters. It concludes with recommendations for a new large-scale initiative to restore multiple miles of the West Fork White River through a combination of stream restoration and agricultural conservation practices.
Smart Projects for Smart Cities: The Government Way (Updated to Nov 2015)Anupam Saraph
This document summarizes the negative impacts of a government "stormwater drain" project in Pune, India. The project aimed to reduce flooding by constricting and concreting natural freshwater streams. However, it destroyed the streams' ability to recharge groundwater and increased flooding risk. It was found to be based on fraudulent data and aims to benefit private real estate interests over citizens and the environment. The project has led to a destroyed water table, increased pollution, crime rates and health issues for citizens. Photos show the destruction of green spaces and growth of illegal slums where streams once flowed. The document criticizes the government for poor planning, excluding citizens, destroying the environment, and aiding illegal activities at the
The document discusses challenges with urban infrastructure in India, specifically related to water supply, sewage treatment, and solid waste management. It notes that urban growth has outpaced infrastructure development. For water supply, issues include inadequate and intermittent supply, high transmission losses, and lack of metering. For sewage, most wastewater is untreated. For solid waste, open dumping remains the primary method of disposal. Solutions proposed include improving management, public-private partnerships, reducing losses, rainwater harvesting, and awareness campaigns. Challenges to addressing these issues include treatment costs, private sector reluctance, and ensuring citizen participation.
Presentation - Grading NJ's Great Swamp 9-19-2015Laura Kelm
This document summarizes water quality monitoring programs and results for streams in the Great Swamp Watershed in New Jersey. It describes the various monitoring parameters and methods used, including chemical, macroinvertebrate, visual, and bacteria assessments. Monitoring results are presented in a report card format with grades for each stream. The document then analyzes the results for some of the major streams, noting issues like stormwater impacts, sedimentation, and high pollutant levels in developed or urbanized stream sections. Overall it aims to communicate complex water quality data to non-technical audiences and identify areas for improvement.
Managing Stormwater in the Hudson Valley: A Cost-Benefit Analysis of Permeabl...Libby Zemaitis
Stormwater management is a priority in New York State that is gaining attention due to increased intense precipitation from climate change and increased urban development. The state has adopted stricter regulations that are driving the adoption of green infrastructure. Municipalities, schools, and private firms are already installing permeable pavement in the Hudson Valley, but there is a lack of robust, unbiased economic analyses of the technology found in the peer-reviewed literature. This thesis uses existing models and empirical studies to create a cost-benefit analysis model for permeable pavement in the Hudson Valley. The model estimates the five primary costs and benefits of permeable pavement as outlined in the literature: installation cost, operating and maintenance cost, runoff reduction benefit, pollutant removal benefit, and deicing reduction benefit. The initial analysis of a hypothetical one-acre permeable parking lot yielded a significant positive net present value. Despite various weaknesses, this model is a significant improvement on previous models in a new amalgam of more singular and unbiased studies of permeable pavement. Future work could include a transformation of this model into user-friendly online tool for prospective adopters to better understand the balance of costs and benefits of permeable pavement in the Hudson Valley and beyond.
(Final Master's Thesis accepted for Bard College M.S. in Climate Science and Policy)
Gary Merritt, Northern Star Generation LLC, “Big Yellow Taxi?…You don’t know...Michael Hewitt, GISP
The document discusses the process of remediating and reclaiming abandoned coal refuse sites through the use of coal refuse-fired electric generation units (EGUs). It describes how coal refuse is combusted with limestone in fluidized bed combustors, with the resulting ash used to neutralize and stabilize remaining materials on site. This process addresses water and air pollution issues by eliminating discharges and future fire risks. However, certain EPA regulations like the Cross-State Air Pollution Rule and Mercury and Air Toxics Standards present challenges for coal refuse-fired EGUs given the unique characteristics of bituminous coal refuse.
Assessment Of Permeable Pavement In High Volume Urban Floodingrlucera
The document discusses the monitoring and modeling of a permeable pavement parking lot project. Monitoring of rainfall and runoff from the permeable pavers and a traditional pavement area found that the pavers reduced runoff by 31% for a small storm and 11% for a larger storm. Predictive modeling estimated that for a 100-year storm, the pavers could reduce peak flows by 34-55% and volume by similar amounts, with greater reductions for smaller storms. Optimizing storage space and incorporating off-site runoff controls could further increase performance during large storms.
Lecture notes of Environmental Engineering-II as per Solapur university syllabus of TE CIVIL.
Prepared by
Prof S S Jahagirdar,
Associate Professor,
N K Orchid college of Engg and Technology,
Solapur
This document discusses the current practice of bathing water sampling and problems with the process in Dún Laoghaire-Rathdown. It samples water at 9 locations but results are not available for up to 3 days, and paper notices are posted when quality is poor. The local authority wants information available in real-time, bathers to report perceived quality, and for authorities to report recent testing results and overflows that could impact areas. While it receives data on 9 overflows, there are approximately 30 that could affect quality, and real-time data currently only comes from one. Any new technologies proposed should provide indicative costs.
The POLLCURB project investigates how changes in urban areas due to population growth affect local and regional water quality and quantity. It focuses on the Thames River basin and uses case studies in the Cut and River Ray catchments, which have undergone rapid urbanization. Models will be developed and linked to evaluate the impacts of urbanization and climate change on water resources through 2050. Citizen scientists will assist with water quality monitoring to test the models.
Economic instruments in water resources management in ArmeniaOECD Environment
The document discusses the application of economic instruments in water resource management in Armenia. It outlines the legal provisions in Armenia's Water Code related to economic instruments. Currently, water abstraction and pollution fees collected are very low compared to full water management costs. Reforms are needed to fully apply the user-pays and polluter-pays principles. Short-term recommendations include increasing fees applied to hydropower, fisheries, and certain polluting industries to generate revenues sufficient to cover water management activities. While some reforms have occurred, further assistance is still required to reform water fees in other sectors.
This document discusses water and sanitation services and pricing in France. It notes that there are over 24,000 local authorities that set their own water prices, making data collection and analysis challenging. It also discusses plans to consolidate some local authorities to reduce their number to under 2,000 by 2020 in order to facilitate regulation and performance monitoring. The document advocates for a national pact to negotiate performance targets and pricing between local authorities and water companies to help ensure affordable and high quality water services.
This presentation discusses California's 2015 drought emergency and landscape transformation efforts, including Governor Brown's Executive Order mandating a 25% reduction in potable water use. It provides an overview of urban water supplier conservation requirements, shows how Orange County performed in meeting its conservation goals in May 2015, and outlines the Municipal Water District of Orange County's drought outreach programs and rebate opportunities to encourage water use efficiency and turf removal. Contact information is provided for Joe Berg, Director of Water Use Efficiency.
Presentation by Lindsay Kovar, Senior Project Manager at BGE, Inc., and Bob Patton, board member at North Fort Bend Water Authority, at the 2018 Gulf Coast Water Conservation Symposium in Houston, Texas.
The document summarizes the Customer Connection Program implemented by the City of Pompano Beach, Florida to expand the use of reclaimed water (reuse) for irrigation. Key points include: (1) The City built a reuse treatment plant in 1989 to provide non-potable water for irrigation and has since expanded capacity, but in 2011 was only using about 30% of capacity. (2) A new program was implemented using public outreach, reduced costs, and contractor assistance to make connections easier in order to meet permit requirements and reduce drinking water usage. (3) The program aims to connect 770 homes to reuse by July 2013 to save over 90 million gallons of potable water annually, providing benefits to both customers and the City
This document summarizes a public information center for a study to reduce basement and surface flooding in Study Area 39 located in Etobicoke. The study will identify the preferred solution to improve the stormwater and sanitary systems and reduce flooding risks. Alternative solutions being considered include source controls on private property, conveyance controls in sewer systems, and end-of-pipe controls such as wet ponds, underground storage, and dry ponds. Residents experienced flooding in 144 properties during a 2013 storm. The study area, causes of flooding, and Class EA process are described.
The City of Toronto is considering implementing a stormwater charge to provide dedicated funding for stormwater management. Under the proposed plan, the stormwater charge would be separated from water bills and properties would be placed into categories and tiers based on their size and average hard surface area. Revenue from the stormwater charge would go towards investing in projects like new stormwater infrastructure and flooding reduction. The proposal aims to make costs more fair and transparent by basing fees on a property's impact on the stormwater system rather than water usage. Most residential bills would change little on average under the new plan.
Tysons West Wastewater Conveyance Systems Modifications Project 05-22.pptxFairfax County
Future wastewater flows in northern Fairfax County exceed existing system capacity
Treatment capacity is available in Noman M. Cole Jr. Pollution Control Plant in Lorton, VA
New pipes and pumps are needed to move future flows to treatment plant
NEXT STEPS
Field investigations / surveys
Finalize alignments and pump station layout
Use of open cut excavation
Use of trenchless methods
Easement acquisition needed
Develop traffic control plans
Tucson's water conservation program has helped reduce per capita water use by 31% since 1989 through various initiatives like rebates, education, and ordinances. Without conservation, Tucson would need 40 million gallons more water per day, requiring over $350 million in additional infrastructure costs. Conservation has also lowered customer water bills by an estimated 11.7% compared to non-conserving usage levels. Tucson is now exploring the benefits of rainwater harvesting through various incentive programs and studies to understand its impacts on water usage, costs avoided, and community values.
The Pros & Cons of Water Meter Automationsecoshare
This document summarizes topics from a water system workshop presented by ABT Water Management, Inc. It discusses definitions of public and community water systems, responsibilities of water suppliers under the Safe Drinking Water Act, water quality testing requirements, water treatment options and costs, infrastructure considerations like piping materials and valves, and strategies for increasing water revenue through activities like audits, leak detection, metering, and sewerage rebates from metered systems. The workshop covered regulatory compliance, technical operation, and financial management of small water systems.
The Black Creek Sanitary Drainage Area Servicing Improvements Environmental Assessment Study aims to address capacity issues in the Black Creek Sanitary Trunk Sewer system to service projected population growth, reduce surcharging during wet weather, reduce inflow/infiltration, and reduce combined sewer overflows. Potential solutions being considered include new relief trunk sewers, combined sewer overflow storage tanks, flow diversion, and maintenance hole adjustments. The study will evaluate alternatives and select a preferred solution to address the identified problems while minimizing impacts on the natural, social, and technical criteria.
The document summarizes a public information event for updating the Waterfront Sanitary Servicing Master Plan. It presents four alternative solutions to service growth along Toronto's waterfront to 2041 and evaluates them. Alternative 1 (Central 1 + Port Lands) has the highest overall score as it has a high technical score and the lowest capital, operation, and lifecycle costs. Alternative 4 (Interceptor Tunnel) has the highest technical score but also the highest costs.
This document summarizes an environmental impact assessment case study of a fertilizer plant project in Saskatchewan, Canada. It describes the project details, including location, utilities, waste disposal, and rationale. It then assesses some limitations of the case study, noting that impacted study area boundaries were unclear, alternatives to the proposed project and chemical fertilizer use were not properly evaluated, and cumulative impacts and sustainability were not addressed. The document concludes that the environmental impact statement had a narrow project focus and did not fully consider policy alternatives or long-term sustainability.
Presentation at the 2011 USGBC Illinois Chapter Credential Maintenance Day by Rob Young and Scott Bowman. Using the LEED Platinum Wellmark BCBS Headquarters in Des Moines, Iowa as a case study, the presenters provide factors related to rainwater capture systems, how LEED credits relate, demonstrate the system from design through start-up, and discusses pros and cons of rainwater capture and flushing systems.
This document provides information about a public information center regarding an investigation into basement flooding and stormwater runoff quality control in Study Area 38. The meeting introduces the project background, study area, potential causes of flooding, possible solutions that will be evaluated, and next steps. Attendees can view displays, ask questions, and provide comment sheets. Potential solutions that will be evaluated include source controls on private property, conveyance controls like road retrofits and local bioretention, and end-of-pipe controls such as wetlands, dry ponds, and underground storage tanks. Criteria for evaluating solutions include environmental, technical, social, and economic factors. The project team will consider public comments received by June 1st and
The document discusses a public information centre being held to introduce a study examining basement flooding and surface flooding in Study Area 40. The meeting will present information on the causes of flooding, possible solutions, and next steps in the study process. Attendees are encouraged to provide input. The study aims to identify solutions to reduce flooding risks and improve stormwater quality in the area.
This presentation was given at the Catchment Management Network meeting on February 24th 2017. The Catchment Management Network consists of the EPA, all of Ireland's Local Authorities, and other public bodies involved in looking after Ireland's catchments, sub-catchments and water bodies. For more information about this work see www.catchments.ie
Water Supply Design of Housing Society Using EPANETSardarKamran2
This document summarizes the design of a water distribution system for a housing society using EPANET. The system will supply water to 417 houses, a mosque, and a school over the next 20 years. EPANET software will be used to model the pipe network and optimize the design. Based on population growth projections, the required storage capacity and pipe sizes will be determined to ensure adequate water pressure and flow. The final design is expected to provide a reliable and cost-effective water supply for the housing society.
The document discusses various aspects of water auditing such as:
1) It outlines the essential water requirements per person per day and major sources of fresh and salt water on Earth.
2) It describes the functions of pollution control boards in regulating water quality, treatment, and prevention of pollution.
3) It discusses key issues auditors examine like funding for programs, monitoring of water quality, pollution prevention, access to drinking water, and legislative compliance.
Big Valley Rancheria - Adoption of Demand Side Management for Water Conservat...JOHN W. GICHUKI (PhD)
This document discusses Big Valley Rancheria's adoption of demand side management strategies for water conservation. It outlines the Rancheria's implementation of an increasing block rate structure to encourage conservation and retrofitting of homes with ultra high efficiency toilets. Through these efforts, the Rancheria reported over 500,000 gallons of water conserved and nearly $24,000 in operating cost savings in one year. The document provides details on the tribe's water system and partnerships that supported their water efficiency programs.
Stormwater Program Update to McLean Citizens AssociationFairfax County
The document summarizes stormwater management activities and projects in Fairfax County. It discusses regulatory drivers for stormwater management including permits and TMDLs. It provides data on inspections and maintenance of stormwater infrastructure. Examples are given of completed stream restoration, outfall improvement, and low impact development projects. Budget information is presented showing funding sources for operations and capital costs.
The document presents a Reuse Master Plan for the City of Killeen. It outlines a strategic planning process that included evaluating customer demand projections, developing a capital improvement plan for reuse infrastructure, and conducting a financial evaluation. The plan concludes that fully implementing the reuse system would require $1.5-3.5 million in annual subsidies from water/sewer funds and would not be financially self-sustaining for over 35 years. It is recommended that the city not pursue additional reuse customers at this time but reevaluate in the future.
Chapter4 smart drinking water AUST 2015Isam Shahrour
This chapter presents the drinking water system and its main challenges. Then it presents the concept of the Smart Water System (smart sensors, data collection, data analysis,..). Finally, the smart water system is presented through the project SunRise (Large scale demonstrator of the Smart City”
Similar to Franklin, MA: DPW - Sewer and Solid Waste/Recycling Update (20)
The document proposes updates to Massachusetts' stretch energy code to help achieve the state's climate goals. It recommends (1) tightening the residential stretch code to require Home Energy Rating System scores of 42 for gas heating or 45 for electric heating, (2) introducing a specialized opt-in stretch code defining "net-zero" buildings and requiring solar panels and electric readiness for gas buildings, and (3) updating the commercial stretch code with more stringent efficiency standards tailored to different building types to lower emissions cost-effectively. Public comments are sought on the straw proposal.
Critical Conversations: Mental Health & Substance Use - 11/18/21Franklin Matters
The Franklin Public Schools Substance Abuse Task Force teamed up with the SAFE Coalition to host the Critical Conversations Panel. This event was held online and in person at Franklin High School on November 18th, 2021. The panel featured 7 speakers with various perspectives representing education, health care, law enforcement, parent/guardians, and people with lived experience. The conversation focused on identifying and addressing mental health and substance use among families and within our community.
The Town Administration and Board of Assessors prepared the following to present the FY 2022 tax rate info for the public hearing at the Town Council meeting on Wednesday, Dec 1, 2021.
My version shares the information with some chart views that I think help tell the story better (my 2 cents)
Town of Franklin: Human Resources Update - 10/13/21Franklin Matters
Town of Franklin (MA) - Human Resources presentation to the Finance Committee on Oct 13, 2021. HR Director Karen Bratt presents the updates and answers questions along with Town Administrator Jamie Hellen.
Franklin (MA) Housing Production Plan Presentation - 20210714Franklin Matters
The document summarizes Franklin's draft 2021 Housing Production Plan (HPP), which is an update to the town's 2011 HPP. The draft HPP contains a comprehensive housing needs assessment that finds increasing housing prices, an aging population, and a shortage of affordable housing units. It sets goals to maintain over 10% affordable housing and increase units for low-income and special needs residents. The draft identifies strategies like zoning changes and incentives to produce more affordable housing. Public feedback is being incorporated before final adoption and DHCD approval to help guide the town's housing development.
Davis Thayer Presentation - School Committee Meeting 06/08/21Franklin Matters
The presentation deck used to show the highlights of the Davis Thayer Elementary school for the 2020-2021 school year. The school building closes at the end of this school year and students in September will join the Keller Elementary School.
Municipal Affordable Housing Trust - presentation - 06/02/21Franklin Matters
The document summarizes Franklin's draft Housing Production Plan (HPP), which is an update to the town's 2011 HPP. The draft HPP includes a housing needs assessment, goals to increase affordable housing units above 10% as required by law, and implementation strategies. It finds Franklin's housing costs and ownership rates are high while supply is low. Goals aim to maintain and increase affordable units for low-income residents, seniors, disabled, and employers' workforce. Strategies could include zoning changes, density bonuses, and funding programs. Public comments are accepted through June 25th.
The updated school budget pages to be reviewed at the Franklin (MA) School Committee meeting Tuesday, Apr 13,2021. These pages reflect changes to the FY 2022 budget preview shared 2 weeks ago and are due to be voted on at the meeting.
Franklin Downtown Partnership planning Ladybug TrailFranklin Matters
The Franklin Downtown Partnership is developing the Ladybug Cultural & Historical Trail to highlight Franklin's unique downtown sites. The trail will feature 25 sites tied together with ladybug sculptures, each having an informational sign. It began as a public art project in 2014 and the partnership took over coordinating outdoor sites in 2018. Their goal is to encourage foot traffic downtown and remind residents of Franklin's history, like how it became the state bug. They have partnered with local groups and have 12 business and 13 cultural and historical sites planned. Installations will continue through 2022 with an unveiling planned for Spring 2022.
The presentation doc used for the Franklin, MA School Committee meeting on Feb 9, 2021 to provide insights on the proposed pool testing pilot for COVID-19
This document summarizes Massachusetts' COVID-19 vaccine timeline and distribution plan. It outlines that 300,000 vaccine doses will be available in phase one in December through February for priority groups like healthcare workers, long term care residents and staff, first responders, and those with two or more comorbidities. Phase two from March through April will include 1.9 million additional doses for groups like educators, grocery workers, those 65 and older, and those with one comorbidity. By phase three, the vaccine will be available to the general public. It emphasizes that the vaccine will only be distributed once the FDA confirms it is safe, and that the state will promote equitable access, with 20% of doses going to hard-hit communities
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
The Antyodaya Saral Haryana Portal is a pioneering initiative by the Government of Haryana aimed at providing citizens with seamless access to a wide range of government services
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
Bharat Mata - History of Indian culture.pdfBharat Mata
Bharat Mata Channel is an initiative towards keeping the culture of this country alive. Our effort is to spread the knowledge of Indian history, culture, religion and Vedas to the masses.
Contributi dei parlamentari del PD - Contributi L. 3/2019Partito democratico
DI SEGUITO SONO PUBBLICATI, AI SENSI DELL'ART. 11 DELLA LEGGE N. 3/2019, GLI IMPORTI RICEVUTI DALL'ENTRATA IN VIGORE DELLA SUDDETTA NORMA (31/01/2019) E FINO AL MESE SOLARE ANTECEDENTE QUELLO DELLA PUBBLICAZIONE SUL PRESENTE SITO
AHMR is an interdisciplinary peer-reviewed online journal created to encourage and facilitate the study of all aspects (socio-economic, political, legislative and developmental) of Human Mobility in Africa. Through the publication of original research, policy discussions and evidence research papers AHMR provides a comprehensive forum devoted exclusively to the analysis of contemporaneous trends, migration patterns and some of the most important migration-related issues.
Indira awas yojana housing scheme renamed as PMAYnarinav14
Indira Awas Yojana (IAY) played a significant role in addressing rural housing needs in India. It emerged as a comprehensive program for affordable housing solutions in rural areas, predating the government’s broader focus on mass housing initiatives.
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
UN WOD 2024 will take us on a journey of discovery through the ocean's vastness, tapping into the wisdom and expertise of global policy-makers, scientists, managers, thought leaders, and artists to awaken new depths of understanding, compassion, collaboration and commitment for the ocean and all it sustains. The program will expand our perspectives and appreciation for our blue planet, build new foundations for our relationship to the ocean, and ignite a wave of action toward necessary change.
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
Franklin, MA: DPW - Sewer and Solid Waste/Recycling Update
1. PUBLIC WORKS UPDATE
SEWER AND SOLID WASTE AND
RECYCLING UPDATE
Robert Cantoreggi, Director
Chris White, Solid Waste Coordinator
Scott Haynes, Arcadas Engineering
2. FRANKLIN, AT A GLANCE
• Suburban, Bedroom Community
• Population: 33,400+
• 290 “lane-miles” of roadways
• Total Land: 27 Square Miles
• 4 Square Miles of Impervious
• Drinking water supply from groundwater
• 160 miles of water works
• 148 miles of sewer works
• 128+ Miles of Drain Pipe
• 7,000+ Catch Basins
• 600+ Outfalls
• 200+ Treatment Basins
5. SEWER: REGULATOR ISSUES
• High I & I Rates
• Replacement of Beaver Street Interceptor
• Cost = $15 – 20 million
• Increase Cost Of Treatment Plant Operations Due To
High Flow
6. SEWER I & I
• Inflow and Infiltration Occurs When Stormwater and
Groundwater Enters the Sanitary Sewer System
• Reduces the Unnecessary Treatment of
Groundwater
8. IMPLEMENTATION
Lining and Sealing Program
• Lined 32+ Miles of Pipe
• Sealed 2100+ Manholes
• 60+ Inflow Sources Identified and
Removed
• Improved SCADA System
for Effective Management
• Monitoring & Maintaining the
Beaver Street Interceptor
9. RESULTS
• Decreased Daily Flow
• Decreased Infiltration Rate
• Increased Sewer Cost
• Beaver Street Interceptor Still In Use With Capacity
12. CHARLES RIVER POLLUTION CONTROL
DISTRICT (CRPCD)
• Franklin “Share” of plant: 64%
• FY 2018 Annual operating
assessment costs: $2.14 Million
• FY 2018 Capital Assessment for
repairs and improvements
required by
EPA: $1.54 Million
14. FUTURE PROJECTS
Collection System Master Plan, Phase 2
• Accurately mapping the sewer system and creating a model to
assess future flows and potential capacity issues
Continued Infiltration/Inflow Analysis, Sewer System
Evaluations and Rehabilitation Construction
• State mandated “I/I Analysis” report to DEP
• Town-wide flow metering
Pump Station Evaluations and Upgrades
15. BEAVER STREET INTERCEPTOR
• Location: Beaver St to
Pond St
• Carries 70% of Town’s
Sewer
• On Average, 1.8 Million
Gals Per Day Travel
Through Pipeline
19. BEAVER STREET INTERCEPTOR
Beaver Street Interceptor
• Pipeline and manhole inspections
• Condition assessment, rehabilitation recommendations
• Interceptor renewal/replacement study
Renewal/Replacement Alternatives Analysis
• Cured-in-place line and other in-situ repairs
• Reconstruct along current alignment
• Wooded easement, parallel to commuter rail tracks
• Reconstruct in different location
• Would likely requiring pump station(s)
Estimatedfor Replacement $15-20 Million!!!
25. CONTAMINATION
It starts at the
cart,
dumps in the truck,
shuts down the
plant.
Goes to the facility,
Actual Franklin
recycling truck
material
Resulting in rejected
loads
Increased costs !!!
China set to ban
import of many
recyclable
materials by 2018
26. • Plastic Bags, wrap or film
• Styrofoam
• Trash or Garbage
• Hazardous Waste and mercury items
• Yard waste
• Anything not listed as acceptable
materials list in the annual mailer and
website
CONTAMINATION EXAMPLES
27. China is banning the import of 24 varieties of solid
waste, including types of plastic and unsorted paper
Yard waste
• Trash contamination cannot exceed 0.5%
• Current industry 14%
• Franklin for 2016 8%
What is the China Recycling Import
Ban?
28. • Current Recycling Rate – 33% with 3,700 tons
• Many more items accepted at Recycling Center
• Recycling index adjusted to 8% from 10% - progress
• Currently paying $18/ton
• Range from $5 to $40 per ton
The“$5 clean rate” would save $4 per customer!!!
But
The “$40 dirty rate”,would cost $10 more per customer!!!
CONTAMINATION = COST
29. • Random audits
• There are material bays
at the facility
• Franklin’s recycling is
accumulated for a
week
• The total material is be
weighed first, then run
through the plant by
itself and the trash is be
weighed
• Formula is based on %
of trash left
HOW WE ARE MEASURED
IN
TRASH
RECYCLING
OROUT
30. Working with Mass DEP, Franklin has been
awarded major strategic grants!!!
1. Waste Reduction Enforcement Coordinator
• Up to $24k for dedicated person
• Work to inform, educate and enforce
2. Recycling Dividends
• Accrued through Recycling successes
• $25k to use for increased Recycling initiatives
including outreach
3. Recycling Center Compactor
• Additional compactor for clean single stream
recycling
STRATEGY