This document provides an overview of a proposed integrated waste management strategy being offered by WeCare Organics, LLC to the City of Taunton, Massachusetts. The proposal includes processing biosolids from the city's wastewater treatment plant using proven gasification technology located at the plant. It also involves developing an "ECOPARK" facility to handle municipal solid waste, recyclables, and organics from residents using transfer, processing, and drop-off areas. The strategy is aimed at managing waste streams in a sustainable way while providing local benefits and experience to ensure project success.
presentatie geselecteerd paper ’Planning 0-energy cities, using local energy sources';
paper gepubliceerd in boek dat samengesteld is n.a.v. conferentie: 'Towards 0-Impact Buildings and Built Environments; eds: R.Rovers, J.Kimman, C.Ravesloot; Techne Press, Amsterdam, 2010'
Waste Management & Recycling Services Report on Service Marketing [Elegant (II)]Md. Abdur Rakib
Report On Waste Management & Recycling Solution Services
(Based on the Study of Service Marketing)
It includes Waste Hauling & Management of Logistics,Recycling, reuse,Recover Energy-From-Waste,Renewable Energy Products,The Gap Model,Consumer Behavior in Waste Management & Recycling Solution Services,Customer Expectation of Services,Customer Perception of Services,Building Customer Relationship with the Company,Service Development and Design...
A Turbocharger for Digestion: Thermal Hydrolysis at Davyhulme, UKBlack & Veatch
Thermal Hydrolysis Process, or THP, offers an efficiency-boosting, sustainability-enhancing solution to utilities’ biosolids challenges. With THP of increasing interest to utilities across the U.S., this Black & Veatch presentation introduces THP and discusses its drivers, design considerations and integration challenges. Presented by Greg Knight, Black & Veatch’s U.S. THP Practice Leader, and Rick Lancaster, Regional Services Manager for United Utilities in the UK, the presentation uses the award-winning Davyhulme project as a case study. The material shows how THP can:
• Generate savings by improving biosolids quality while reducing its quantity
• Get more throughput to maximize use of existing assets
• Reduce carbon footprint while increasing renewable power generation
Community Forestry International (2011) Umiam Sub-Watershed REDD+ Project, Me...theREDDdesk
Presentation from the South Asian Media Briefing Workshop on Climate Change, November 2011.
http://www.cseindia.org/content/cses-south-asian-media-briefing-workshop-climate-change-2011
presentatie geselecteerd paper ’Planning 0-energy cities, using local energy sources';
paper gepubliceerd in boek dat samengesteld is n.a.v. conferentie: 'Towards 0-Impact Buildings and Built Environments; eds: R.Rovers, J.Kimman, C.Ravesloot; Techne Press, Amsterdam, 2010'
Waste Management & Recycling Services Report on Service Marketing [Elegant (II)]Md. Abdur Rakib
Report On Waste Management & Recycling Solution Services
(Based on the Study of Service Marketing)
It includes Waste Hauling & Management of Logistics,Recycling, reuse,Recover Energy-From-Waste,Renewable Energy Products,The Gap Model,Consumer Behavior in Waste Management & Recycling Solution Services,Customer Expectation of Services,Customer Perception of Services,Building Customer Relationship with the Company,Service Development and Design...
A Turbocharger for Digestion: Thermal Hydrolysis at Davyhulme, UKBlack & Veatch
Thermal Hydrolysis Process, or THP, offers an efficiency-boosting, sustainability-enhancing solution to utilities’ biosolids challenges. With THP of increasing interest to utilities across the U.S., this Black & Veatch presentation introduces THP and discusses its drivers, design considerations and integration challenges. Presented by Greg Knight, Black & Veatch’s U.S. THP Practice Leader, and Rick Lancaster, Regional Services Manager for United Utilities in the UK, the presentation uses the award-winning Davyhulme project as a case study. The material shows how THP can:
• Generate savings by improving biosolids quality while reducing its quantity
• Get more throughput to maximize use of existing assets
• Reduce carbon footprint while increasing renewable power generation
Community Forestry International (2011) Umiam Sub-Watershed REDD+ Project, Me...theREDDdesk
Presentation from the South Asian Media Briefing Workshop on Climate Change, November 2011.
http://www.cseindia.org/content/cses-south-asian-media-briefing-workshop-climate-change-2011
SECTION II: CLIMATE CHANGE AND WASTE MANAGEMENT
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Alto Mayo Protected Forest REDD Initiative, PeruCIFOR-ICRAF
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Fabiano Godoy gave this presentation on 8 March 2012 at a workshop organised by CIFOR, ‘Measurement, Reporting and Verification in Latin American REDD+ Projects’, held in Petropolis, Brazil. Credible baseline setting and accurate and transparent Measurement, Reporting and Verification (MRV) of results are key conditions for successful REDD+ projects. The workshop aimed to explore important advances, challenges, pitfalls, and innovations in REDD+ methods — thereby moving towards overcoming barriers to meeting MRV requirements at REDD+ project sites in two of the Amazon’s most important REDD+ candidate countries, Peru and Brazil. For further information about the workshop, please contact Shijo Joseph via s.joseph (at) cgiar.org
Waste minimization or waste reduction at source is increasingly being realized as a component for enhancing competitiveness. Many industrial firms make a special effort to minimize generation of waste so as not only to reduce their waste treatment and disposal costs but also improve their resource efficiency. However, small and medium sized industry experience difficulties in systematically integrating waste minimization actions into their overall management practices– largely as consequence of their time, expertise and money constraints.
The current waste management cost can be reduced by designing the waste management systems, scientifically with focus on 3R .The volume of ‘residual waste’ after recovery / recycle of materials can be drastically reduced thus cutting down treatment and disposal costs. In studies conducted by UNEP it has been demonstrated that by adopting the Integrated Solid Waste Management approach the residual waste requiring disposal can be easily brought down to just 30-40%. In case the residual waste is sent to landfill, this would also mean that the life of existing landfills will be appreciably increased. Earnings from recovered materials and resources can further ease the budget requirements for waste management.
Recovering energy from waste can become an excellent source of renewable energy. Conversion of organic waste into useful materials (e.g. compost) and/or energy can apart from affecting a significant reduction in waste quantity can provide cheap and renewable energy. Other waste components which are not easily amenable to recycling (such as dirty plastic and paper) can also be converted into fuel, of course with due care for combustion related emissions.
The private sector is getting increasingly involved in waste management so it is not just a service to be provided by the government. In many cities the entire range of waste management services – collection, transportation, treatment and disposal are now provided by private sector. There is a huge potential for engaging private sector not only in recycling industry but also in establishing industry based on recycled material as input materials. This can have a snowballing effect in terms of directing private finances, job creation and industrial promotion. The beneficial environmental aspects in terms of reduced extraction of non-renewable resources are obvious.
Empowerment of the poor and employment generation are the major demands in developing countries. Waste management with focus on segregation and recycling can serve the twin objective of creating employment opportunities for the poor and thus enabling them to improve their life styles. It can be treated as a business opportunity with a good potential for job creation.
SECTION II: CLIMATE CHANGE AND WASTE MANAGEMENT
“Some energetic and environmental aspects regarding the recycling of bio-waste" by Mr. Joan Mata, Professor of Chemical Engineering at the University of Barcelona
Sustainability and climate protection, the role of bio fuels and biorefinerie...BioMotion Tour
Presentation by Johan Sanders, Professor Valorisation of Plant Production Chains, Wageningen University and Research center.
BioMotion Tour congress at Agritechnica, Hannover - 13 november 2009
EcoCatalysts is bringing about a fundamental transformation in the advanced treatment of our water resources and bio-remediation. We are providing a superior, completely non-toxic alternative to the harsh and caustic chemicals which are now used throughout the world by municipalities and industry. A bio-organic catalyst is a broad spectrum, catalytic composition that significantly enhances the biological conversion abilities that occur naturally in nature.
Alto Mayo Protected Forest REDD Initiative, PeruCIFOR-ICRAF
To measure the success of REDD (Reducing Emissions from Deforestation and forest Degradation), it is crucial to first set baseline emissions from which the reduction can be measured in each project or region. In this presentation, Fabiano Godoy from Conservation International shared experiences with applying the VCS VM0015 model in the Alto Mayo protected forest of Peru in order to set baseline emissions.
Fabiano Godoy gave this presentation on 8 March 2012 at a workshop organised by CIFOR, ‘Measurement, Reporting and Verification in Latin American REDD+ Projects’, held in Petropolis, Brazil. Credible baseline setting and accurate and transparent Measurement, Reporting and Verification (MRV) of results are key conditions for successful REDD+ projects. The workshop aimed to explore important advances, challenges, pitfalls, and innovations in REDD+ methods — thereby moving towards overcoming barriers to meeting MRV requirements at REDD+ project sites in two of the Amazon’s most important REDD+ candidate countries, Peru and Brazil. For further information about the workshop, please contact Shijo Joseph via s.joseph (at) cgiar.org
Waste minimization or waste reduction at source is increasingly being realized as a component for enhancing competitiveness. Many industrial firms make a special effort to minimize generation of waste so as not only to reduce their waste treatment and disposal costs but also improve their resource efficiency. However, small and medium sized industry experience difficulties in systematically integrating waste minimization actions into their overall management practices– largely as consequence of their time, expertise and money constraints.
The current waste management cost can be reduced by designing the waste management systems, scientifically with focus on 3R .The volume of ‘residual waste’ after recovery / recycle of materials can be drastically reduced thus cutting down treatment and disposal costs. In studies conducted by UNEP it has been demonstrated that by adopting the Integrated Solid Waste Management approach the residual waste requiring disposal can be easily brought down to just 30-40%. In case the residual waste is sent to landfill, this would also mean that the life of existing landfills will be appreciably increased. Earnings from recovered materials and resources can further ease the budget requirements for waste management.
Recovering energy from waste can become an excellent source of renewable energy. Conversion of organic waste into useful materials (e.g. compost) and/or energy can apart from affecting a significant reduction in waste quantity can provide cheap and renewable energy. Other waste components which are not easily amenable to recycling (such as dirty plastic and paper) can also be converted into fuel, of course with due care for combustion related emissions.
The private sector is getting increasingly involved in waste management so it is not just a service to be provided by the government. In many cities the entire range of waste management services – collection, transportation, treatment and disposal are now provided by private sector. There is a huge potential for engaging private sector not only in recycling industry but also in establishing industry based on recycled material as input materials. This can have a snowballing effect in terms of directing private finances, job creation and industrial promotion. The beneficial environmental aspects in terms of reduced extraction of non-renewable resources are obvious.
Empowerment of the poor and employment generation are the major demands in developing countries. Waste management with focus on segregation and recycling can serve the twin objective of creating employment opportunities for the poor and thus enabling them to improve their life styles. It can be treated as a business opportunity with a good potential for job creation.
A presentation to explain the challenges of municipal solid waste management in Gurgaon (India) - aimed at high school students. Promotes moving towards a circular economy and an integrated approach to waste management. Promotes adoption of MSW Rules and offers suggestions for action - at a citizens level.
(www.indiamart.com/felixindustries) Established as a Sole Proprietorship firm in the year 2010, we “Felix Industries Limited” are a leading Manufacturer of a wide range of Water Pipe And System, Water Ionizer Machine, etc.
Broad Considerations for Sustainable Engineering - Richard Wysk, North Caroli...marcus evans Network
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TSDF has played a vital role in hazardous waste management (HWM) includes transporting hazardous waste from a generator's site to disposal facility for recycling, treat, store, or dispose of the waste. The waste which cannot be used for any purpose, the safe and environmentally sound disposal has been adopted depending upon the nature of hazardous waste. TSDF follows the generator and transporter in the chain of waste management activities. These include general facility standards as well as unit-specific design and operating criteria. The general facility standards consist of good housekeeping provisions for any facility that handles hazardous waste.
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Kyiv PMDay 2024 Summer
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FB – https://www.facebook.com/pmdayconference
Tata Group Dials Taiwan for Its Chipmaking Ambition in Gujarat’s DholeraAvirahi City Dholera
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https://www.oeconsulting.com.sg/training-presentations]
Sustainability has become an increasingly critical topic as the world recognizes the need to protect our planet and its resources for future generations. Sustainability means meeting our current needs without compromising the ability of future generations to meet theirs. It involves long-term planning and consideration of the consequences of our actions. The goal is to create strategies that ensure the long-term viability of People, Planet, and Profit.
Leading companies such as Nike, Toyota, and Siemens are prioritizing sustainable innovation in their business models, setting an example for others to follow. In this Sustainability training presentation, you will learn key concepts, principles, and practices of sustainability applicable across industries. This training aims to create awareness and educate employees, senior executives, consultants, and other key stakeholders, including investors, policymakers, and supply chain partners, on the importance and implementation of sustainability.
LEARNING OBJECTIVES
1. Develop a comprehensive understanding of the fundamental principles and concepts that form the foundation of sustainability within corporate environments.
2. Explore the sustainability implementation model, focusing on effective measures and reporting strategies to track and communicate sustainability efforts.
3. Identify and define best practices and critical success factors essential for achieving sustainability goals within organizations.
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1. A Vision for an Integrated Waste
Management Strategy
Public Information Meeting
City of Taunton, Massachusetts
February 27, 2012
1
2. Overview
Who we are
Experience (development & operations)
What we are offering
Project elements
Advantages & local benefits
Summary
2
3. Team Introductions
Michael Nicholson, Sr. Vice President, WeCare Organics, LLC
Role: Project Development, WeCare Technology Group
Jeffrey J. LeBlanc, President, WeCare Organics, LLC
Role: Project Development, Senior Management
Wes Gregory, Chief Executive Officer, WeCare Organics, LLC
Role: Project Development, Senior Management
Jeffrey H. Heath, P.E., Principal Manager, GHD
Role: Engineering Manager
3
4. WeCare Organics Overview
WeCare Organics, LLC is a privately owned
company
Offering organics & municipal solid
waste (MSW) management options
Strong presence in Massachusetts
and the Northeast
Full-service provider –
development, waste collection,
processing, operations / logistics,
& product distribution
4
5. WeCare Regional Operations
Recently expanded into Michigan
and pursuing projects throughout North America
5
6. WeCare Organics, LLC
5,000 tons/day of solid waste under contract
2,500 tons/day of biosolids under contract
15 operating facilities (2 organics processing facilities
in Massachusetts – Marlborough and Cape Cod)
4 operating transfer stations (2 transfer stations in
Massachusetts – Spencer & Yarmouth)
Treatment / processing of over
500,000 tons of organics per
year
Marketing and sales of over
500,000 cubic yards of recycled
products per year
6
7. GHD Organics Management
(Working with WeCare Since 1990)
1. Biosolids Management Program – Nashua, New Hampshire
2. Compost Facility Expansion Study – Amherst, New York
3. Design/Build of an MSW Co-Composting Facility – Delaware County, New York
4. Evaluation of SSO Processing Options and Owner’s Consultant for the DBO
Phase of the SSO Waste Treatment Facility – York Region, Ontario
5. Food Waste Composting Facility – Department of Sanitation, New York City
6. Renewable Bioenergy Initiative – Cornell University, New York
1 7. Sustainable Bioenergy Facility – Sheland Farms, New York
2 3 4
5 6 7
7
8. Experience– How to Build a
Successful Project
Site must be suitable for intended use
Secure and hold waste contracts = reliable revenue
Utilize proven technologies – simple & effective
Community involvement – be a good neighbor
Local knowledge and strong
relationships
Economic viability = sustainable
operation
8
9. What We Are Offering
An integrated waste management strategy to process
and manage the following waste streams:
1. Biosolids from the Taunton WWTP
2. Mixed municipal solid waste, including an option for
residential collection
3. Single-stream recyclables collection and processing
4. Organics (food waste and yard waste) disposal and
processing for beneficial reuse (processing at an
existing facility)
9
10. Project Elements
Biosolids processing at the City’s wastewater
treatment plant
“ECOPARK” at City-owned property adjacent to the
Myles Standish Industrial Park
– Municipal Solid Waste
Transfer Station
– Materials Recovery
Facility (MRF)
– Residential Drop-off
Facility for organics
and recyclables
10
11. Biosolids Processing
Thermal Reduction by Gasification
Proven technology –
Sanford, Florida
Located at WWTP
Capacity for merchant
waste
Materials Feed and Gasifier
Modular system
Process is energy neutral
Heat generated used in
drying biosolids; energy is
recovered
5 – 8 employees
Thermal Oxidizer and Heat Exchanger
11
12. MaxWest Environmental Systems
Building Size –
150’x 120’ = 18,000 sq. ft.
Building Height –
Less than 47 ft.
Pre-engineered Building
Construction
State & Local Building
Codes Apply
12
13. Key Process & Operational Controls
Odor Control Methods
– Fully enclosed facilities
– Integration with existing WWTP facilities
– Use of thermal oxidizer for emissions control
– Performance-based standards and regulatory compliance
– Water-tight and sealed containers for transport
Management of By-product Ash
– Recyclable product
– Utilized in other WeCare operations
– Odor profile of wood ash
Truck Traffic – no net increase of traffic for transport
of biosolids
13
14. Traffic Control Strategy
Existing Conditions Proposed Facility
Volume of Biosolids 12,000 TPY 36,000 TPY
Outbound Trucks:
f.Biosolids 4 Trucks/Day* 0 Trucks/Day
g.Ash By-Product 0 Trucks/Day 1-2 Trucks/Week
Inbound Trucks: 0 Trucks/Day 4 Trucks/Day**
Net Change = 1–2 Trucks of Ash per Week
* City currently uses 12-ton containers to haul biosolids
** WeCare will use larger containers – average of 22 tons per load
14
15. ECOPARK Facility:
MSW Transfer and Recycling Facility
Process Flow Schematic
WeCare Organics Waste Transfer & Recycling Center
City of Taunton, MA
To Disposal
To Disposal Truck Loading
Area R.R. Spur
Rail (Optional)
MSW Processing To Market
Single Stream Haul
& Transfer:
(Mixed) Recyclables Baling & Odor Baler &
Containment Containers
Recyclable Recovery
Commercial Mixed & Residual Waste Exchange
M
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a
a
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Solid Waste (MSW)
Scale House
Check-In
Materials
Residential Mixed Recovery
Solid Waste (MSW) Food Facility
Waste (Recyclables)
Residential &
Convenience Yard
Center Waste
Residential Source
Separated Organics
& Yard Waste
(City Residents Only) Residential
Recyclables
MSW
To WeCare’s
Existing Facility
Recyclables Commercial MSW Residential MSW Organics & Yard
15
16. Sample Site Plan (For Illustration Only)
Transfer Station Scale
Drop-off Area House
HHW Recycling Facility
Organics Drop-off Area
16
17. Municipal Solid Waste Transfer Station
Regional transfer station
(up to 1000 TPD; average
750 TPD)
Rail and truck transfers
Waste baling system
Always have truck backup
5 – 8 employees
17
18. Materials Management and Storage
Truck Transport in Addition to
Rail Transport
Materials Management & Storage
(Odor Control)
18
19. Materials Recovery Facility (MRF)
Process single-stream
recyclables – 100 to 300 TPD
Utilize same site on City-owned
property
Haul recyclables by truck or rail
One-stop processing
Maximize recycling initiatives
Flexibility – adapt, change,
grow with sustainable
environmental solution
8 – 15 employees
19
20. Residential Drop-Off Center
Mixed waste & recyclables All organics processed off-
site (at an existing facility)
Food waste & yard waste
MassDEP currently
3 – 5 employees considering organics ban
from landfills
“Adapting to Changing Waste Streams and Market Conditions”
20
21. Key Process and Operational Controls
at the ECOPARK
Odor Containment
– Enclosed facilities
– Baling of solid waste (no uncovered waste storage)
– Aspiration of odorous air & treatment through a biofilter
– No waste on floor of Transfer Station at end of day
Traffic Controls (similar vehicle volume as existing landfill)
– Scale house and check-in
– Separation of residential drop-off from commercial activity
– Allowance for truck queuing on-site
– Major transportation routes directly accessible
Environmental Protection
– Use of natural features for stormwater controls – green infrastructure
– Unloading inside buildings (dust and litter control)
– Liquid containment and storage for off-site treatment
21
22. Optional City Collection Services
Residential collection Implementation of single
stream recycling:
Pubic / private partnership
with collection practices Number of employees
and curbside “totes” variable depending on
Economy through route coverage (est. 10)
efficiencies with
processing facilities
32 gal 64 gal 96 gal
(Curbside Totes)
22
23. Critical Success Factors
Receipt of site assignment
Prevent “rate shock”
following closure of the
City Landfill
Regulatory compliance
Must be adaptable to
changing waste streams
Develop community
acceptance
Create revenue potential
for the City - Partnership
23
24. Advantages
Local jobs (30 – 50)
Timing – operational within
three years
Flexibility
– adapt, change, grow with
sustainable environmental
solution
– Building capacity available
for increased recycling
– Organics processing
Host fees WeCare Mixed Waste Composting Facility
Marlborough, MA
Potentially diversified
revenue
24
25. Community Benefits - City of Taunton
Local employment
Flexibility of service
ECOPARK accessible to major transportation routes
Host fees
Public / private partnership (diversification, growth,
program development)
Sized appropriately for market opportunities
Economically sustainable (jobs, taxes, fees)
Payments to City of Taunton begin 2013
25
26. Community Engagement
Transparent process: site assignment, permitting, MEPA
City review and input on a regular basis
Public information and feedback
Continued development of recycling programs
Educational outreach and partnership
Proactive communication – project website
WeCare administrative offices in Taunton
Neighborhood Advisory Committee during operations
We will become a part of the community.
26
27. Financial Incentives to City of Taunton
Contractor Payments for City Project Development Cost – $500,000
(with first payment in January 2013)
Site Lease Payments – City-owned site – $220,000 per year
Host Community Payment ~ $930,000 per year
NAC Payment – $20,000 per year
Annual Operations Monitoring Cost – $115,000 per year
Revenue Sharing – 30% of gross profits from Materials Recovery
Facility
Curbside Collection Contract Savings – est. savings ~ $150,000 -
$200,000 per year
City Acceptable Waste Tip Fee Paid to WeCare:
– Solid Waste – $55 to $60 per ton, depending on annual volume
– Dewatered Sludge Cake – $60 per ton
Overall net financial gain to the City of Taunton
27
29. Summary
Integrated waste management solution
Maximizes recycling opportunities
Lowers biosolids disposal cost
Stabilizes long-term waste disposal cost
Minimizes risks to the City
Adaptable to changing waste streams
Waste is already secured
Between 30 and 50 local jobs
Prepared to proceed immediately
29
Editor's Notes
GHD is a full service environmental engineering company. Projects together since 1990 80 yr old company Presence in Mass for 15 yrs Offices in Hyannis and Boston