SENES Consultants Limited Waste to Energy Opportunities and Challenges Ganga River Basin Management Plan Stakeholders Meeting IIT Delhi 23 September 2011.

Slides:



Advertisements
Similar presentations
INSPECT HUMAN WASTE DISPOSAL SYSTEMS
Advertisements

Kim Erickson, President
1 Environmentally friendly technology for municipal solid waste gasification From Science to Business October 2006 Kyiv Georgiy Geletukha t./fax:
1Revision 5 BUSH POWER GROUP LLC The Woodlands, Texas Presentation to.
Taskforce Meeting March 4, Focus on food waste Also other organics such as leaves and yard waste and agricultural wastes Food waste about
Comparison of Transport and Reaction Phenomena in Waste-to-Energy (WTE) Power Plants Prof. Nickolas J. Themelis, Director, and Olivier L.R. Morin, Research.
Triple Effect of Reject to Power on Joburg’s Waste Vision
Residual Waste Treatment in Norfolk - Land Full? Gerry Mole - Head of Environment and Waste Joel Hull - Project Manager 10 January 2006.
High Level Sub-regional Consultation on Advancing Action on Short Lived Climate Pollutants (SLCP) in Southeast and Northeast Asia 19 August 2014, Bangkok,
1 Biomass To Energy Potential On St. Kitts & Nevis Mark Lambrides (OAS/DSD) K.H. De Cuba (OAS/DSD) M. Rivera-Ramirez (ESG) Initial Stakeholders Meeting.
BIOMASS ENERGY. OVERVIEW  Biomass is a renewable energy source that is derived from living or recently living organisms  Biomass includes biological.
Anuchit Jayapipat 3 July 2014 MSW Technology Anuchit Jayapipat 3 July 2014.
“Garbage to Gas” Team Bravo Mentor Eleftherios Avtzis David Garcia
Petr Stehlik Technical University of Brno, Czech Republic
ERT 319 Industrial Waste Treatment Semester /2013 Huzairy Hassan School of Bioprocess Engineering UniMAP.
Plasma gasification as a viable waste-to-energy treatment of MSW
Plasma Arc Gasification of Municipal Solid Waste
FOOD WASTE AS A COMMODITY Public-Private Alliance “You can tell how high a society is by how much of its garbage is recycled.” —Dhyani Ywahoo, Native American.
INTEGRATED PLANNING: THE LINKS BETWEEN URBAN WASTE MANAGEMENT, SANITATION AND ENERGY.
Plasma Gasification: A Significant Global Waste-to-Energy Opportunity
The most efficient Waste to Energy Technology Henry A. Melendez, Ph.D.
Climate Action Plan and Alternative Energy Overview UNC Energy Task Force March 17, 2010.
Striclty for educational purposes Final project in M.Sc. Course for teachers, in the framework of the Caesarea –Rothschild program of the Feinberg Grad.
Presented by Kiran Koshy Instructor : Dr.Ward Jewell
Özgül AYYILDIZ.  Thermal Processing of Solid Wastes  Combustion Systems  Pyrolysis  Gasification  Case Studies  Conclusion.
Proprietary work product, not for reproduction 1 BIOMASS GASIFIER 20 MW POWERPLANT Energy & Environmental Integrators Note! This system can be scaled from.
Waste Generation Stage Secondary Collection & Transportation
Solid Waste Management Lilian Giertz. Overview  What is solid waste?  How does this affect us?  Current management practices  Future management possibilities.
BIOFUELS Advantages and Disadvantages Brandie Freeman What is a
Chapter 6.5 Thermal treatment
Municipal Waste as a Viable Fuel
Making Waste Productive. Creating Energy from Waste.
The role of waste management and energy from waste in a circular economy- SITA UK’s proposed Severnside development Sept 2009 Stuart Hayward-Higham.
Objective To assess the energy balance, emission of global warming gasses, and quantify the recycled nutrients by anaerobic digestion of source separated.
Sustainable Alternatives In generating power for chemical plants.
ERT 417/4 WASTE TREATMENT IN BIOPROCESS INDUSTRY SEM 1 (2009/2010) ‘Management of Waste’ By; Mrs Hafiza Binti Shukor.
A Comparison of Estimated Costs of Waste Disposal Options Is there a Future for Waste-to-Energy? Jeffrey F. Clunie R. W. Beck, Inc. N O V E M B E R 2 0.
Solid Waste Management In Lahore LAHORE WASTE MANAGEMENT COMPANY
Pearse Buckley Sustainable Energy Ireland Energy from Waste.
Anaerobic Digestion – a demonstration programme under the Environmental Transformation Fund 3 rd and 4 th September 2008.
AWAST final meeting - Brussels december 2003 Aid in the management and European comparison of Municipal Solid WASte Treatment methods for a global.
Life Cycle Assessment of Waste Conversion Technologies April 15, 2004.
ERT 319 Industrial Waste Treatment Semester /2013 Huzairy Hassan School of Bioprocess Engineering UniMAP.
Solid Waste Ecological Issues Winter Mobro 4000 March 22, 1987 – 3,168 tons of garbage refused as landfill in Islip, NY Transferred onto the barge.
CO2 tool for electricity, heat and biogas Ella Lammers 10 june 2008.
1 Waste Conversion Technologies Life Cycle Assessment California Integrated Waste Management Board Board Meeting May 22, 2004 Keith Weitz, RTI International.
“Garbage to Gas” Team Bravo Eleftherios Avtzis David Garcia Bryan Isles Zack Labaschin Alena Nguyen Mentor Dan Rusinak Che Team Bravo.
Biomass Renewable Energy Source Michael Parsons. What is Biomass? Biomass Renewable Energy from Plants and Animals Biomass Renewable Energy from Plants.
Agenda 1.Quiz on Chapter 4 (5% added to Test 1) 2.Discuss anaerobic digestion and gasification 3.Watch video(s) on “Future of Bioenergy” 4.Example on gaseous.
Committed to environmental quality Emerging Technologies for MSW and Sludge Atlantic County, NJ.
Glenn Parrish Project Development Manager. Who is PHG Energy? Thompson Machinery’s outstanding 65-year history of providing equipment solutions to the.
BIOMASS ENERGY AND BIOGAS GENERATION Biomass is a renewable energy source that is derived from living or recently living organisms. Biomass includes.
THERMO REDUCTION THE NON-BURNING PROCESS WHICH CONVERTS MUNICIPAL SOLID WASTE (GARBAGE) INTO A VALUABLE RESOURCE.
Renewable Energy. How it is Used Biomass fuel refers to anything that can either burn or decompose. Bioenergy technologies use renewable organic resources.
REGULATORY FRAMEWORK AND KEY CHALLENGES (MUNICIPAL SOLID WASTE TO ENERGY PROJECT DEVELOPMENT) One Day Workshop on Waste to Energy Pune 19, May 2016 Surendra.
© Clearfleau Advances in Smaller Scale, On-site Anaerobic Digestion - For The Food Industry Dundee - 4 th August
1 Waste management Waste to energy June Waste management Avoiding waste production Reducing its hazards Selective collection, waste utilisation,
WASTE TO ENERGY THE GASIFICATION ROUTE. WHY GASIFICATION GREEN TECHNOLOGY COMPLIANT EMISSION & ZERO DISCHARGE LOWER CO2 LOWER SO X & NO X CDM COMPLIANT.
Pollutants via land media. Hazardous waste Hazardous waste is waste that is dangerous or potentially harmful to our health or the environment. Example.
Biomass Power Generation : Recent Trends in Technology and Future Possibilities Narasimhan Santhanam Energy Alternatives India,
Southern California Emerging Waste Technologies Forum July 27, 2006 Conversion Technology 101.
About Us Overview Off Grid Technologies is a premier engineering & consulting firm that specializes in renewable energy projects in commercial, industrial,
PLASMA GASIFICATION OF SOLID WASTE
Environmental Final year Project -Civil Engineering Department
Solid Waste ? The amount of solid waste generated in parallel with increasing population, urbanization and industrialization is increasing rapidly and.
Jeremiah Mushosho Environmental Action Groups Association Cell:
Unlocking Energy Efficient Material & Manufacturing Process
“17th Renewable Energy Summit” “Dr D K Khare, Director, MNRE”
Energy performance and Carbon emissions Assessment and Monitoring tool
Bioenergy : Biomasses for energy production by gasification By : Bambang Dwi Argo Head of Bioprocess Technology Study Programe Department of Agricultural.
Presentation transcript:

SENES Consultants Limited Waste to Energy Opportunities and Challenges Ganga River Basin Management Plan Stakeholders Meeting IIT Delhi 23 September 2011 Murali Ganapathy Waste Management and Climate Change Group

SENES Consultants Limited Agenda  Waste to Energy: Basics  Advantages  Technologies  PPP Opportunities  Challenges

SENES Consultants Limited Agenda  Waste to Energy: Basics  Advantages  Technologies  Opportunities  Challenges

SENES Consultants Limited Waste to Energy: Basics  WTE is one type of waste management technique  Most suitable for organic waste – solid and liquid containing high organics capable of decomposition  Solid waste can be:  MSW / garbage  Industrial waste  Processing waste  Waste is converted to energy: electricity, steam, gaseous fuels

SENES Consultants Limited Agenda  Waste to Energy: Basics  Advantages  Technologies  Opportunities  Challenges

SENES Consultants Limited Waste to Energy: Advantages  Volume and mass reduction: 60% to 90%  Land demand for land filling is reduced  Savings in overall waste transportation costs  Potential for pollution mitigation  Resource utilization: power, compost, organic fertilizer, gaseous fuels (syngas, H 2, biogas)  Carbon emission reduction

SENES Consultants Limited Agenda  Waste to Energy: Basics  Advantages  Technologies  Opportunities  Challenges

SENES Consultants Limited Waste to Energy: Technologies  Combustion  Incineration/Mass Burn  RDF combustion  Gasification/Pyrolysis  Fluidized bed gasification  Plasma gasification  Anaerobic digestion  Controlled biomethanation for organics  Landfill gas capture

SENES Consultants Limited Incineration

Incineration  Common commercial technology for waste management in developed countries.  Over 4 lakh TPD of waste is being incinerated in about 600 plants in 35 countries.  Estimated to be generating 10,000 MW power.  Tried in Timarpur, Delhi – didn’t work due to high moisture/low calorific value of MSW

SENES Consultants Limited RDF

RDF  Recovery of combustible particles from MSW through segregation, drying and shredding.  Refuse Derived Fuel (RDF): fuel for Cement Kilns or can be combusted for generation of Power.  Need for pollution control equipment required to control emissions.

SENES Consultants Limited Gasification

Gasification  Partial combustion in absence or restricted supply of air/O 2 to form combustible gases  Combustible gases used for heat directly or for motive power/electricity through gas engines  Promising and environmentally clean thermo-chemical process

SENES Consultants Limited Plasma Gasification

SENES Consultants Limited Plasma Gasification  Less polluting than combustion/incineration  No SOX/NOX issues (no O 2 )  Toxic materials encapsulated: much safer to handle  Highest efficiency of conversion  High Costs and still in commercial demo stage

SENES Consultants Limited Anaerobic Digestion

SENES Consultants Limited Anaerobic Digestion  Biogas from biodegradable fraction of waste for fuel/power and organic manure  Environmentally benign for segregated uniform solid or liquid wastes  Many successful Indian applications (mostly small scale)  Capital cost – financially competitive

SENES Consultants Limited Landfill Gas Capture

SENES Consultants Limited Landfill Gas Capture u Anaerobic decomposition of waste in landfills produces landfill gas ( % CH4) u Landfill Gas can be captured, purified and utilized for power generation

SENES Consultants Limited Project Experience  Plasco Energy – Waste to energy using plasma gasification;  Anaerobic digestion of wastewater sludge and MSW organic components at Cancun, Mexico;  Wastewater sludge and organic MSW at Campeche, Mexico;  LFG at Puebla, Mexico and for GAIL at Delhi Ghazipur landfill.  Waste gasification PPP proposed at Maldives;  DBO at Belize for MSW; DBO at Guyana for Industrial waste  Advantages  Technologies  Opportunities  Challenges

SENES Consultants Limited Agenda  Waste to Energy: Basics  Advantages  Technologies  Opportunities  Challenges

SENES Consultants Limited Waste to Energy: Opportunities in GRBMP  Anaerobic digestion of wastewater, organics (municipal waste, processing plants);  RDF of waste is also an option;

SENES Consultants Limited Agenda  Waste to Energy: Basics  Advantages  Technologies  Opportunities  Challenges

SENES Consultants Limited Waste to Energy: Challenges  Management of waste streams is difficult.  Industrial discharge need to be controlled.  Garbage disposal by public is an issue.  Educating public and private sector is key.  Need to assess capacity of ULB’s to manage and pay for the infrastructure or operations.

SENES Consultants Limited Thank You