Municipal Solid Waste Management and Energy Recovery Nurturing The - - PowerPoint PPT Presentation

municipal solid waste management and energy recovery
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Municipal Solid Waste Management and Energy Recovery Nurturing The - - PowerPoint PPT Presentation

Municipal Solid Waste Management and Energy Recovery Nurturing The Future 1 1 st Aug13 ABOUT THE COMPANY Developing businesses which offer significant growth opportunities in the future O.P. Jindal Group Operating Indias first WTE


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Municipal Solid Waste Management and Energy Recovery

1st Aug’13

Nurturing The Future

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Developing businesses which offer significant growth opportunities in the future

ABOUT THE COMPANY

▪ Projects worth USD 200 Mn under execution ▪ Have won marquee distribution projects like Naya Raipur ▪ Operating India’s first WTE projects of India ▪ Operations started in three Integrated Waste Mgmt projects in Punjab. ▪ Owns 6 vessels & 20 Barges (largest dedicated coastal shipping fleet) ▪ Handles over 2,200 containers per month and over 23,000 ton cargo ▪ Approval obtained for Plant Infrastructure by Ministry of Railways (RDSO) ▪ Participated in Railway Board’s Wagon Procurement Tender ▪ Development order for 250-500 wagons under execution ▪ Plans to setup shipbuilding / ship repair yard In Bharuch, Gujarat ▪ Barge manufacturing unit of 2500 DWT operational at Cossipore, Kolkata

O.P. Jindal Group

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SNAPSHOT - WTE TECHNOLOGY

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HIGHLIGHTS:

  • India’s first and the largest Operational Waste to energy Plant.
  • First Technological Success at large scale in Waste to energy Industry.
  • Plant is working only on MSW without any supplementary / auxiliary fuel.

PLANT PERFORMANCE HIGHLIGHTS

Performance Highlights MSW Received & Processed : 8.21 Lacs MT Power Generated : 151 MU’s Power Exported : 125 MU’s Average MSW Received : 1650 Against 1950 TPD

Data is approximate values till 30th July’13

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PROJECT BACKGROUND

  • Okhla Waste to Energy Project, a Public Private partnership venture with

Government of NCT Delhi, is first established technological success on Indian MSW having high inert and high moisture.

  • Initial Project development done by an SPV – NDWPCL/ IEWMCL a JV

company between Dept of Power and IL&FS.

  • All clearances were obtained by NDWPCL prior to bidding. Land allotted was

initially a MSW dumpsite and an old Compost plant of NDMC.

  • Project

awarded to Jindal Urban Infrastructure Ltd in International Competitive Bidding.

  • With past failures of Waste to Energy initiatives in India, Technology Selection

had been the real challenge for handling Indian MSW (High Inert/ Moisture).

  • Project Commissioned with state of the art technology and started operations

in Jan’12.

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  • All parameters and guidelines laid down by Pollution control

authorities have been implemented.

  • State of the art Leachate treatment facility for addressing

environmental concerns.

  • Technology reviewed by CPCB during project development.
  • DPCC/ CPCB regularly monitoring the plant since past 19

months of operations.

  • Regular Third party emission monitoring of plant.
  • Dioxin / Furans & Particulate Matters recorded within limits till

Oct’12 reports.

  • Some high value noted in March/ April’13 and corrective

actions taken. Values within prescribed limits.

Pollution Mitigation Status

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Emission Parameters

Sl. No Particulate s UOM DPCC Limit Actual (Max, Avg.) Test conducted

  • n (Date)

Test Conducted by Lab Controlled by 1 SPM mg/ Nm³ 150 85~109 06-07-2013 Vimta Labs. Hyderabad Bag House filter 2 SOx mg/ Nm³ 250 10~34 06-07-2013 Hydrated lime Ca(OH)2 3 HCl mg/ Nm³ 50 10~11 06-07-2013 Hydrated lime Ca(OH)2 4 Dioxin and Furan ng/ Nm³ 0.1 0.027 ~ 0.032 06-07-2013 Activated Carbon (HOC) 5 NOx mg/ Nm³ 450 114~339 06-07-2013 Control furnace temperature.

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  • Waste Preparation

Segregation of maximum possible recyclables, reusable's, PVC, plastics, rubber based & hazardous items.

  • RCC enclosed MSW pit

Maintain Negative pressure to control odor and fugitive gases before feeding into Boiler.

  • Leachate Collection & Treatment System

Maintain discharge water norms as per prescribed standard

  • Exhaustive Rain Water Harvesting System installed.
  • Ultrasonic Hooter System to avoid Bird menace installed.
  • Green Belt development.

Pollution Mitigation Measures

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Indian Waste Management Scenario

  • Indian Municipal Solid Waste is being collected and transported for

dumping and processing at designated location generally at outer skirts of cities.

  • During development of the cities habitation occurs near these designated

dumpsites/ processing sites.

  • MSW process plants and landfills sites are generally located in such

designated waste management locations/ sites (dumpsites/ processing sites).

  • After habitation people starts protests against processing of waste at such
  • sites. It is NIMBY Syndrome prevailing world-over.
  • Indian MSW is high inert and high moisture Non Hazardous waste.
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PIL by Nearby Residents

  • A PIL has been filed in Delhi High Court during 2009 against Okhla Waste to

energy plant. Case transferred to National Green Tribunal (NGT) in Jan’13.

  • Two parameters
  • SPM and Dioxins/ Furans were found beyond range

during inspection by CPCB.

  • Plant was immediately taken under maintenance and cleaning. Some

damaged bags had been identified and replaced being reason of higher SPM.

  • Plant submitted regarding learning's from the development and operations
  • f India’s first plant and identified some improvement areas for bringing

emissions under control.

  • As ordered by NGT for long term solution an Action plan had been prepared

after brain storming session in CPCB jointly with DPCC and MoEF.

  • Plant re-scheduled its maintenance plan based on first year of its learning's.
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PLANT WEBSITE

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PROJECT STATUS

  • Project had already achieved:
  • Substantial amount of land saving for dumping MSW.
  • Huge monetary benefits for MCD/ NDMC.
  • Successful demonstration of the technology since past 19 months of

continuous operations has established that “It is the only sustainable solution for Waste Management.”

  • Due to first of its kind project to be viewed amidst past failures, state of the

art technology has increased cost of project enormously.

  • Carbon Credit market collapsed. Project became unviable.
  • Okhla WTE project is running in Continuous Losses and needs Viability Gap
  • Funding. Project Cost may be audited and Government to support India’s

First & The Largest WTE (Public Utility) project.

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WTE – POLICY REQUIREMENT

WTE to be viewed as Waste Management Plant unlike Power Plant.

  • Waste to Energy plants being different from Conventional Power Plants due to

huge capital investments.

  • Project specific tariff should be determined by State Electricity Regulators.
  • Government to provide Viability Gap Funding for development of these

projects.

  • WTE Projects being Public Private Partnership & Public Utility project, Social

Awareness Campaign in view of handling Public Protests (NIMBY) should be the responsibility of State Government.

  • Higher Subsidy/ Incentive from Government on successful implementation of

the project.

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WTE – POLICY REQUIREMENT

WTE to be viewed as Waste Management Plant unlike Power Plant

  • Complete Excise/ Custom duty/ Service Tax Waiver for such Public Utility
  • Projects. (Capital Investment and Brick Manufacturing plant/ product sale).
  • Strict Enforcement of MSW rules 2000 to control mixing of Construction Debris,

Drain silt etc in MSW.

  • Regulations to make Mandatory use of ash (Bottom / Fly ash) in road paving

etc.

Okhla WTE project is running in Continuous Losses and needs Viability Gap Funding. Project Cost to be audited and Government to support India’s First & The Largest WTE (Public Utility) project.

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Thank you

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