WtE

Introduction

� ORS was incorporated in 2008 as a strategic initiative betweena team of technocrats & group of investors to promote ‘Greenfield’ projects in the field of urban waste management.

� Vision: is to become single largest project developer in urbanwaste management sector over the next five years by givingviable solutions to city administrations for mitigatingenvironmental challenges poised by perpetuating wastedisposal issues.

� Current focus is on providing scientific solutions on Solid WasteManagement in conformance with MSW handling rules.

Need of the Hour

� Estimated generation of MSW in India is around 70 million tons

PA and Its expected to grow at 1.3% per capita PA Its a known

fact that scientific disposal of MSW is a major problem before

city administrations across the country.city administrations across the country.

� Presently, MSW is being dumped or burnt in open designated

areas for landfills, that are in proximity of cities, which is an

alarming situation for environment & public health.

� As per the Honorable Supreme Court Order, City

administrations have to compulsorily set up scientific processing

facilities for disposal of Solid Waste at a priority.

MSW as a resource

� MSW is an abundant source for Methane CH4 a major

contributor of GHG emissions. The gas has a huge

potential to generate electricity.

� Potential for energy generation from MSW has been

estimated at 3650 MW from 215,000 TPD in year 2012 &

5200 MW from 304,000 TPD in year 2017.(source MNRE)

� MSW is available throughout the year ensuring high PLF of

85% to 90% as compared to PLF of other renewable

sources like wind or solar farms.

DRYAD™

“Developing MSW processing facilities using DRYAD ™ technology for

scientific disposal of city waste, recovering energy & ensuring GHG

reductions”.

ORS is 1st in India successfully managing waste through WtE based on

Anaerobic Biomethanation.

Available Technologies

� There are a range of technologies available for recoveringdifferent materials from MSW. Prominent ones areBiomethanation, Refused Derived Fuel, Gasification &Composting.

� Biomethanation (Anaerobic Digestion) scores over othertechnologies in terms of higher outputs with respect toelectricity generation, better quality of compost & maximumnumber of Carbon credits.

� Biomethanation (AD) has two varients: Mesophilic (thatoperates at 20-300C & Thermophilic (that operates on 50-550Cand is suited for Indian conditions).

� DRYAD™ is based on principles of ThermophilicBiomethanation.

DRYAD™ Process

� The Process involves 3 Steps:

Benefits of DRYAD™

� DRYAD™ operates at 550C (temp suitable for operation in Indian cities)

� It has a high loading rate that requires less digester volume and in turn requires lessarea for operation as compared to landfills.

� Odour less operation as it’s a closed process (which results in high public� Odour less operation as it’s a closed process (which results in high publicacceptance)

� Bio gas generation is in the range of 117nm3 to 124 nm3/ton of waste (which results inhigher electricity generation)

� Captive consumption of electricity is low as compared to thermal technologies.

� Digestion & composting period ranges from 14 to 21 days only which is lesser ascompared to conventional processes.

� Quality of compost is better than conventional product as all inerts are beingremoved during pre-treatment & pathogens are completely absent as the digestiontakes place at a high tempratures.

Solapur Project

� 400 TPD Solapur Project on Mixed MSW iscompleted & has achieved stabilization. It is ‘FIRSTOF ITS KIND’ operational plant based onbiomethanation process in the Country.

� After stabilization, the plant is generating over 3� After stabilization, the plant is generating over 3MW of electricity and 60-80 TPD of organiccompost.

� The electricity is being sold under PPA toMaharashtra State Electricity Distribution CompanyLimited (MSEDCL) since July 2013.

� The compost & carbon credits are being sold inopen market. Our Organic Compost is FCOcertified and is being Co- Marketed by Zuari &Deepak Fertilizer.

� The project is being enhanced to full capacity tomanage 400 tpd of MSW and generate 4 MW Actual Solapur Site Photographs

Solapur Snapshot

Plant Overview

.

Waste Receiving Shed Segregation Conveyor

Homogenization DrumAutomated Segregation

.

Segregation Conveyor Inorganic Segregation

.

Power Generation Set Control Panel System

.

Flare SafetyDigester Tanks

Overview of Solapur Plant

Project Achievements

� Nature of Project Build Own Operate & Transfer Basis (BOOT)

� Duration of Project 29 years 11 Months� Duration of Project 29 years 11 Months

� Project Capacity Processing of 400 TPD MSW – Installed 300 TPD

� Technology Proposed DRYAD(TM)

� Power Generation Maximum - 4 MW; Currently – 3 MW

� Compost Generation 60 - 80 TPD

� Salable Waste 30 - 40 TPD

� Carbon Certificates 51,000 PA

� PPA with MSEDCL Rs. 4.88/- Per Unit

� Quality RDF 60 to 80 TPD

Bangaluru, Karnataka

� 1000 TPD Mixed MSW Processing WtE Plant

Project Snapshot

� Nature of Project Build Own Operate & Transfer Basis (BOOT)� Nature of Project Build Own Operate & Transfer Basis (BOOT)

� Duration of Project 25 years

� Construction Period 18-24 Months

� Project Cost INR 2.10 Billion

� Current Status 25 Acres Land Allotted by Bangalore Municipality

� Technology Proposed DRYAD(TM)

� Power Generation Proposed Capacity 10 MW

� Compost Generation 150 - 200 TPD*

� Salable Waste 40 – 50 TPD*

� Carbon Certificates 1,70,000 PA*

� Quality RDF 175 – 200 TPD

* Proposed Quantity

Pune, Maharasthra

� 750 TPD MSW Processing WtE Plant

� Project Snapshot

� Nature of Project Build Own Operate & Transfer Basis (BOOT)� Nature of Project Build Own Operate & Transfer Basis (BOOT)

� Duration of Project 15 Years + 15 Years (30 Years)

� Construction Period 18 - 24 Months

� Project Cost INR 1.55 Billion

� Current Status LOI received from Pune Municipality

� Technology Proposed DRYAD(TM)

� Power Generation Proposed Capacity 7 MW

� Compost Generation 150 - 175 TPD*

� Salable Waste 20 - 30 TPD*

� Carbon Certificates 75,000 PA*

� Quality RDF 150 – 175 TPD

*Proposed Quantity

What Next?

� 5-6 MSW Projects of various sizes (200 – 1500) TPD are under

discussion or at evaluation stage with municipalities in India.

� Sri Lanka & Mauritius Government has shown interest in our

Technological success and is evaluating proposal for replicationTechnological success and is evaluating proposal for replication

at its Cities in their respective Country.

� ORS in its endeavor to provide Proven Technology, it has

developed a Product Range in Solid Waste Management called

“Yasasu Green”.

� “Yasasu Green” offers the similar Technology in smaller size for

localized application in Urban/Rural Market, Large Townships,

Enjoyment Parks, etc. Sizes range from 1 to 25 TPD.

“YASASU Green” DECENTRALIZED WASTE TO ENERGY PLANT

� With a view to propose sustainable solution for effective waste

Containerised Solution

� With a view to propose sustainable solution for effective waste

disposal and recovery of resources, ORS has developed unique

packaged plants under the brand name YASASU Green for

processing MSW.

� Modular concept for 1 TPD up to 3 TPD capacities to provide

doorstep solutions for treating Organic Solid waste. 5, 10 and 25

TPD, the modular systems would be as projects instead of

product

� Proven DRYADTM process, indigenously developed and

commercially functional in India by ORS for mixed or segregated

MSW

1 tpd brief

� Feed Stock:

Household organic waste, vegetable market waste, canteen waste,

Organic waste generation 1 TPD

Number of People 3330

Dwellings/Households considering 4 person per household 830

Biogas production m3/day 95

Equivalent No of LPG Cylinder (of 14.1 Kg) per day 2.6

OR

canteen waste, Food & fruit processing industrial waste, distillery / sugar mill bagasse, spent wash and press mud, poultry droppings, cattle manure and agricultural waste.

Net power generation (KWH)/ day 140

Number of household considering 3 CFL bulbs of 15 watt for 10

hours per household / day930

OR

Number of street lights considering 250 watt bulb for 12 hours/

day140

Bio fertilizer kg/day 225

Area of fields/horticulture covered considering (approx. 10 tons

compost per acre/year)8.2

Approximate area required for plant (in m2) 90

THANK YOU !

Organic Recycling Systems Private LimitedOrganic Recycling Systems Private Limited

7th floor, Lakhani Centrium,Plot no.27, Sec 15, CBD Belapur

Navi Mumbai, Maharashtra 400614

101 Thapar House, Yusuf Sarai Commercial Complex,

New Delhi 110049. Tel: 011- 46562890 /1

Email: delhi.ors@gmail.com / info@organicrecycling.co.in