Solid Resource (Waste) Management

Slides:



Advertisements
Similar presentations
Head of Policies & Planning Division Ministry of Environment
Advertisements

What is the Enerjetic Business? The business offers consulting and reporting tools to report on energy and related data for business purposes. Common uses.
Theme – Rural Infrastructure and Development Case study - Addressing the issue of drinking water & water pollution Team Members Parth Gupta Shruti Ohja.
Structure of DNA and Proposed Sustainable Development Criteria for CDM Projects In Bangladesh CDM Designated National Authority (DNA) Durbar Conference.
Greater Manchester Waste Disposal Authority Our Aim is Zero Waste Councillor Neil Swannick North West Representative, UK Delegation EU Committee of the.
Why collect organics? FACTSHEET 1 Food and Garden Organics Best Practice Collection Manual.
INTEGRATED PLANNING: THE LINKS BETWEEN URBAN WASTE MANAGEMENT, SANITATION AND ENERGY.
Annual Conference 2008 Future Challenges for the Waste Management Industry Waste Framework Directive - Impact on the European Waste Management Industry.
Renewable Energy Generation Geothermal Energy Systems Photovoltaic Systems Biomass Systems Landfill Gas Microturbines Wind Turbines Solar Water Heaters.
Life Cycle Analysis and Resource Management Dr. Forbes McDougall Procter & Gamble UK.
GREEN BUILDING.
TRP Chapter Chapter 4.2 Waste minimisation.
Deerfield Beach Fort Pierce Jacksonville. Agenda Business Issues KAMM Capabilities KAMM Experience Why KAMM Business Issues KAMM Capabilities KAMM Experience.
The role of waste management and energy from waste in a circular economy- SITA UK’s proposed Severnside development Sept 2009 Stuart Hayward-Higham.
Climate Policy Development Tom Peterson The Center For Climate Strategies August 25, 2005.
© 2009 IBM Corporation Let’s Build a Smarter Planet Thongchai Watanasoponwong – Country Manager Power Systems, STG September 15 th, 2009 Green IT เทคโนโลยีสีเขียวเพื่อสิ่งแวดล้อม.
Anaerobic Digestion – a demonstration programme under the Environmental Transformation Fund 3 rd and 4 th September 2008.
Delivering Power & Water Efficiently
By Kim Trang. Waste management is the collection, transport, processing or disposal, managing and monitoring of waste materials. The term usually relates.
MOVING TO GREEN TECHONOLOGIES VODAFONE GHANA EXPERIENCE by Mamle Asare Sustainability Manager Vodafone Ghana.
CENTRE FOR CLIMATE CHANGE AND ENVIRONMENT ADVISORY Dr. MCR HRD Institute of Andhra Pradesh.
The Triple Bottom Line Approach – Environmental Domain Morana Belamaric 12 June 2007.
ERT 319 Industrial Waste Treatment Semester /2013 Huzairy Hassan School of Bioprocess Engineering UniMAP.
SUSTAINABLE HABITAT PLANNING IMPERATIVES SEMINARCENTRE FOR CLIMATE CHANGE AND HUMAN SETTLEMENTS SCHOOL OF PLANNING AND ARCHITECTURE NEW DELHI.
Zero Waste Frame Works South Asia Shibu K. Nair Programme Director (Zero Waste) Thanal, India 6 th Zero Waste International Conference.
An end to disposal What needs to be done locally, nationally, and at EU level, in order to phase out residual waste Dr Michael Warhurst, Friends of the.
Climate Action Team CIWMB Update CIWMB Board Meeting November 15, 2005.
© Mick Minard/REEF Reports Empowering Rural Communities ©Mick Minard/REEF Reports.
Biofuels Event, Dundee – 04 th September 2013 Industrial & Community AD in Scotland Alison McKinnie Project manager, Organics.
SKILL COUNCIL for GREEN JOBS Promoted by Ministry of New and Renewable Energy (MNRE) and Confederation of Indian Industry (CII) An Overview of SCGJ.
3 R’s of Sustainability SESSION 1: The What, Why and How of Sustainability PREVIEW ONLY.
Do you know? By 2015, an estimated 40-48% of new non-residential construction by value will be green, equating to a $ billion.
Local Energy Launch Pad LE LP Sydney office: Unit Rainbow St Coogee, NSW 2034 Australia M: T:
EASY project. Plan Local EASY Sustenergy Europe Project “Energy Actions and Systems for Mediterranean Local Communities”
Butibori CETP Pvt. Ltd. Environmental Activities & Technological Initiatives Plot No. P-13 Near Indorama Gate No-1, MIDC Industrial Area, Butibori, Nagpur.
GRAMEEN in the UK Set up, mission and future development Background
Haida Gwaii Community Electricity Plan
WASTEMENEGEMENT IN BUILDINGS
Lecture (5): Waste treatment and disposal
Greater Manchester Waste Disposal Authority Our Aim is Zero Waste
India Irrigation Forum (IIF) 7 April, new DELHI needs & objectives of iif to meet sustainable development goal in India Dr Ajay Pradhan india.
MINISTRY OF ECOLOGY AND NATURAL RESOURCES OF UKRAINE
Extended Producer Responsibility
MAINSTREAMING OF WOMEN, CHILDREN AND PEOPLE WITH DISABILITIES’ CONSIDERATIONS IN RELATION TO THE ENERGY SECTOR Presentation to the Joint Meeting of the.
Organic Waste an underutilized resource
‘Building sustainability of the coastal communities of Vieux Fort, Saint Lucia and the Pointe Sable Environmental Protection Area’
Horizon 2020 Information Day
An Integrated Industrial Policy for the Globalisation Era
World Health Organization
Waste Prevention and Minimisation Guidelines for the management of municipal biodegradable waste strategy TAIEX Workshop on Waste Prevention and Minimisation.
Fecal Sludge Management in South and South East Asia: Needs and Interventions Thammarat Koottatep.
Roundtable on Next Steps in Solid Waste Management in Gurugram
Global Reporting Initiative (GRI) – Stakeholder Input
ABB and sustainable development
Critical Review of the Malawi Community Energy Model
SDG goals Goal Activity Goal No.1 No Poverty:
ABB and sustainable development
LINX project Total budget: EUR 11 MIO Industry led priorities
Circular Economy -Public Consultation – Results
Main Objectives of This Secession
Presentation on issues and data requirements
SOLAR OFF GRID INVERTER SYSTEM
Carbon Footprint.
Template and Process for Expression of Interest by Countries
Renewable Energy Systems - Empowering Livelihoods
Natura 2000 Preparatory Actions Designation and management of SACs
Naveen Y S, M.Sc., in Water and Environmental Management, LUH
Sustainable Industrial waste water management
Energy Efficiency in the EU Randall Bowie DG Energy and Transport
Scenario Analysis Based on Life Cycle Assessment Approach
Presentation transcript:

Solid Resource (Waste) Management Indian green service Solid Resource (Waste) Management Presented by Kirtika Arora

About the Organisation - IGS IGS is a registered trust under the Trusts act of India It came into existence as a trust in the year 2010 Garbage Free World Bringing about sustainable socio-economic change through environmental conservation

About the Organisation - IGS

Organisation’s Experience Technical consultant for SLWM DRP preparation for GPs in Shamli in UP Implementation of Solid Waste Management at Special Protection Group (SPG) Campus, Dwarka, New Delhi Technical consultant on Solid and Liquid Waste Management – Rural context for World bank group (WSP) – Government of Rajasthan Swach Bharath Abhiyan - Grameen (SBA) consultant for Government of Rajasthan (3 model districts), Government of Chhattisgarh Technical support for Ernst and young for Solid and Liquid Waste Management projects Partners with IICA for training Companies for creating Sustainable CSR initiatives on Environment

Specialised Areas of Service Environmental strategy planning and operationalization of the same Environmental research and dissemination Solid and Liquid Waste Management services (Training, consultancy and implementation) Advocacy initiatives for change in Environmental standards and implementation of laws Impact assessment studies and evaluations

Our Theory of Change

Solid Waste Management Model

Solid Waste Management Model Collection and Segregation: Awareness activities will be conducted in the initial phases for household segregation of waste (primary segregation). Compartmentalised dustbins on the streets and in the common areas will be placed. Transportation: Service delivery team (Dedicated vehicles and workers) will collect waste from households and community dustbins and clean streets. A collection vehicle with two separate compartments (bio-degradable and non-biodegradable) will be used to collect waste from households and these community level dustbins and transport to final disposal point. Resource Recovery Centre (RRC): Collected and segregated waste will be collected at RRC for secondary segregation and processing. Processing: The process will be decentralised and tailor made and feasible technology will be used for processing. Following options are proposed for the processing of waste.

‘ZERO’ Waste Model - Illustration

Processing Technologies Option 1 Composting Based Options Source Segregated Collection - Secondary segregation (Resource Recovery Centre) via Manual Composting: Suitable for smaller areas with not more than 250-300 Kgs of waste output per day Source Segregated Collection - Secondary segregation (Resource Recovery Centre) via Machine Composting: Suitable for areas with waste more than 1000 Kgs (1ton) of waste output per day Option 2 Waste to Energy (WtE) Source Segregated Collection - Secondary segregation (Resource Recovery Centre) - Bio-gas Generation: Suitable for waste more than 1000-2000 Kgs (1-2ton) of waste output per day. Space for usage of gas on regular basis (Restaurants etc.) Source Segregated Collection - Secondary segregation (Resource Recovery Centre) - Electricity Generation: Suitable for campuses with waste more than 1000-5000 Kgs (1-5 ton) of waste output per day, where LEDs can be used for street lightening and others.

Composting - Bio-composters (Organic Waste Composting Machines) Key Features In-vessel composting for treatment of small quantities of segregated organic waste Fully automatic natural composting machine Energy positive composting solution Odour free composting process Uses forced aeration and mechanical agitation for rapid composting Suitable to replace manure and fertilizers for agricultural purposes Advantages Manufactured in India and hence the cost is much lower than the other machines of the same category in the market. Less maintenance is one main criteria for any machine used in a public space which this machine completely satisfies. This composter is one of the very few machines which uses minimum electricity consumption. Best quality compost The input and output and any other parameters can be checked at any point of time by help of daily entry registers.

Waste to Energy - Gas/Electricity Generation Unit (Bio-Methanation) Key Features MultiFeed/Kitchen/Organic/Horticu lture/animal dung can be processed Plug and Play model – compact, factory fitted and modular Bio gas, power and bio manure output Less man power requirement High rate bio-methanation Long life – 15 years corrosion resistant - FRP material Suitable for all climatic conditions as process happens inside the container/tower Completely Odour free operations, as no storage of waste required Advantages Manufactured in India and Cost effective model (30% cost efficient) Visibility Uses microbial Solution and water Container model, can be placed vertically and horizontally both Can digest from 0.5 ton to 5 ton Machine runs continuously for 24 hours and waste gets reduced with time and can be fed again at different times of the day. Model comes with solar panel (Stand Alone Solar Panel) above it, which supplies electricity to the unit, required for its running. Completely automated – System comes with camera, GPS and other technologies and can be remotely observed and assessed for any smaller issues. 2 years warranty

Waste to Energy - Gas/Electricity Generation Unit (Bio-Methanation)

Salient Features of Our Model One stop solution for all the waste management requirements for any client and in any volume Tailor made solutions aiding in attaining the real ZERO WASTE concept President model for other states/districts to follow and can also act as Research/training centres Geographically suitable for all locations and Replicable across the country with minimum effort Complete thrust on awareness and behaviour change Basic infrastructure to aid and sustain the behaviour change envisaged Complete community and district as well as block officials’ ownership to execute, manage, monitor, evaluate proposed SLWM system Complete transparency and accountability with management & reporting system and having a dedicated monitoring committee consisting mainly of local villagers Self-sustainability of operation and maintenance is ensured with the help of user fee collection and waste by-products

Salient Features of Our Model (Cont.) Waste reduction through extraction of recyclable material and composting and minimal disposal at landfill site Integrated with government schemes for operational sustainability and is a Contribution to Swatch Bharat Mission, Government’s Flagship Program Increased visibility for all stakeholders Potential to be an sustainable income generation model for workforce; Employment generation and women empowerment (SHGs) in its fullest potential; Can be taken up as Social Entrepreneurship initiative model by youngsters Achievement of 90% waste collection efficiency within 1 year of operation of project. High level of transparency and accountability as all services are done under one roof and in one brand Improvement in environment and aesthetics Ideal for both rural and urban requirements as both decentralised and centralised approach made possible by strong network of organisations

Working Models

Our Clients

Indian green service PROJECT OFFICE D 95, Okhla Phase 1, Okhla Industrial Area New Delhi – 110020 PHONE 011-66462013 / 995 808 4964 E-MAIL info@indiangreenservice.com WEBSITE www.indiangreenservice.com