TREC-STEPTiruchirappalli Regional Engineering College –

Science and Technology Entrepreneurs Park. India

EU CCT – CCS Project - Creating a Knowledge Network

EU funding - 60%

• Promotion of Cluster of CCT and CCS Technologies

• Enable increased awareness, capabilities & development actions

Partner: Bharat Heavy Electricals Limited

Implemented by: TREC-STEP

Duration : 3 years Commencement: June, 2011

EUROPEAN UNION

Thematic Area

‘Capacity building and studies’ on CCT - CCS in developing countries

Design and Launch of CCT-CCS Tech Cluster

Final Conference

Studies3 Nos

Capacity Leverage Programmes200 persons

Study Visits10 persons/10days

Internships3persons/15days

Demonstration & Deployment by BHEL

2 projects

Incubating Clean Tech Ventures

4 ventures

Hub

Cluster reach-outKnowledge ExchangePlatform

International Network

Documentation and DisseminationProject Report / Concept CD / Media Advertisements

CCT-CCS Tech Cluster - Knowledge Exchange Platform - Cluster Reach-out - International Expert Network

Studies

Capacity Leverage Prgme

Study Visits

Demonstration & Deployment

Internships

Incubating Clean Tech Ventures

Documentation and Dissemination

BHEL TREC-STEP

BHEL &

International ExpertsTREC-STEP

BHEL & Internl Expts TREC-STEP

BHEL & Internl Expts TREC-STEP

BHELInternl Expts

BHELInternl Expts

Internl Expts TREC-STEP

TREC-STEPBHEL & Internl Expts

India’s first of its kind initiative – The CCT CCS Cluster

• New initiative of the and for the Indian thermal power sector

• MOU with BHEL

• Formally Launched the Cluster

• Identified and interacting with 15 Cluster Players

• Already developing a network with 34 CCT CCS

organizations / experts in UK, Germany, US, Australia, China, etc.

• Cluster reach-outs to wider thermal power players are planned

www.carboncap-cleantech.com

Knowledge Exchange Web PlatformDemo website

10 projects

Global Showcase of CCS Projects in Europe50 reports

Reports on CCT and CCS 27 clips

Video Gallery on CCT CCS

Effective information capture & dissemination of project actions

Global updates on CCT and CCS

• Online Capability Leverage Programmes

• Expert Interviews

• Shareware - Study Tour & Internship

• ++ innovations

Capacity Leverage Programmes

Awareness Programmes

• 1- 2 days duration

• 100 candidates

Skills Leverage Programmes

• 3-4 days duration

• 100 candidates

• Identified and interacting with 34 institutions from UK, Germany, US, etc.

• First Awareness Programme jointly with Ernst & Young during 21st and

22nd December, 2011

Awareness Programmes – Progress made

The National Centre for CCS, University of Nottingham, UK

Centre for Innovation in Carbon Capture and Storage (CICCS), UK

British Geological Survey , UK

Advanced Energy Technology Initiative, University of Illinois

powerEDGE Asia, Singapore

International Energy Agency, France

Energy Institute, UK

Ernst & Young, Singapore

India Carbon Outlook, India

Menu of Awareness

programmes Introduction to Carbon Capture & Storage Technologies

Introduction to Clean Coal Technologies

Types of Geological Storage Sites

How Co2 is trapped in the sub surface and fate of captured Co2?

Identified & contacted Organizations for conducting Awareness Programmes :

Skills Leverage Programmes in CCT and CCS Technology areas

The National Centre for CCS, Univ of Nottingham, UK

The Energy Institute, UK

Sequestration Training & Education Program, University of Illinois.

Southwest US Carbon Sequestration Training Center - CCS Training Center

Southeast Regional CO2 Sequestration Training Program (SECARB-Ed)

British Geological Survey , UK

Scottish Carbon Capture & Storage, UK

CCS Through Life Management Training Academy, UK

powerEDGE Asia

International Energy Agency, France

Wyoming Carbon Capture & Storage Technology Institute (WCTI), Univ. of Wyoming

Sequestration Training, Outreach, Research and Education (STORE), Univ. of Texas

Potential Organizations contacted for Training Programmes :

Programme Structure

Day-I

Session - I

Climate Change and

CCS - Context Setting

Climate Change

Global Regulation and Initiatives

Economic Impact of Climate Change- Local and Global

CCS and its relevance to Global impacts

Future implications and roadmap

Session - II

CCS- Technology

and Innovation

CCS- Summary of technologies

Key CCS technologies

Key Players and Market place

Future of the technology

Day-II

Session - III CCS Policy

Rule and regulations around CCS

Global CCS Policy - Status and critical synthesis

CO2 Pipeline and regulations

International Negotiations on CCS in UNFCCC

Session - IVClean Coal Technology

and CCS

Clean Coal technologies

Future CCS ready Power plants

Cost economics of CCS in relation with power plants

Indian Perspective of CCS and Power sector.

Session - V Group TaskCCS Roadmap for Indian Thermal Power Industry

Jointly

With

Ernst & Young

21st & 22nd December, 2011@ Trichy

Jointly With Ernst & Young

23rd to 25th January, 2012@ Trichy

Day 1

Sessions Topics Overview

Session I CCS Overview Climate Change and CCS.-CCS Requirement, Scale & ContextStages of CCS project developmentCost of typical project and possible finance mechanismsRegulation and Policies surrounding CCS

Session II CCS Value Chain Sources of CO2, present and future potentialAspects of end to end CCS programme management

Session III

CO2 CaptureBasis for CO2 CapturePower Plant CO2 Capture SystemsPost Combustion Capture Systems

Session IV Oxyfuel Combustion and Pre-Combustion Capture Systems

Day 2

Sessions

Topics Overview

Session I

Gasification , Adsorption and Emerging Technologies

Session II

Environmental, monitoring, risk and legal aspects of Capture Systems Cost of CO2 Capture

Session III

Transport of CO2Pipeline Transportation

Session IV

Transport of CO2Marine Transportation Risk, Safety and Monitoring aspects of CO2 TransportationLegal framework surrounding CO2 transportation

Session V

Summary and Group TaskRoadmap for Indian thermal Power Sector on CCS design

Day 3

Sessions

Topics Overview

Session I

Storage of CO2Underground Geological StorageOcean Storage

Session II

Clean Coal Technologies Introduction and Need for CCTTypes of CCTClean Coal Technology in Coal Mining

Session III

Clean Coal Technology in power PlantsDeSOxDeNOxFluidized Bed CombustionCombined Heat and Power (CHP) Generation Super critical Technology and Ultra Super Critical Technology

Session IV Summary and Group Task

Incubating Innovative Clean Tech Ventures

Innovation Mining

• Media Campaigns• Application process• Counselling• Documentation

Technology Evaluation

Innovation Funding

• Expert identification• Evaluation• Fine tuning• Funding Application

•Technology Development• Facilities & Expert Access• Innovation Dvlpt.• Monitoring

To promote 4 clean tech ventures

Seed Funding and Innovation Funding of Rs. 13 mln

3 English & Tamil daily

Seed Funding

Incubation atTREC-STEP

Successful clean-tech

venture

• Huge quantity of Tungsten carbide scraps are

generated

• Highly expensive and scarce metal

• Innovative cost effective Thermo Mechanical process

• Carbon emission reduction up to 270 tonnes / annumIncubation Fund –

Rs. 5 miln

First Study planned in CCT CCS domain

Methodology and Plan

‘Study on Existing Gaps and Potentials for CCS and CCT areas in the

Thermal Power Industry of India’

Primary

Sources data collectn.

& Experts Vetting

Inferences & Finalization

Draft

Publication Feedback &

review

• Online/offline

Secondary

source study

• Data validation

• Identifying Experts

• Design of Instruments

• Inputs & suggestions from

Experts• Discussion

Documentation

• Data Collection

Report Release

• Circulation of preliminary inference

• Feed Back • Re-references and

finalization

• Designing Report

Structure

• Report Documentation

• Experts Review

• Draft Circulation

• Core Member Team Meeting

• Review • Finalization

of the Study report

• Printing Report• Release• Online

Publish

Literature

Survey

Benchmarking Learning Tour

• CCT CCS pilot / demonstration plants, research

organizations, centre for excellence, etc.

• 7 member team to UK and Germany – 10 days

• 3 member team Canada – 10 days - 2nd year of the project

• Identified Germany – 4 instns. and UK – 5 instns.• Planned during 6th February, 2012 to 17th February, 2012

CO2 Sink – KetzinCO2 Source: Hydrogen Production Size: 0.03 Mt/ Yr CO2 Fate: Seqtn Saline Aquifers

Vattenfalll Schwarze PumpeSize: 30 MW Cap Tech: Oxyfuel Start date: 2008

Niederaussem power plant site, Bergheim –Coal Innovation Centre

Siemens, Staudinger

Benchmarking

Learning Tour

Germany

Vattenfall opened its pilot 30Mw lignite and hard coal oxyfuel combustion plant with CO2 capture on Sept. 9, 2008

Schwarze Pumpe, Germany

7th February, 2012

CO2 Injection and storing CO2 in Saline Aquifers at a depth of 600 meters at Ketzin site since June 2008

CO2 Sink – Ketzin, Germany

8th February, 2012

Siemens Technologies

Staudinger Post Combustion Pilot Plant and Siemens

9th February, 2012

CO2 scrubbing technologyFluidized-bed drying with internal waste-heat utilization (WTA)

High-performance scrubber REAplusChemical conversion of CO2 - polyurethanes can be made on the basis of CO2 from

power-plant flue gasesConverting carbon dioxide with microorganisms into biomass

Niederaussem power plant site, Bergheim, Germany – The Coal Innovation Centre

10th February, 2012

IEA Clean Coal Centre

Ferrybridge SSE - 5 MW coal-fired power plant- 100 tonnes of Co2 captured /day

Benchmarking

Learning Tour

UK

NCCCS & BGS

Glasgow Test Facility, Doosan Power Systems

IEA Clean Coal Centre, London

13th February, 2012

NCCCS and British Geological Survey, Nottingham, UK

14th February, 2012

Ferry bridge power plantFerrybridge SSE - 5 MW coal-fired power plant – post combustion technology 100 tonnes of Co2 captured /day

15th February, 2012

Ferry bridge power plant

OxyCoal™ Clean Combustion system for the first time on a full-size 40MWth burner . Post combustion facility simulates the entire process of modern coal-fired power generation. It

will burn real coals and biomass, and includes a range of gas clean-up systems, before CO2 capture takes place. The new facility uses Solvent Scrubbing Technology to capture CO2

from coal-fired flue gases, through a process of absorption and regeneration.

16th February, 2012

Internships

15 days internships in power plants in UK, Germany & Canada

for 3 BHEL research personnel

Documentation and Dissemination Events

Study Visit

3 member team – 10 days to Canada

2 to 3 Studies

Capacity Leverage Programmes

2 to 3 Training Programmes

Incubating Clean Tech Ventures

3 to 4 Clean Tech Ventures with Seed Funding Support

Thank you !