Transcript EU CCT CCS Presentation TRECSTEP - 24th Jan

EU CCT – CCS Project
- Creating a Knowledge Network
TREC-STEP
Tiruchirappalli Regional Engineering College –
Science and Technology Entrepreneurs Park. India
EUROPEAN UNION
Partner: Bharat Heavy Electricals Limited
Implemented by: TREC-STEP
Thematic Area
‘Capacity building and studies’ on CCT - CCS in developing countries
• Promotion of Cluster of CCT and CCS Technologies
• Enable increased awareness, capabilities & development actions
EU funding - 60%
Duration : 3 years
Commencement: June, 2011
Design and Launch of CCT-CCS Tech Cluster
Hub
Cluster reach-out
Studies
3 Nos
Internships
3persons/15days
Knowledge
Exchange
Platform
Capacity Leverage
Programmes
200 persons
Demonstration &
Deployment by BHEL
2 projects
International Network
Study Visits
10 persons/10days
Incubating
Clean Tech Ventures
4 ventures
Final Conference
Documentation and Dissemination
Project Report / Concept CD / Media Advertisements
CCT-CCS Tech Cluster
- Knowledge Exchange Platform
- Cluster Reach-out
- International Expert Network
BHEL
BHEL &
Studies
Capacity Leverage Prgme
Study Visits
Demonstration & Deployment
Internships
Incubating Clean Tech Ventures
Documentation and Dissemination
TREC-STEP
TREC-STEP
International Experts
BHEL & Internl Expts
TREC-STEP
BHEL & Internl Expts
TREC-STEP
Internl Expts
BHEL
Internl Expts
BHEL
Internl Expts
TREC-STEP
BHEL & Internl Expts
TREC-STEP
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
Knowledge Exchange Web Platform
Demo website
• Online Capability Leverage Programmes
• Expert Interviews
• Shareware - Study Tour & Internship
• ++ innovations
www.carboncap-cleantech.com
Capacity Leverage Programmes
Awareness Programmes
Skills Leverage Programmes
• 1- 2 days duration
• 3-4 days duration
• 100 candidates
• 100 candidates
Awareness Programmes – Progress made
Identified & contacted Organizations for conducting Awareness Programmes :
Skills Leverage Programmes in CCT and CCS Technology areas
Potential Organizations contacted for Training Programmes :
Programme Structure
Day-I
Climate Change
Session - I
Climate
Change and
CCS Context
Setting
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
CCSTechnology
and
Innovation
CCS- Summary of technologies
Key CCS technologies
Key Players and Market place
Future of the technology
Day-II
Rule and regulations around CCS
Session - III
CCS Policy
Global CCS Policy - Status and critical synthesis
CO2 Pipeline and regulations
International Negotiations on CCS in UNFCCC
Clean Coal technologies
Session - IV
Clean Coal
Technology
and CCS
Future CCS ready Power plants
Cost economics of CCS in relation with power
plants
Indian Perspective of CCS and Power sector.
Session - V
Group Task
CCS Roadmap for Indian Thermal Power
Industry
Day 1
Sessions
Session I
Day 2
Sessi
ons
Topics Overview
Sessi
on I
Gasification , Adsorption and Emerging
Technologies
Sessi
on II
Environmental, monitoring, risk and legal aspects of
Capture Systems
Cost of CO2 Capture
Sessi
on III
Transport of CO2
Pipeline Transportation
Sessi
on IV
Transport of CO2
Marine Transportation
Risk, Safety and Monitoring aspects of CO2
Transportation
Legal framework surrounding CO2 transportation
Sessi
on V
Summary and Group Task
Roadmap for Indian thermal Power Sector on CCS
design
Session II
Topics Overview
CCS Overview
Climate Change and CCS.-CCS Requirement, Scale &
Context
Stages of CCS project development
Cost of typical project and possible finance mechanisms
Regulation and Policies surrounding CCS
CCS Value Chain
Sources of CO2, present and future potential
Aspects of end to end CCS programme management
Session III
CO2 Capture
Basis for CO2 Capture
Power Plant CO2 Capture Systems
Post Combustion Capture Systems
Session IV
Oxyfuel Combustion and Pre-Combustion Capture
Systems
Day 3
Session
s
Topics Overview
Session
I
Storage of CO2
Underground Geological Storage
Ocean Storage
Session
II
Clean Coal Technologies
Introduction and Need for CCT
Types of CCT
Clean Coal Technology in Coal Mining
Clean Coal Technology in power Plants
Session
III
Session
DeSOx
DeNOx
Fluidized Bed Combustion
Combined Heat and Power (CHP) Generation
Super critical Technology and Ultra Super Critical Technology
Summary and Group Task
Incubating Innovative Clean Tech Ventures
To promote 4 clean tech ventures
Seed Funding and Innovation Funding of Rs. 13 mln
Innovation
Mining
•
•
•
•
Media Campaigns
Application process
Counselling
Documentation
Technology
Evaluation
• Expert identification
• Evaluation
• Fine tuning
• Funding Application
Innovation
Funding
•Technology
Development
• Facilities & Expert
Access
• Innovation Dvlpt.
• Monitoring
Seed Funding
3 English & Tamil daily
Incubation at
TREC-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 / annum
Incubation Fund –
Rs. 5 miln
First Study planned in CCT CCS domain
Methodology and Plan
• Printing
Report
• Release
• Online
Publish
Benchmarking Learning Tour
CO2 Sink – Ketzin
CO2 Source: Hydrogen
Production
Size: 0.03 Mt/ Yr
CO2 Fate: Seqtn Saline Aquifers
Niederaussem power
plant site, Bergheim –
Coal Innovation Centre
Vattenfalll Schwarze
Pumpe
Size: 30 MW
Cap Tech: Oxyfuel
Start date: 2008
Siemens,
Staudinger
Schwarze Pumpe, Germany
Vattenfall opened its pilot 30Mw lignite and hard coal oxyfuel combustion plant
with CO2 capture on Sept. 9, 2008
CO2 Sink – Ketzin, Germany
CO2 Injection and storing CO2 in Saline Aquifers at a depth of 600 meters
at Ketzin site since June 2008
Staudinger Post Combustion Pilot Plant and Siemens
Siemens Technologies
Niederaussem power plant site, Bergheim, Germany – The Coal Innovation Centre
CO2 scrubbing technology
Fluidized-bed drying with internal waste-heat utilization (WTA)
High-performance scrubber REAplus
Chemical conversion of CO2 - polyurethanes can be made on the basis of CO2 from
power-plant flue gases
Converting carbon dioxide with microorganisms into biomass
Glasgow Test Facility,
Doosan Power Systems
Ferrybridge SSE - 5 MW coal-fired
power plant- 100 tonnes of Co2
captured /day
NCCCS & BGS
IEA Clean Coal
Centre
IEA Clean Coal Centre, London
NCCCS and British Geological Survey, Nottingham, UK
Ferry
Ferrybridge
bridge power
SSEplant
- 5 MW coal-fired power plant – post combustion technology
100 tonnes of Co2 captured /day
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.
Ferry bridge
power plant
2 to 3 Studies
Internships
15 days internships in power plants in UK, Germany & Canada
for 3 BHEL research personnel
Capacity Leverage Programmes
2 to 3 Training Programmes
Study Visit
3 member team – 10 days to Canada
Incubating Clean Tech Ventures
3 to 4 Clean Tech Ventures with Seed Funding Support
Documentation and Dissemination Events
Thank you !