Embed Size (px)
Citation preview
June 2009 jupiteroxygen.com
Climate Change Talks 2009 – Bonn, June 4th
Expert Group on Technology Transfer &
International Council for Sustainable Energy
Dietrich M. Gross, Chairman and CEO
Thomas G. Weber, Vice President
2June 2009 jupiteroxygen.com
Overview
1. Ambitious Climate Protection Goals: Transformational Technologies Needed
2. Jupiter Oxygen Corporation: Clean & Efficient Energy Technology Solutions
3. High Flame Temperature Oxy-Fuel Combustion Process
4. Oxy-Fuel Technology Implementation: Results for Industrial Furnaces
5. Technology Transfer Potential: Aluminum, Steel, Power Generation and Other Sectors
6. Jupiter Oxygen’s Commitment to Technology Transfer
7. Extended International Carbon Markets & Environmental Funds
8. Practicable & Affordable Solution for Carbon Capture & Storage (CCS)
3June 2009 jupiteroxygen.com
1. Ambitious Climate Protection Goals?
Transformational Technologies Needed!
4June 2009 jupiteroxygen.com
2. Clean & Efficient Energy Technology Solutions
By revolutionizing combustion of fossil fuels and bio fuels based on Jupiter’s unique high flame temperature oxy-fuel combustion process, heat transfer effectiveness is maximized and energy efficiency is significantly improved!
The impressive results are two fold:
(1) Significant energy efficiency gains and emission reductions in industrial furnaces for aluminum and steel production or waste incineration.
(2) A practical and affordable pathway to clean up major CO2emissions and key pollutants from existing and future fossil fuel or biomass fired power plants.
5June 2009 jupiteroxygen.com
3. High Flame Temperature Oxy-Fuel Combustion
Jupiter Oxygen Technology Development
• High Flame temperature oxy-fuel
process
• Precision combustion & combustion
control
• Maximizing heat transfer efficiency
• Reduced fuel consumption
• Even heat distribution
• Exit gas volume reduction to one forth
• CO2 tenfold concentrated for efficient
carbon capture
6June 2009 jupiteroxygen.com
4. Oxy-fuel Technology Implementation:
Results for Industrial Furnaces at Jupiter Oxygen’s Licensee
ALUMINUM RE-MELTING
Improved Energy Efficiency Leads to:
►►►► Fuel Savings
Natural gas fuel reduction < 74%
Oil fuel usage reduction < 69%
►►►► Linear CO2 Emission Reduction
from Fossil Fuel Savings
7June 2009 jupiteroxygen.com
5. Technology Transfer Potential: Aluminum, Steel, Power Generation and Other Sectors
Steel application:
• India did produce over 50 million steel in 2007 [TATA Steel Report 2007-2008].
• An initial oxy-fuel retrofit of a 200,000 tons steel billet re-heating furnace will reduce approximately 15,000 tons of CO2 emissions per year.
• High-flame temperature oxy-fuel combustion applied to the steel sector in India could reduce up to 4,000,000 tons of CO2 per year.
• Other sectors with high potential for CO2 mitigation based on high flame temperature oxy-fuel combustion are fossil fuel power plants and the aluminum industry.
8June 2009 jupiteroxygen.com
6. Jupiter Oxygen’s Commitment to Technology Transfer
Jupiter Oxygen is committed to innovative —energy efficient and environmentally responsible technologies — focusing on improvements for energy intensive businesses in India like:
– Aluminum Production
– Production of Steel
– Power Generation
Jupiter Oxygen established in 2008 the Jupiter-Encon Alliance in India. A cooperation with Encon Thermal Engineers for accelerated oxy-fuel technology implementation in the industrial furnace industry.
Photo shows Mrs. & Mr. Mahendra ENCON Thermal Engineers, Dietrich Gross and Thomas Weber at the Alliance to Save Energy’ s Innovative Technology Award 2008 Reception for Jupiter Oxygen Corporation in Washington DC.
9June 2009 jupiteroxygen.com
7. Extended International Carbon Markets & Environmental Funds
• Accelerated Technology Transfer and Up-scaling of CDM Projects needed
• Global Environment Facility for initial projects & technologies
• Carbon Partnership Facility (CPF) Incentives for sectoral approach, targeting specifically those energy intensive sectors, like aluminum, steel, cement, power generation
• Clean Technology Fund, including innovational approaches and specifically transformational technologies
• Direct funding for initial technology implementation
– Chart on the right side shows emission reduction at Jupiter Oxygen licensee’s aluminum plant after oxy-fuel technology implementation, completed in 2001
10June 2009 jupiteroxygen.com
8. Practicable & Affordable Solution for CCS
• Oxy-fuel represents a cost effective approach for CO2 capture through concentrated CO2 in greatly reduced exit gas volume.
• Efficiency gains in boiler from high flame temperature oxy-fuel application ‘offset’ in part parasitic power losses that come along with oxygen production and CO2 capture.
• Our technology is a practical approach for retrofits, with CO2 capture and integrated removal of key pollutants like NOx, SOx, PM and mercury.
• Our retrofit approach for the existing fossil fuel power plant fleet is applicable worldwide and can be very beneficial for long run health care cost reduction.
11June 2009 jupiteroxygen.com
JUPITER OXYGEN CORPORATION
4825 N. Scott St., Suite 200
Schiller Park, Illinois 60176 USA
fax 001.847.928.0795
www.jupiteroxygen.com
Dietrich M. Gross, CEO
Phone 001.219.746.7800
Email [email protected]
Thomas G. Weber, VP
phone 001.219.512.5374
email [email protected]
Contact Information
12June 2009 jupiteroxygen.com
JOC OXY–FUEL IPR* SYSTEM DETAIL: CLEAN COAL POWER GENERATION*Integrated Pollutant Removal (IPR™) System, NETL US DOE
