VAM PROCESSING; - ITS IMPACT ON CLIMATE CHANGE - WHY INVESTORS ARE HESITATING. UN Ad Hoc Group of Experts on Coal Mine Methane, Geneva.

Transcription

1 UN Ad Hoc Group of Experts on Coal Mine Methane, Geneva VAM PROCESSING; - ITS IMPACT ON CLIMATE CHANGE - WHY INVESTORS ARE HESITATING October 2009 RMATTUS@MEGTEC.SE

2 One thin bubble of atmosphere

3 One thin bubble of atmosphere Atmosphere thickness to the Earth is like the skin to the apple

4 One thin bubble of atmosphere Some heat radiation is by the atmosphere reflected back to Earth, making it a livable place.

5 One thin bubble of atmosphere With global industrialisation, power generation and fuelling of vehicles, human activities are since over a century emitting large quantities of gases into the atmosphere. Huge amounts of atoms are transformed from earth bound state to being emitted in gas form, changing the composition of the atmosphere - its charateristicts and intricate balances.

6 One thin bubble of atmosphere Gases with impact on Global Warming: CO2, CH4, N2O...

7 One thin bubble of atmosphere Gases accumulate and reflect more heat back to Earth

8 One thin bubble of atmosphere Green House Effect resulting in Global Warming

9 One thin bubble of atmosphere - Discussion concerns how much countries and industries are allowed to emit. - The principle is that most emission reductions shall be done at home while some (typically 10-20%) can be done in other countries if that is more cost efficient. - The recently established trading with Carbon Credits (emission reduction certificates) is a mechanism guiding investments to where on Earth they most cost efficiently reduce GHG emissions.

10 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED Kyoto Compliance Period

11 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED Bali - Road map for reaching post 2012 agreement Copenhagen - Ambition to reach post 2012 agreement Kyoto Compliance Period As of 26 August 2009, 188 countries plus the EEC have signed up for the Kyoto Protocol

12 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED Bali - Road map for reaching post 2012 agreement Copenhagen - Ambition to reach post 2012 agreement Kyoto Compliance Period Voluntary. Several local schemes. Price 4-6 US$ EU ETS -World s largest - Strong CO 2 focus - Spot fluctuations from >30 to <1 - Typical price Government setting prices. Price 6-10 Several local NSW biggest National scheme coming. Price 8-12 A$

13 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED Bali - Road map for reaching post 2012 agreement Copenhagen - Ambition to reach post 2012 agreement Kyoto Compliance Period ? Several local schemes. EU ETS Price 4-6 US$ Main issue for post -World s 2012 largest is - Strong CO 2 focus Government for countries and regions to commit to new caps on emissions. - Spot fluctuations from >30 to <1 - Typical price setting prices. Price In 2009: big game of positioning for Copenhagen negotiations. - Key will be for the US and the large development countries (China, India, Brasil etc) to commit to caps. Several local NSW biggest National scheme coming. Price 8-12 A$

14 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED Bali - Road map for reaching post 2012 agreement Copenhagen - Ambition to reach post 2012 agreement Kyoto Compliance Period ? THE LACK OF Several POLITICAL local DECISIONS ON POST 2012 RULES schemes. EU ETS IS DEPRESSING Price 4-6 US$ GLOBAL PRICES OF CARBON CREDITS -World s largest - Strong CO 2 focus - Spot fluctuations from >30 to <1 - Typical price Government setting prices. Price MAKING INVESTORS HESITATE WITH INVESTMENT DECISION Several local NSW biggest National scheme coming. Price 8-12 A$ i.e. WAIT WITH ACTIONS ON EMISSION REDUCTIONS.

15 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING and VAM PROCESSING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC VAM PROCESSING 1997 Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED Bali - Road map for reaching post 2012 agreement COAL MINE METHANE and VAM PROCESSING 2009 Copenhagen - Ambition to reach post 2012 agreement Kyoto Compliance Period Drainage gas, CMM, has been low hanging mine gas fruit, where you just apply a suitable gas engine, provided gas is at above 25% in concentration. This is more cost efficient than processing VAM VAM is technically complicated due to very large air volumes and extremely dilute methane. - So far, most VAM technologies have not passed lab & demo stage. - Most of the coal mine methane is, however, emitted as VAM.

16 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING and VAM PROCESSING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED Bali - Road map for reaching post 2012 agreement Copenhagen - Ambition to reach post 2012 agreement Kyoto Compliance Period VAM PILOT VAM PILOT VAM PROCESSING UK trial at British Coal Only a few months Australian trial at BHP A full year Abatement demo CONSOL, US SINGLE UNIT VAM INSTALLATIONS Abatement/hot water ZhengZhou, China Abatement, JWR, US Biothermica

17 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING and VAM PROCESSING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC VAM PILOT 1997 Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED 2001 VAM PILOT 2007 Bali - Road map for reaching post 2012 agreement Copenhagen - Ambition to reach post 2012 agreement LARGE SIZE VAM INSTALLATION Kyoto Compliance Period VAM Power Plant BHP Billiton, Australia VAM PROCESSING UK trial at British Coal Only a few months Australian trial at BHP A full year Abatement demo CONSOL, US SINGLE UNIT VAM INSTALLATIONS Abatement/hot water ZhengZhou, China Abatement, JWR, US Biothermica

18 DEVELOPMENT OF THE MARKETS CARBON CREDITS TRADING and VAM PROCESSING CARBON CREDITS TRADING 1992 Rio - Agreement to establish the UN Framework Convention on Climate Change, UNFCCC VAM PILOT 1997 Kyoto - Agreement to reduce emissions and to introduce mechanism of Carbon Credits Launch of Kyoto related Carbon Credits CARBON CREDITS TRADED 2001 VAM PILOT 2007 Bali - Road map for reaching post 2012 agreement Copenhagen - Ambition to reach post 2012 agreement LARGE SIZE VAM INSTALLATION Kyoto Compliance Period VAM Power Plant BHP Billiton, Australia? VAM PROCESSING UK trial at British Coal Only a few months Australian trial at BHP A full year Abatement demo CONSOL, US SINGLE UNIT VAM INSTALLATIONS Abatement/hot water ZhengZhou, China Globally 1st UNFCCC approved VAM project Abatement, JWR, US Biothermica

19 In full operation by April 2007 the world s first VAM Power Plant - still the world s only large scale VAM processing plant of any kind > 96 % availability

20 VAM POWER PLANT at BHP Billiton in Australia By 2009 ; Has generated over carbon credits Has generated over 80,000 MWh of electricity Processing only 20% of ventilation air volume

21 MEGTEC VAM concept is modular, based on VOCSIDIZERs, stacked in arrangements of VAM Cubes.

22 MEGTEC VAM processing plant for Nm 3 /h based on the VAM Cube. VAM Cube FOOTPRINT 20 m x 25 m

23 Calculations of CERs For calculation of amount to CERs, consider; - Vocsidizer cleaning efficiency and availability - conversion rate of CH4 into CO2e (-equivalents) Examples: VAM Cube % VAM comes to tonnes of CO2e Twin Unit ,9 % VAM comes to t CO2e Twin Unit ,3 % VAM comes to t CO2e Indications of annual emission reductions in thousand tons of CO2e VOCSIDIZER Nm 3 /h 0.3% VAM 0.6% VAM 0.9%VAM 1 Twin Unit VAM Cube VAM Cubes VAM Cubes

24 VAM Cube profitability - IRR indications at various VAM concentrations IRR (%) Carbon Credit value (EUR/ton) 0,8% 0,6% 0,4% HIGHLY INTERESTING INVESTMENT WHEN: VAM concentrations above ½ percent and/or Carbon Credits above EUR 10/t

25 Green House Gases - conclusions GREENHOUSE GASES CONTRIBUTIONS CFC's 12% N2O 5% Trop Ozone 13% CO2 53% CH4 17% CO2 stays forever in atmosphere, i.e. keeps accumulating. Major CO2 emissions must be avoided by introducing new technology or by sequestered back into the ground. Both these alternatives need decades of development. There is an urgent, mid term (1-3 decades) need for drastic reduction of impact on Global Warming!

26 Green House Gas METHANE GREENHOUSE GASES CONTRIBUTIONS Global Warming Power Life time in atmosphere (years) Trop Ozone 13% CFC's 12% N2O 5% CO2 53% CO to Years CH4 17% CH 4 23* times CO 2 * Acc to IPCC (International Panel on Climate Change). 21 in the first Kyoto Period 12 years Second most important greenhouse gas Much more powerful greenhouse gas than CO2 Short life time in atmosphere, so emission reductions will have a quick, positive impact Generates energy when abated (oxidized)

27 CONSIDER Green House Gas METHANE CO 2 GW impact CO 2 Life time in atmosphere CH 4 Fossile Power Plant GW impact Time CO 2 CH to Years 12 years Coal mine Vent Shaft CH 4 12 years Time

28 CONSIDER Green House Gas METHANE CO 2 GW impact Major Emission reductions CONCLUSIONS ON MAJOR EMISSION REDUCTIONS: CO2 continues to accumulate, but at a slower rate. CO 2 Fossile Power Plant Time CH 4 GW impact Coal mine Vent Shaft CH 4 12 years Time

29 CONSIDER Green House Gas METHANE CO 2 GW impact Major Emission reductions CO 2 CONCLUSIONS ON MAJOR EMISSION REDUCTIONS: CO2 continues to accumulate, but at a slower rate. Methane reductions have full impact quickly - in only 12 years! Fossile Power Plant Time CH 4 GW impact On a midterm (some decades) basis, reducing methane emissions CONTRADICT increasing global warming! Coal mine Vent Shaft CH 4 12 years Time

30 CONSIDER Green House Gas METHANE Global Warming Effect as CO2- equiv s Global Warming Effect as CO2- equivalents CO 2 versus CH 4 On a 100 yr basis, 1 ton of methane corresponds to 23* tons of CO 2. Full effect in the first 12 years. * Acc to IPCC. 21 tons based on 1st Kyoto Period Time 100 yrs 12 yrs 100 yrs Time CH 4

31 CONSIDER Green House Gas METHANE Global Warming Effect as CO2- equiv s Global Warming Effect as CO2- equivalents CO 2 versus CH 4 On a 100 yr basis, 1 ton of methane corresponds to 23* tons of CO 2. Full effect in the first 12 years. * Acc to IPCC. 21 tons based on 1st Kyoto Period 20 yrs 20 yrs Time 100 yrs 100 yrs Time On a 20 yr basis, 1 ton of methane corresponds to 62* tons of CO2. CO 2 versus CHCH4 4 * Acc to IPCC. Also 56 and 72 tons noted in various sources CONCLUSION: Seen mid term, methane has a very powerful effect on Global Warming. 20 yrs 20 yrs

32 Global Methane Emissions - by source Biofuel combustion 4% Biomass burning 5% Manure 4% Fuel stat & mobile 1% Oil 1% Enteric fermentation 28% Coal 8% Waste water 10% Rice 11% Solid waste 13% Natural gas 15% BIGGEST TOTAL SOURCE: Cows, sheep etc PROBLEM: Each source is very small kg CH4 per cow and year = 1-2 t CO2e

33 ANNUAL GREENHOUSE EFFECT on Global Warming

34 ANNUAL GREENHOUSE EFFECT on Global Warming 1 million t CO2e Coal mine VAM 1,000,000 m3/h, 0.8% ( t CH 4 /yr)

35 ANNUAL GREENHOUSE EFFECT on Global Warming 1 million t CO2e ½ million cars = Coal mine VAM 1,000, m3/h, 1% 0.8% ( t CH 4 /yr)

36 ANNUAL GREENHOUSE EFFECT on Global Warming 1 million t CO2e Based on a 100 year comparison! If based on 20 year comparison, number of cars is ~3 times higher. ½ million cars = Coal mine VAM 1,000, m3/h, 1% 0.8% ( t CH 4 /yr)

37 INTERNATIONAL CLIMATE CHANGE MUST NOW FOCUS ON: reducing both CO 2 AND METHANE LARGE PROJECTS and other reduction efforts that can make a difference by having significant positive impact on Global Warming One cost efficient answer to this is VAM processing Thank you! RMATTUS@MEGTEC.SE