Companies and governments around the world are turning to
emissions trading as a weapon to fight climate change and join a global carbon
market worth $142 billion last year.
Under cap-and-trade schemes, companies or countries face a
carbon limit. If they exceed the limit they can buy allowances from others.
They can also buy carbon offsets from outside projects which avoid greenhouse
gas emissions, often from developing countries.
Following is a list of established and emerging schemes:
1. Kyoto Protocol: Mandatory
for 37 developed nations, excluding the United States which never ratified
Launched: 2005 Covers: All six main greenhouse gases.
Target: Five percent average cut in 1990 emissions in 2008-2012 first phase.
How it works: Rich countries cut greenhouse gases at home or
buy emissions rights from one other -- if one country stays within its target
it can sell the difference to another emitting too much. Or they can buy carbon
offsets from projects in developing countries under Kyoto's clean development mechanism.
The present round of the Kyoto Protocol expires in 2012 and
the future of the scheme after that date is still uncertain as U.N. climate
2. European Union Emissions Trading Scheme: Launched: 2005
Covers: Nearly half of all EU carbon emissions. Mandatory for all 27 EU
members, plus Iceland, Liechtenstein and Norway.
Target: 21 percent cut below 2005 levels by 2020 How it
works: Member states allocate a quota of carbon emissions allowances to 11,000
industrial installations. Companies get most permits free now but many
electricity generators will have to pay for all these from 2013.
More than 3,000 airline operators will join the scheme in
2012. Companies can buy a limited number of U.N.-backed carbon emission offsets
if that works out cheaper than cutting their own emissions.
Zealand emissions trading scheme: Launched:
July 1, 2010. Mandatory Covers: Forestry
started first. Electricity, industrial process emissions and transport
pollution were included from July. Waste to start in 2013. Agriculture to start
Target: The government has pledged to cut greenhouse gas
emissions between 10 and 20 percent by 2020 on 1990 levels.
How it works: Emissions units are allocated based on an
average of production across each industry. From July 1, 2010, to Jan. 1, 2013,
emitters have the option of paying a fixed price of NZ$25 per tonne of carbon,
and will only have to surrender 1 unit for every 2 units of emissions. Such
assistance will be gradually phased out.
4. Northeast U.S.
states' Regional Greenhouse Gas Initiative (RGGI):
Launched: January 2009 Covers: carbon from power plants in
10 northeast states. New Jersey
to withdraw by end of year. Allows offsets from five different types of clean
energy projects including capturing methane from landfills and livestock
manure, but only if a $7 per ton price trigger is hit.
Target: 10 percent cut below 2009 levels by 2018. 5. Japan: Tokyo
metropolitan trading scheme: Launched: April 2010 Covers: Around 1,400 top
emitters. Target: Japan
aims to cut emissions by 25 percent by 2020 from 1990 levels. Government hopes
to pass a climate bill which includes a national trading scheme have faded after
nuclear accident took precedence.
How it works: Tokyo
city sets emissions limits for large factories and offices to meet by using
technology like solar panels and advanced fuel-saving devices.
is also pushing ahead with a bilateral offsets scheme by backing CO2 reduction
projects in developing nations.
Clean Energy Bill on Nov. 8, parliament adopted what could be the largest
emissions trading scheme outside of Europe
after more than a decade of trying.
carbon pollution apart from exempted agricultural and land sectors, and the
combustion of biomass, biofuels and biogas.
Target: National aim to cut greenhouse gases by 5 percent
below 2000 levels by 2020.
How it works: 500 companies will pay a A$23 per tonne carbon
tax from next July, rising by around 5 percent a year, moving to a market-based
trading scheme in 2015. This is subject to a three-year price ceiling of A$20
above international prices for 2015-2016, rising by 5 percent in next two
years. There will be a price floor of A$15, rising by 4 percent per year.
2. Californian climate change law "AB 32": Launch:
Delayed by a year to 2013. Covers: Economy-wide emissions, from power plants,
manufacturing and, in 2015, transportation fuels.
Target: Cut the state's emissions to 1990 levels by 2020.
How it works: Would give away most of its credits to polluters in the early
years of the plan.Allows emitters to use offsets to fulfill up to 8 percent of
their compliance obligation.
3. Western Climate Initiative (WCI) Launch: January 2013.
Covers: California, Canada's
British Columbia and Quebec. Ontario also expected to join.
Target: Cut emissions 15 pct below 2005 levels by 2020. How
it works: Emitters such as power plants would have to buy offsets to cover
their emissions. Transport would be included in 2015.
Korea emissions trading scheme: Launch:
Expected to start in 2015. Covers: About 470 companies that emit more than
25,000 tonnes of carbon dioxide annually and are collectively responsible for
60 percent of the country's emissions. All sectors to be covered.
The government wants the bill to be passed before the end of
the year and to start the scheme from 2015. It bowed to industry pressure by
increasing free carbon permits and softening penalty rules for non-compliance
in a bid to get parliamentary approval.
Target: Government has set a 2020 emissions reduction target
of 30 percent below forecast "business as usual" levels.
carbon offset scheme Launch: Unknown Covers: Nearly 270 companies responsible
for more than half of Taiwan's
greenhouse gas pollution have agreed to supply emissions data to the government
to help it launch a carbon offset scheme.
aims to cut CO2 to 2005 levels by 2020. Legislation to limit emissions has
struggled to get through parliament since the government introduced a bill in
Perform, Achieve and Trade system: Launch: Trading is set to begin in 2014
after a three-year roll-out period.
Covers: A mandatory energy efficiency trading scheme
covering eight sectors responsible for 54 percent of India's industrial energy
has pledged a 20-25 percent reduction in emissions intensity from 2005 levels
How will it work? Annual efficiency targets will be
allocated to firms. Trade-able energy-saving permits called Escerts will be
issued depending on the amount of energy saved during a target year.
Pilot carbon trading schemes in seven provinces and cities - Beijing,
Shenzhen and Tianjin:
Launch: The pilot schemes can start as early as 2013. They
will cover energy production and various energy-intensive industries.
Government officials have said 2015 could be the starting date for a national
scheme, although a final timetable has not been agreed.
has pledged to cut the carbon intensity of its economy 40-45 percent below 2005
levels by 2020.
Clean Development Mechanism (CDM)
Today, mankind is facing three of the most massively dangerous problems since its birth:
1 – The increase of the greenhouse effect which definitely puts the biodiversity in peril because of the high speed of climate change,
2 – The exhaustion of petroleum whereas the world's economy is totally built on it,
3 – The increasingly unbearable imbalance between rich and poor countries which, beyond the unacceptable human aspects, causes greater geopolitical tensions worldwide.
People have been taking stock of a threat most readily characterized by its global impact. It covers the entire planet and menaces all species by an alteration, already underway, of their habitats and by a global and too quick modification of the earth’s climate.
This is the greenhouse effect.
The cause is of biblical simplicity. Mainly since the industrial revolution of 1850, mankind has spewed into the atmosphere in the form of carbon dioxide (CO2) in immeasurable quantities the carbon that plants had been using for 300 million years, to create what we call “fossil fuels” – coal, natural gas, and petroleum. Yet carbon dioxide is one of the most pervasive greenhouse gases and there is no "clean" fossil fuel. No matter what you do, if you feed an engine with fuel containing fossil carbon, you will have the same quantity of fossil carbon at the exhaust.
Some numbers just to illustrate: 6 billion tons of CO2 emissions of human origin in 1950, 22 billion tons in 1989, and 24 billion tons in 2000 (source: US Department of Energy ).
With, among other factors, the 8% increase (and higher) in the economic growth of China and India, not to mention the USA, Central Europe, Brazil, Turkey, etc. the phenomenon is not about to reverse itself, considering more or less that one percentage point of economic growth entails an increase by one percentage point of energy consumption and linked CO2 emission.
A solution to greenhouse effect the Clean Development Mechanism (CDM) has been introduced. CDM is one of the Kyoto mechanisms; the CDM aims to promote sustainable development in developing countries as well as to help Annex I Parties achieve compliance with their Carbon Emission Reduction (CER). It allows Annex I countries (mostly industrialized countries) to invest in emission-saving projects in developing countries and gain credit for the savings achieved through the generation of Carbon Emission Credits that they can use to contribute to compliance with part of their emission reduction targets. The CERs will be added to Annex I Parties' assigned amounts. The Carbon dioxide released into the atmosphere when biofuel is burned is recycled by growing plants, which are later processed into fuel. Thus, the CO2 emission of Jatropha oil can be assumed almost zero. For this reason, a project which aims to exploit the potential of Jatropha Curcas as energy crop owns all requisites to be eligible within the CDM
There are new and high potential opportunities to generate carbon finance in the biodiesel sector.The use of petro-diesel in engines creates a significant amount of greenhouse gas emissions that can be greatly reduced by substituting a blend of biodiesel and petro-diesel or using 100 percent biodiesel.Greenhouse gas emissions can be reduced in a number of ways through the biodiesel production process including:
Carbon sequestration in the plantations of trees whose seeds are used for biodiesel production
Substitution of biodiesel for petro-diesel
Use of processed seed cake as an organic fertilizer.
Biodiesel can be produced from plants such as rapeseed, palm, coconut, or soybean or Jatropha curcas or from used cooking oil from restaurants.Regarding Clean Development Mechanism projects, there is a great potential in the use of Jatropha curcas.
The study concluded that biodiesel yields 3.2 units of fuel product energy for every unit of fossil fuel consumed while petroleum diesel yields 0.83 units.Additionally, the study concluded that, over a lifecycle, that biodiesel reduces net CO2 emissions by 78%. In relation to carbon credits, it has been estimated that 1 hectare of Jatropha curcas could result in CO2 emissions reductions of 10 tonnes per year (Francis and Becker 2001).There is a large potential for CDM biodiesel projects in many countries.
Including revenue from carbon credits from petro-diesel substitution and possibly carbon sequestration and nitrogen based fertilizer substitution; biodiesel projects become considerably financially attractive.See Table below for CER estimations for a 100 hectare (ha) Jatropha curcas plantation.Note: trees per ha can vary greatly and the price of CERs ranges according to the risk taken by the developer regarding guarantee of delivery of CERs.
Possible CER revenue for a 100 hectare plantation for biodiesel
Biodiesel Production (Litres/year)
CERs from Biodiesel (Tonnes CO2 e/year)
Risk related CER price range($)
Tota CER revenue($/yr)
With the above estimation and an estimated retail diesel price of $0.47/litre, CERs for a litre of biodiesel can add value by $0.01 to $0.07/litre or 2 to 15%.
Biodiesel production is a growing industry throughout the world.Interest in the use of the seeds of Jatropha curcas, as well as other plants, to make the oil is rapidly expanding.CDM potential is present in a large number of countries due to the number of types of plants from which biodiesel can be made. The time for realizing the potential of biodiesel in the carbon market has arrived.