The paper offers a framework of the conceptual complexity and different type of modeling approach used to address geologic carbon sequestration issues. The paper offers an overview of possible model concepts for the numerical modeling of geologic carbon sequestration in saline aquifers as well as insight into different model concepts and how efficient they are for carbon capture and storage in saline aquifers, according to the report. An abstract of the paper is available HERE.
NGWA, a nonprofit organization composed of U.S. and international groundwater professionals dedicated to advancing groundwater knowledge.
(Source:: National Ground Water Association, 24 Mar., 2015) Contact: National Ground Water Association, (614) 898-7791, http://www.ngwa.org
Tags Carbon Sequestration news,
According to a report in the journal Nature, the researchers modified metal composites with nitrogen compounds called "diamines." The resulting molecule can bind with CO2 at varying temperatures and without the presence of water.
The material also releases the CO2 after it's heated by 50 degrees, which would ease the process of underground sequestration.
Researchers said the current process for carbon capturing at power plants can consume about 30 percent of the power that's generated, and that alleviating requirements for both water and for higher temperatures could lower plant costs dramatically.
The scientists said they originally hoped to develop a process to capture and expel carbon from submarines, but that it could be scaled up for natural gas plants and, eventually, coal-fired power plants.
The analysis predicted power plants would eventually be required to capture their carbon emissions in order to combat climate change. The research showed the process can reduce CO2 levels at room temperature from the current 400 ppm atmospheric concentration to 300 ppm.
(Source: University of California, Berkeley, Chem Info, 16 Mar., 2015) Contact: UC-Berkeley, Jeffrey R. Long. Professor of Chemistry, (510) 642-0860, , www.berkeley.edu
Tags Carbon Capture news, University of California-Berkeley news, CO2 news, Carbon Capture news, CCS news,
The first two key projects (Peterhead and White Rose) are currently being taken forward under the Government's CCS Commercialization Programme. But what else is needed to build a substantial CCS sector by 2030? What practical steps are needed on the ground, and how much will it cost?
The report (attached below) examines these questions and extends previous modelling-based analysis, using three ambitious but deliverable scenarios to illustrate how we can build the CCS sector by 2030.
Access the report
HERE. (Source: Energy Technologies Institute, Mar., 2015)
Contact: Energy Technologies Institute, George Day
Head of Economic Strategy, 011 +44 0 1509 202046,
Tags Energy Technologies Institute news, CCS news,
Current industrial processes for producing these polyols require expensive and toxic petrochemicals such as propylene oxide which is derived from petroleum. The technology developed at Imperial College, and being taken to market through Econic Technologies, offers existing manufacturers a route to lower costs and lower carbon impact. The researchers estimate that for every tonne of CO2 used in their process, a further two tonnes of emissions could be saved by avoiding making the petrochemical-based raw material it displaces.
Econic Technologies is presently working with major chemical companies to support the adoption of this technology.
The research is being funded by the UK Department of Energy and Climate Change (DECC) and the Engineering and Physical Sciences Research Council. The research has been published in ACS Catalysis.
(Source: Econic Technologies, domain-b.com, 7 Mar., 2015) Contact: Econic Technologies, 011 +44 (0) 20 376 39473, email@example.com, http://www.econic-technologies.com; DECC, www.decc.gov; Imperial College London, http://www.imperial.ac.uk
Tags DECC news, Imperial College London news, CO2 news, Carbon Emissions news, Carbon Capture news,
The $245 million international joint venture project has achieved over 10 000 hours of oxy-combustion and more than 5500 hours of carbon capture from the coal-fired electricity generation facility at CS Energy's Callide A Power Station. One of only a handful of low emission coal projects in the world, the Callide Oxyfuel Project is making a significant contribution to the international carbon capture and storage knowledge bank. The Callide Oxyfuel Project has also helped advance the generation industry's investigations into the viability of carbon dioxide storage through its collaboration with CO2CRC.
The Callide Oxyfuel Project is a joint venture between CS Energy, ACA Low Emissions Technologies (ACALET), Glencore, Schlumberger Carbon Services, and Japanese participants, JPower, Mitsui & Co., Ltd., and IHI.
The project received $63 million from the Australian Government under the Low Emissions Technology Demonstration Fund and other financial support from the Japanese and Queensland governments and technical support from JCOAL. (Source: Callide Oxyfuel Project Mar., 2015) Contact: Callide Oxyfuel Project, www.callideoxyfuel.com; CS Energy, www.csenergy.com.au; Xstarta Coal, +61 2 9253-6700, www.xstrata.com; Schlumberger Carbon Services, (281) 285-1300, www.slb.com
Tags Callide Oxyfuel Project news, CCS news, Carbon Dioxide news,
The bill would provide new incentives for carbon capture and sequestration (CCS) technology, which has yet to be developed on a large scale for coal plants.
It would direct more funds at the Energy Department toward carbon capture, provide variable price support for companies that capture the carbon and increase tax credits, among other actions. Heitkamp introduced the same bill 2014, but it never gained support. The Coal Utilization Research Council, an industry group that pushes for more research funding for coal, applauded the legislation. (Source: The Hill, Coal Utilization Research Council, Others, 28 Feb., 2015) Contact: Coal Utilization Research Council, Ben Yamagata, Exec. Dir., (202) 298-1857,firstname.lastname@example.org, www.coal.org;
Sen. Heidi Heitkamp (D-N.D.), www.heitkamp.senate.gov; Tim Kaine (D-Va.), www.kaine.senate.gov
Tags Clean Coal news, Coal news, Coal Utilization Research Council news,
The analysis examines existing wetland restoration techniques such as river diversions, hydrologic restoration, wetland assimilation, and mangrove plantings to identify areas for future scientific investigation to support carbon offset programs.
Initial findings indicated that restoration in Louisiana could potentially produce over 1.8 million offsets per year, or almost 92 million offsets over 50 years. Wetland restoration techniques identified in the study could potentially generate $400 million to $1 billion in offset revenue depending on the dollar value of the carbon offset -- with the potential for almost $630 million more by including prevented wetland loss in the carbon accounting.
The high cost of wetland restoration is the main barrier to wetland carbon commercialization, according to the study.
(Source: Ecosystem Marketplace, 23 February 2015) Contact: The Climate Trust, Dick Kempka, VP Bus. Dev.,
(503) 238-1915, http://www.climatetrust.org; Tierra Resources, Dr. Sarah Mack, (504) 339-4547, http://tierraresourcesllc.com; Entergy Corp, Chuck Barlow, VP Environmental Strategy & Policy, http://www.entergy.com
Tags Carbon news, Carbon Offsets news, Mangrove news, Entergy Corp. news, The Climate Trust news, Tierra Resources news,
structures and is used to tackle global climate change. The ETI's announcement follows a project launched last year to fund a 5MW CCS plant capable of capturing up to 95 pct of carbon emissions from a gas-fired power station.
According to ETI Programme Manager for CCS, Andrew Green,
"We expect that by 2020, there will be 30GW of gas-fired power capacity, some of which will require retrofit or upgrade to include CCS by 2030 if we are to meet UK CO2 reduction targets. Newly developed technology which reduces costs and accelerates deployment by 2030 is therefore critical." (Source: ETI.ELN. 17 Feb., 2015) Contact: Energy Technologies Institute, Andrew Green, CCS programme manager, 011 +44 (0) 1509 202020, www.eti.co.uk
Tags Energy Technologies Institute news, CCS news,
The Mississippi plant will be the first commercial experiment with the technology in the U.S. In 2008 the state legislature passed the Baseload Act which allows Mississippi Power to raise customers rates to fund the project which was originally expected to cost $1.8 billion in 2009 but in 2014 was at $6.2 billion.
(Source: Mississippi Power,GreenCar Report, 18 Feb., 2015) Contact: Mississippi Power, Ed Day, Pres., www.mississippipower.com
Tags Mississippi Power news, CCS news,
WCA acting CEO Benjamin Sporton said "The WCA recognizes the vital role that all low emission technologies can play and has created a global Platform for Accelerating Coal Efficiency(PACE) to promote adoption of these technologies. PACE's vision is for the most efficient power plant technology possible to be deployed when coal plants are built. PACE's objective is to raise the global average efficiency of coal-fired power plants and so minimize CO2 emissions, whilst maintaining legitimate economic development and poverty alleviation efforts," Sporton added.
Sporton said that "Calls for divestment ignore the global role played by coal and the potential offered by HELE and CCUS technologies. It is essential that responsible investors actively engage with the coal industry. All low emission technologies are needed to meet climate targets. We cannot meet our energy needs, tackle energy poverty and reduce global emissions without utilizing all options available to us, including low emissions coal."
(Source: World Coal Association, Australian Mining, CoalGuru, 17 Feb., 2015) Contact: World Coal Association, Benjamin Sporton, Acting CEO, 011 +44 (0) 20 7851 0052, email@example.com, http://www.worldcoal.org
Tags Coal news, Clean Coal news, Climate CHangeWorld Coal Association news, Coal news, Clean Coal news,
"FutureGen was one of many federal energy projects experimenting in so-called "clean coal" technology. FutureGen sought to demonstrate the technical capabilities of carbon capture and sequestration (CCS) technology. CCS attempts to capture CO2 emissions from coal-fired power plants and store it underground, eliminating an increase in atmospheric CO2.
"FutureGen was launched in 2003 by the George W. Bush administration as a public-private partnership to demonstrate CCS with a site chosen in Illinois. Costs would be shared among the federal government and 12 private energy companies. The project's estimated cost grew from $1 billion to $1.8 billion by 2008, when it was cancelled due to the cost overruns.
"In 2010 the Obama administration revived the project using stimulus funding. The new project, FutureGen 2.0, was allotted $1 billion from the federal government, with private investors supposed to be providing additional funding.
"The project was plagued with problems. Estimated costs grew quickly, rising from $1.3 billion to $1.65 billion. The Congressional Research Service cited 'ongoing issues with project development, [and] lack of incentives for investment from the private sector.' Private investors were unwilling to invest in the project. As of August 2014, the FutureGen Alliance had yet to raise the $650 billion in private debt and equity needed. There were additional concerns about the legality of a $1 a month surcharge to subsidize the project that would have been added to the electricity bills of all Illinois residents. Late last year, the Illinois Supreme Court agreed to hear the case.
"Now, DOE announced that it will suspend funding for the project. Energy Secretary Ernest Moniz told reporters, "frankly, the project has got a bunch of challenges remaining," which is a startling admission from the administration. DOE said that the project failed to make enough progress to keep it alive and would not meet a September 30, 2015 deadline for spending the remaining stimulus funds that it had been allotted.
"The project spent $202.5 million of the $1 billion before being cancelled. Together, the two iterations of FutureGen ended up costing taxpayers $378 million.
"A related issue is that proposed regulations from the Obama administration would functionally require CCS for all new coal-fired power plants in the United States. But with the failure of FutureGen, the federal government has not demonstrated that it works properly. DOE's other CCS demonstration project in Mississippi is experiencing delays as well. Some experts question if CCS is technologically possible at a cost-effective price.
"FutureGen and FutureGen 2.0 are part of a long list of DOE failures. Repeating mistakes made during the Bush administration, DOE reopened FutureGen, which put millions more tax dollars at risk. DOE should stop trying to centrally plan technological advances and instead let entrepreneurs experiment and the market guide the nation's energy progress." (Source: Cato Institute, Feb., 2015) Contact: Cato Institute, Nicole Kaeding, (202) 842-0200, http://www.cato.org
Tags FutureGen news, FutureGen 2.0 news, Cato Institute news,
SaskPower's Carbon Capture Project: What Risk? What Reward? by Brian Banks and Mark Bigland-Pritchard raises many questions about the cost of the project, the consequences for ratepayers, the purported environmental benefits and whether it was ultimately money well spent by the province. The authors conclude that the massive investment in CCS technology would have been much better spent on new, less-expensive, renewable sources of energy that would have a far greater environmental impact in terms of reduced Green House Gases (GHG) than what CCS technology can currently offer.
Access the SaskPower's Carbon Capture Project: What Risk? What Reward? report HERE. Source: Canadian Center for Policy Alternatives, (613) 563-1341, firstname.lastname@example.org, www.policyalternatives.ca: SaskPower, Mike Monea, Pres., CCS Initiatives, Robt. Watson, CEO, (306) 566-2121, www.saskpower.com
Tags SaskPower news, CCS news, Boundary Dam news,
While coal makes up only a small share of the French energy mix, the country subsidizes new coal energy in third-world countries through public guarantees from the French Export Credit Agency (COFACE). Since 2011, COFACE has guaranteed over €1.2 billion of coal projects and was the fifth largest subsidizer of coal energy exports from the OECD between 2007 and 2013. The withdrawal of this support will be written into the energy transition for green growth bill, which is currently undergoing examination in the French Senate. (Source: Bellona Europa, 10 Feb., 2015) Contact: Bellona Europa, email@example.com, www.bellona.org
Tags Coal news, Bellona news, GHGs news, Carbon Emissions news, Climate Change news,
"In terms of the energy outlook, there is some role for CCS by the end of 2035, but it's really quite small -- and that's just a judgement call in terms of where the technology has got to and the relative cost." Dale added.
"Perhaps if we were projecting forward 40 years rather than 20 years, I would hopefully expect to see a greater role for CCS by then, but in terms of our central message of the likely outcome, it is a very limited role," Dale added. Dale's comments were a partial preview of BP's soon to be released annual energy outlook.
(Source: BP, Interfax, Other, Feb., 2015) Contact: BP, www.bp.com
Tags British Petroleum news, CCS news, Carbon Emissions news,
For these new materials, the scientists employed a microfluidic assembly technique. This produced microcapsules that contained liquid sorbents, or asorbing materials, encased in highly permeable polymer shells. This is the first time these microcapsules have been used in carbon sequestration. Because power plants are the single largest source of CO2 these microcapsules could be a huge boon when it comes to preventing GHG emissions.
Currently, the researchers are working on enhancements to the new technique and hope to eventually bring the capture process to scale.
The full report is available HERE. (Source: Harvard Gazette, NETL, Uncover California, 2 Feb., 2015)
Tags CCS news, GHG news,
The team assessed whether the revegetation of underwater meadows is effective in restoring their capacity to act as carbon sinks in relation to the time needed to achieve this (decades). The study was published in the Journal of Ecology. "The revegetation of meadows prevents the erosion of these organic carbon deposits which have accumulated throughout centuries in meadows which have now disappeared," points out CSIC researcher Nuria Marba from the Mediterranean Institute for Advanced Studies (IMEDEA). "Our results indicate that the loss of this ecosystem must have also represented an important loss in the capacity to sequester and store carbon in the sediments of underwater meadows," she adds.
Seagrass meadows are relevant as carbon sinks at a global scale and that is why their conservation and restoration can contribute to mitigating anthropogenic emissions, researchers state. In addition, the results of this study contribute to dispel the doubts which were hindering the development of blue carbon strategies in underwater meadows. Blue carbon is the term given to carbon captured by marine and coastal ecosystems in the form of biomass and sediments.
The study relied on using sediment-dating techniques to quantify the accumulation of carbon in repopulated areas and the erosion of historic carbon in areas that were not revegetated. (Source: Spanish National Research Council (CSIC), 9 Feb., 2015) Contact: CSIC, 011 +34 91 568 1400, www.csic.es
Tags GHGs news, Carbon Sink news,
Although the DOE contends that it is "suspending", not canceling, FutureGen's funding, some officials question whether FutureGen should receive additional tax dollars. Officials also said the decision to pull FutureGen's funding had nothing to do with CCS or the merits of the project, but rather with the FutureGen Alliance and its apparent inability to secure private investment. Several FutureGen partners withdrew from the project after stimulus funding was announced in 2009. FutureGen is dependent upon federal funding.
The FutureGen Industrial Alliance, Inc. is structured as a non-profit 501(c)(3) organization in order to focus on technology advancement rather than profits. Alliance members contributing to the project do not receive any direct financial returns from participation in FutureGen. All revenue from the sale of any marketable byproducts will be returned to the non-profit. This arrangement enables the Alliance members to focus on developing innovative approaches to generating electricity from coal in a cleaner way than ever envisioned. The non-profit structure will enable the Alliance to take more risk in experimenting with advanced technologies than would be the case if traditional measures of financial return were considered. FutureGen Alliance members include: Alpha Natural Resources; Glencore; Joy Global Inc.; Peabody Energy; and Anglo American.
(Source: FutureGen Alliance,Various Sources, Washington Times, US DOE, 3 Feb, 2015) Contact: FutureGen Alliance, Kenneth Humphreys, CEO, (202) 280-6019, www.futuregenalliance.org
Tags FutureGen 2.0 news, FutureGen Alliance news, CCS news, Coal news, Clean Coal news,
"It makes no sense to pull the plug on $1 billion committed to America's signature near-zero emissions power project at such a critical time for these investments in technology," said Peabody Energy Chairman and Chief Executive Officer Gregory H. Boyce. "The Administration has pledged $1 billion for advanced coal projects in China, and I urge them to support investments in the U.S. We have the knowledge to advance low-carbon technologies to commercial scale and must demonstrate our leadership and our will."
The Administration's decision ironically comes only days after the National Coal Council (NCC) issued its latest study calling on the DOE to accelerate deployment of carbon capture and storage (CCS) technology at scale for both energy and industrial applications. Fossil fuels are the backbone of the world's energy supply, providing 87 pct of global energy, and coal leads the way fueling the most electricity. Notably, the NCC conducted the study at the request of the Secretary of Energy and serves as an advisor to the Secretary on matters related to coal.
FutureGen would be the only fully integrated CCS project in the world. There are 22 CCS projects in operation or under construction globally, and the International Energy Agency initially called for at least 100 projects by 2020. The FutureGen concept was initiated as part of the Clinton Administration's Vision 21 program and has enjoyed strong bipartisan Congressional support. Yet as America has contemplated how to develop FutureGen for nearly two decades, others have moved decisively forward.
Norway's Sleipner carbon storage project in the North Sea has been operating since 1996. Canada's Boundary Dam power station began operating last October, capturing carbon dioxide for enhanced oil recovery. China's GreenGen power plant and carbon research center was brought online in 2012, and ultimately will capture carbon dioxide for enhanced oil recovery. At full build, GreenGen could become the world's largest near-zero emissions coal plant. Peabody is a founding member of the FutureGen Alliance and the only non-Chinese equity partner in GreenGen.
Peabody Energy is the world's largest private-sector coal company and a global leader in sustainable mining, energy access and clean coal solutions. The company serves metallurgical and thermal coal customers in more than 25 countries on six continents. Peabody was named Energy Company of the Year at the 2014 Platts Global Energy Awards. (Source: Peabody Energy, 4 Feb., 2015) Contact: Peabody Energy, Beth Sutton, (928) 699-8243, www.peabodyenergy.com
Tags Peabody Energy news, FutureGen news, Coal news, Clean Coal news,
"Economic theory suggests that we'd need a global price on greenhouse-gas emissions to keep warming below the 2 degrees Celsius threshold, and this price would probably have to be more than $30 per ton of CO2, previous studies showed," says Christoph Bertram of the Potsdam Institute for Climate Impact Research (PIK). "This seems rather unrealistic, given the track record of policies so far enacted." This is why the new analysis examines second-best policy mixes. “For the first time, we can show that until 2030 a sub-optimal price for CO2 of only $7 can initiate a necessary transformation of the energy system if at the same time states enact a range of technology polices."
Technology support schemes could take various forms, from feed-in tariffs to quotas for low-emission electricity sources or tax credits, but also direct support for technological innovation, including the demonstration and up-scaling of carbon capture and storage (CCS) technologies. Regulating the most polluting technologies should complement that. If only renewables are pushed into the market, as currently seen in Germany, the use of natural gas decreases while use of cheap but dirty coal remains unaffected or even expands.
"Successful climate policies not only require reducing emissions in the short term, but also to pave the way for deep de-carbonization in the long term," says project leader Gunnar Luderer of PIK. "To this end, cleverly designed technology policies can bring essential green technologies to the market and avoid further build-up of emissions-intensive infrastructure." As an example, expanding coal-fired electricity production not only increases current emissions, but due to the long life-time of power plants also hampers future emission-reduction potential. A ban on new coal-fired plants without CCS, as currently implemented in the U.S, therefore proves to be a valuable element of a global climate policy mix.
The researchers used a state-of-the art computer model of the global energy economy.
"So far, it seems clear that most countries will make heavy use of technology policies in their efforts to limit emissions. It is therefore crucial for them to know how much they could gain by combining these with a predictable CO2 price, even a moderate one," says co-author Ottmar Edenhofer, chief economist of PIK. "Admittedly, a sub-optimal policy mix as studied here leads to inefficiencies, and hence overall higher costs, but it implies lower distributional impacts and institutional requirements compared with the optimal solution of high carbon pricing. Therefore, in such a scenario the barrier to start action is lowered. And if we want to contain the impacts of climate change, it is essential to start comprehensive and meaningful mitigation policies between 2015 and 2020. Otherwise, both risks and costs increase substantially." (Source: Potsdam Institute for Climate Impact Research, Feb. 2, 2015) Contact: Potsdam Institute for Climate Impact Research, www.pik-potsdam.de
Tags CO2 news, Carbon Price news, Potsdam Institute for Climate Impact Research news,
The EPA plan also recommends that increasing state coal fleet efficiency by 6 pct will help the state meet its emission goals. The Agency also suggests coal-to-gas conversion, increased renewable energy use, increased energy efficiency and/ or carbon capture utilization and storage technology which is being developed by the Energy & Environmental Research Center (EERC) in Grand Forks, could help individual states meet new emissions caps .
The EPA's CO2 emissions rules are slated to be released this summer. States will have as late as 2018 to submit plans for meeting their caps. (Source: Barr Engineering -- Conf. Presaenter , Bismark Tribune, Others, Feb., 2015)
Tags Coal news, Carbon Emissions news,
According to the report, CCS can provide the least cost transition to a low-carbon future and a reliable electric power supply. The report calls for policy support and "wider political ambition" within the EU and outlines a ten-point plan for policy makers. The plan is attached below, along with the report's key findings.
SCCS is the largest carbon capture and storage research group in the UK. SCCS researchers provide connected strength across the full CCS chain. SCCS is able to act as the conduit between academia, industry and government.
The full report A CCS future for Europe:
Catalysing North Sea Action
is available HERE
(Source: Scottish Carbon Capture and Storage , Jan., 2015) Contact: Scottish Carbon Capture and Storage , 011 +44 0 131 650 0227, firstname.lastname@example.org, www.sccs.org.uk
Tags CCS news, Scottish Carbon Capture and Storage news,
The Teesside Collective, which includes BOC, Lotte Chemical UK, steel maker SSI UK and fertilizer manufacturer GrowHow, hopes to use CCS technology to capture emissions, plug them into a shared pipeline network and transport them for permanent storage deep beneath the North Sea. According to the group, CCS in the Teesside region would help local firms deal with escalating carbon permit prices, and put the UK at the forefront of worldwide industrial CCS development.
According to Amec Foster Wheeler -- which has outlined the initial findings of engineering work -- retrofitting carbon capture technology to the four anchor projects' different industrial processes -- steel, ammonia, hydrogen and polyethylene terephthalate production -- is operationally and technically feasible.
The collective has received £1 million from the UK Department of Energy and Climate Change (DECC) to develop a business case for the proposals that it hopes to present in summer 2015.
(Source: DECC, GreenEngineer, 21 Jan., 2015) DECC, www.decc.gov.uk
Tags CCS news, DECC news,
"Korea opened the market under a law it enacted in 2009, which gives businesses carbon emission caps and those that exceed their quotas must buy allowances for more emissions, while those that have surplus amounts can sell their rights. The cap-and-trade system had been delayed for two years in the face of opposition from industries.
"That the government launched the carbon trading market does not mean that industry has fully given in. Arguing that the 16 billion tons allocated to 525 major carbon-emitting firms is not sufficient, some petrochemical and steel-making firms have taken administrative steps to appeal the emissions quota. The industry says the government should have raised the total quota of carbon emission allowances to at least 20 billion tons.
It is true that the allocation of emission caps will incur a considerable burden on the industry -- they will likely see their production costs rise and should brace for additional costs for buying allowances and in worst cases, pay penalties --which would cost three times more than the emission rights.
"In present times we can no longer demand sacrifice of the environment only to save business costs. Moreover, Korea is the world's seventh-largest carbon emitter and we have already made international commitments to aggressively tackle greenhouse gas emissions.
"The government pledged in 2009 to restrict greenhouse gas emissions to 30 percent below business-as-usual levels by 2020. Officials said operation of the carbon trading market will help the country to cut greenhouse gas emissions by 80 million tons by 2017. Now both the government and industry need to work together to make sure the nascent market takes firm root. One of the most urgent jobs will be addressing the mismatch between supply and demand, for which the government may have to provide additional carbon credits.
"Authorities will also need to diversify the carbon market -- including trading of derivatives -- and chart a mid- and long-term plan to develop the market as a regional hub of carbon trading.
The opening of the carbon trading market is also hoped to encourage the government and businesses to turn to the development of new eco-friendly industries such as renewable energy, energy storage and carbon capture and storage." (Source: Editorial, Korean Herald, Jan. 16, 2015)
Tags Korean Carbon Market news, Cap-and-Trade news, Carbon Credits news,
The 18-month, three-phase test program is intended to validate performance of the Linde-BASF CO2-capture technology on actual coal-derived flue gas. The technology integrates BASF's advanced aqueous amine-based solvent (OASE®blue) and process technology with novel CO2-capture process and engineering innovations that are being developed by Linde. OASE®blue chemically absorbs CO2 from the flue gas at a relatively low temperature in the absorption column. The CO2-rich solvent is then transferred to a stripping column where steam is added to heat the solvent, reversing the chemical reaction and releasing high-purity CO2 for compression and pipeline transport. The CO2-lean solvent is recycled back to the absorption column for additional CO2 capture.
Long-duration testing at optimal operating conditions aims to evaluate steady-state performance with power plant cycling, pilot unit reliability, solvent stability, and the emissions profile. Following successful pilot testing, Linde and BASF will undertake larger-scale testing that will lead to full-scale commercialization in the 2025 timeframe. (Source: BASF, Linde, EIN, Others , Jan, 2015) Contact: BASF, www.basf.com;
National Carbon Capture Center, www.nationalcarboncapturecenter.com; Linde Group, Dr. Andreas Opfermann, Head of Clean Energy and Innovation Management, (800) 232-4726 -North Am. Office, www.linde.com; NETL, www.netl.doe.gov
Tags Linde news, BASF news, Carbon Capture news, CO2 news, National Carbon Capture Center news,
CFS has completed over 250 fundraising and advisory transactions in Greater China Region and has invested in over 20 projects involving around $1.5 billion.
Both companies will jointly explore commercial scale opportunities for Algae.Tec's technology in the People's Republic of China, Taiwan, Hong Kong and Macau. (Source: AlgaeTec, Others, DF, 12 Jan., 2014) Contact: Algae.Tec, 011 +61 (08) 9380 6790, www.algaetec.com.au
Tags Algae.Tec news, Biodiesel news, Carbon news,
As part of the project, CO2 is captured from the Archer Daniels Midland Company ethanol production facility in Decatur, Illinois. The CO2 is compressed then injected approximately 7000 ft below the surface into the Mount Simon Sandstone formation.
Since the start of the investigations in November 2011, the injection test performed better than expected, sustaining pressure increases well below regulatory limits.
The Midwest Geological Sequestration Consortium, led by the Illinois State Geological Survey, is evaluating CCS options for the 60,000 square mile Illinois Basin, which underlies most of Illinois, southwestern Indiana, and western Kentucky.
(Source: US DOE, worldcement.com, 9 Jan., 2015)
Contact: NETL, Regional Carbon Sequestration Partnerships initiative, http://www.netl.doe.gov/research/coal/carbon-storage/carbon-storage-infrastructure/rcsp; Midwest Geological Sequestration Consortium, www.sequestration.org
Tags CCS news, Carbon Capture news, Regional Carbon Sequestration Partnerships initiative news, Midwest Geological Sequestration Consortium news,
The mission will include up to 25 top US corporate executives looking for opportunities in areas such as green buildings, carbon capture utilization and storage, energy efficiency technologies, clean air and water technologies, waste treatment technologies, smart grid and green transportation. The mission follows a recent US-China breakthrough on carbon emission reductions and climate change.(Source: US Department of Commerce, GeoTV News, 8 Dec., 2014)
Tags Clean Energy news,
The CO2 capture system removes and captures approximately 90 pct of the plant's CO2 which is then sequestered in a deep aquifer near the plant. The remaining 10 pct is being used by oil giant Cenovus for enhanced oil recovery operations at its Weyburn oil field operations.
The carbon capture system was developed by Quebec-based CanSolv and was acquired by Shell Global in 2008. Saskpower is now looking to improve the system's efficiency and to cut its capital costs.
It also plans to retrofit two other Boundary Dam units with carbon capture systems.
(Source: SaskPower, Globe & Mail, Others, 2 Dec., 2014) Contact: SaskPower, Mike Monea, Pres., CCS Initiatives, Robt. Watson, CEO, (306) 566-2121, www.saskpower.com; Shell Cansolv, Philippe Gauthier, Pres., www.cansolv.ca
Tags CanSolv news, Boundry Dam news, CCS news, SaskPower news,
Peterhead is one of two proposals contending for the UK government's £1bn CCS commercialization competition, alongside the White Rose Project at Drax's power station in Yorkshire. The UK government estimates that CCS could generate £6.5 billion a year for the economy while cutting the cost of meeting the country's mandatory carbon targets by over £32 billion.
The Cansolv CO2 Capture System has been used at the first commercial scale CCS plant, opened by Canada's SaskPower at the Boundary Dam power plant. (Source: Shell Oil Co., Bus. Green, 28 Nov., 2014) Contact: Shell Cansolv, Philippe Gauthier, Pres., www.cansolv.ca; SaskPower, Mike Monea, Pres., CCS Initiatives, Robt. Watson, SakPower CEO, (306) 566-2121, www.saskpower.com
Tags Shell Oil news, Cansolv news, CCS.UK CCS news, SaskPower news, news, Carbon Capture & Storage news,
The UNECE recommendation says that commercial development of carbon capture and storage (CCS) does not have enough political support, and should have at least as much as other low carbon technologies.
"A post-Kyoto international agreement should accept a broad array of fiscal instruments to encourage CCS/CCUS (carbon capture utilization and storage), but the selection of instruments should be left to the discretion of national governments," a UNECE statement said.
Governments should also work together to cover the high cost of CCS demonstration projects, UNECE said.
(Source: UNECE, Mail Online, Reuters, 25 Nov., 2014) Contact: U.N. Economic Commission for Europe, www.unece.org
Tags Kyoto Protocol news, Carbon Capture news, Climate Change news,
In bench testing, 1T1 demonstrated longevity and catalytic performance significantly surpassing that of the best third-party enzymes used by CO2 Solutions to date. As such, 1T1 is expected to be the principal enzyme for the Corporation's carbon capture process going forward. Patent applications have been filed in relation to 1T1 and the use thereof. Relative to its peers, 1T1 has a longer lifespan in the CO2 capture process, and delivers greater stability in meeting the required specifications for CO2 capture efficiency. At the same time, initial manufacturing results suggest that the production cost per unit weight of enzyme protein are likely to be substantially less than that for the third-party enzymes used to date. At the enzyme concentration levels required to deliver optimal carbon capture, CO2 Solutions believes this should lead to significantly lower enzyme-related costs, further reducing operating expenses of the capture process.
The new enzyme will be used in the December tests at the University of North Dakota Energy & Environmental Research Center (EERC).
1T1 was developed with the financial assistance of the Government of Canada's Industrial Research Assistance Program (IRAP).
(Source: CO2 Solutions Inc., PR, 19 Nov., 2014) Contact: CO2 Solutions, www.co2solutions.com
Tags CO2 Solutions news, Carbon Dioxide news, Carbon Capture news, North Dakota Energy & Environmental Research Center news,
A number of new technologies are being brought to market that consume CO2 as a feedstock, making this approach a unique opportunity to reduce overall emissions. In contrast to carbon capture and sequestration (CCS), new carbon utilization technologies convert those emissions into valuable products that can have economic and environmental benefits.
Algae technology developers are developing a wide range of platforms to convert concentrated sources of CO2 to renewable fuels and other high-value products. By converting waste gases into products, emitters can comply with EPA regulations and offset their cost or even profit from them.
The ABO has called on the EPA to explicitly recognize that carbon utilization technologies are acceptable methods for states to achieve emissions reductions under the agency's Clean Power Plan. Failing to do so will be a missed opportunity to encourage investments in an approach that could deliver positive environmental results along with economic growth, jobs and improved energy security. (Source: The Algae Biomass Organization, Nov., 2014) Contact: Algae Biomass Organization, (877) 531-5512, www.algaebiomass.org
Tags The Algae Biomass Organization news,
The UK has positioned itself as one of the world's frontrunners in this sector and is leading Europe with two commercial scale carbon capture and storage projects in development, Peterhead in Scotland and White Rose in Yorkshire. (Source: UK DECC, ClickGreen, Nov., 2014)
Tags CCS.UK CCS news, Canada CCS news, Carbon Capture & Storage news,
According to the new work, "The deposition of compounds such as sugars and organic acids from living roots (in the soil) can increase the activity of bacteria and fungi, and it's this increase in activity that accelerates the decomposition of carbon in the soil, leading to higher CO2 emissions. On the other hand, this increased activity can transform carbon compounds into forms more easily locked onto soil particles, allowing them to stay in the soil for longer periods of time."
Global simulations conducted by the team found that microbial responses to enhanced root activity under rising CO2, while depending on plant species, climate and soil mineralogy, led to a loss of global soil carbon stocks that counteracted the additional carbon storage resulting from increased plant growth in many regions of the world. The strongest of these effects were found in temperate North America, Western Europe, Southeast Asia and Southern Africa, while gains in soil carbon capture were greatest in boreal North America, Siberia and tropical South America.
Prior to this new research, computer models used to simulate future climate change generally had not been able to simulate interactions between plant growth and microbial decomposition rates. The new modeling tool -- Carbon, Organisms, Rhizosphere and Protection in the Soil Environment (CORPSE) -- represents a major advance in the ability of scientists to simulate the global carbon cycle.
The model has already been integrated into the next generation of the global land model used for climate simulations by the NOAA Geophysical Fluid Dynamics Laboratory, a major national climate modeling center.
The U.S. Department of Commerce, the USDA SFRI Program, BP and Princeton University funded the project. Global simulations were supported by the Geophysical Fluid Dynamics Laboratory using the Gaea supercomputer of the National Climate-Computing Research Center at Oak Ridge National Laboratory.(Source: Indiana Univ., 10 Nov., 2014) Contact: Indiana University,
Benjamin N. Sulman , (609) 452-6500, http://www.gfdl.noaa.gov/benjamin-n-sulman-home-page, http://www.gfdl.noaa.gov
Tags Climate Change news, CO2 news, Soil Carbon news,
The new website will serve as a clearing house for information about CCU, relevent new technologies and other useful information. It will also provide tools for supporters to take action of their own to promote commonsense regulations and markets for carbon dioxide.
Algae technology developers are developing a wide range of platforms to convert concentrated sources of CO2 to renewable fuels, chemicals, fertilizer, plastics, feed ingredients and other valuable products. Dozens of other technologies can use catalysts or biological processes to transform CO2 into products and reduce greenhouse gas emissions.
(Source: ABO, PR, 11 Nov., 2014) Contact: ABO, Matt Carr, Exec. Dir., (877) 531-5512, www.algaebiomass.org; New website, www.recyclecarbon.org
Tags Algae Biomass Organization news, Algae news, CO2 news, Carbon Capture and Utilization news,
The technology can achieve a CO2 capture rate of up to 90 percent. The company is using the captured CO2 to grow algae and generate new income streams.
(Source: ITRI, Focus Taiwan, 4 Nov., 2014)
Contact: Taiwan Cement Corp., www.taiwancement.com; Taiwan Industrial Technology Research Institute; https://www.itri.org.tw
Tags Carbon Emissions news, Cement news, Carbon Capture news,
According to ADM's Biofuels Development Director Scott McDonald,
carbon storage is part of a portfolio that includes biofuels and renewable energy sources that will offset carbon emissions. (Source: Archer Daniels Midland, herald-review.com, 6 Nov., 2014) Contact: Archer Daniels Midland, Scott McDonald, Bofuels Development Director, Patricia Woertz, CEO, (217) 451-7423,
Tags Carbon Dioxide news, CO2 news, Archer Daniels Midland news, Carbon Capture news, CCS news,
The ASU devise uses an electrochemical reaction that effectively "pumps" CO2 through a filter at an accelerated rate. This electrochemical reaction makes filtration of CO2 significantly more energy efficient and therefore significantly less expensive for power plants to capture more of it.
According to Buttry, power plants currently only capture as much as they can sell into a limited market which includes enhanced oil recovery and dry cleaning applications.
(Source: Arizona State University, State Press, 5 Nov., 2014) Contact: Arizona State University, Prof. Daniel Buttry, (480) 965-2747, email@example.com, www.asu.edu
Tags Carbon Capture news, CCS news,
"The idea is to see what kind of carbon loss to the atmosphere is happening by means of satellite-derived proxies as we lose wetlands, not only in terms of area but also productivity. "Right now, monitoring wetlands via satellite is problematic because of the way water and soil moisture interferes with the signal," Mishra said. "It can be difficult to effectively separate the water contribution from the vegetative contribution."
Restoration projects along coastal areas are expensive, and their success is judged primarily by the amount of vegetation gained. This new modeling capability will allow for more complete assessments of the marshes' overall productivity -- carbon capture, light-use efficiency for photosynthesis and biomass production. It also will differentiate which species of marsh grass provides better productivity.
Coastal salt marshes are among the most valuable ecosystems in the world, efficient natural mechanisms for carbon sequestration that produce biomass above and below the ground as they soak up carbon dioxide from the atmosphere. And while their gain and loss as protection from storm surge is well documented, their capacity for carbon capture is an unknown.
(Source: UGA, PR, 5 Nov., 2014) Contact: University of Georga, Assoc. Prof. Deepak Mishra, (706) 542-8927, firstname.lastname@example.org, www.uga.edu
Tags CCS news, Carbon Capture news,
The most common approach to carbon capture uses liquid amine solutions, which can absorb CO2 from the atmosphere. However, it is very energy consuming to release the CO2 from the liquid as it requires a lot of heat. The solid materials, known as metal-organic frameworks (MOFs), are made up of metal atoms with nano-size pores that collect CO2. They are very energy efficient but are not very practical because of the nature of the substance.
To overcome this problem, the researchers have created a slurry that consists of a solid part called ZIF-8, which is suspended in a liquid mixture of 2-methylimidazole glycol. Because it combines the low cost and efficiency of nano-porous materials with the ease of a liquid-based separation process, the slurry successfully addresses these two main obstacles to the implementation of carbon capture in the real world.
The breakthrough method was a result of a collaboration between scientists from EPFL, China University of Petroleum, University of California, Berkeley and Beijing University of Chemical Technology and is published in the scientific journal Nature Communications. (Source: Swiss Federal Institute of Technology Lausanne, swissinfo.ch, 13 Oct., 2014) Contact: Swiss Federal Institute of Technology Lausanne, Berend Smit, +41 21 693 11 11, www.epfl.ch/index.en.html
Tags CCS news,
The $1.4 billion CCS project was originally budgeted to cost $1.24 billion but unexpected costs bumped up the total by $115 million to $1.36 billion. The Canadian federal government kicked-in $240 million of the total cost which, when the dust settles, could come in at as much as $200 million more.
The Boundary Dam carbon capture unit uses amine solvents to separate the CO2 and sulphur dioxide from the flue gas. Calgary-based oil and gas company Cenovus is purchasing as much as 3,000 tpd of the captured CO2 for enhanced oil recovery (EOR) applications. The unsold CO2 will be sequestered deep underground at the nearby Aquistore project.
(Source; SaskPower, Leader Post, Various Others, 3 Oct., 2014) Contact: SaskPower,
Mike Monea, Pres., CCS Initiatives, Robt. Watson, SakPower CEO, (306) 566-2121, www.saskpower.com
Tags Boundary Dam news, CCS news, SaskPower news,
"Technologies are now available to utilize CO2 captured from power plants and fed directly to organisms like bacteria and algae, which can be converted into valuable products, such as (bio)fuels and chemicals, animal feed and human nutrition. The Clean Power Plan should recognize CCU as a viable pathway for compliance with new rules." -- Algae Biomass Organization Contact: Algae Biomass Organization, Matt Carr, Executive Director, www.algaebiomass.org
Tags Algae news, Biofuel news, Algae Biomass Organization news,
A 50-acre ViPAR™ farm installed at an average sized electric power plant will capture over 3.2 million tpy of CO2; virtually all of the power plant emissions. The CO2, a key ingredient for photosynthesis, is provided to the algae. Energy is multiplied as the algae capture photons and synthesize them with the CO2 into stored oil and sugar. Energy is augmented by over 35 percent, according to the company.
The ViPAR™ algae are processed into 600 million gallons of Drop-In Renewable Diesel, Jet, and Ethanol fuels. Fuel sales provide the financial sustainability with a 45 percent return on investment, according to the company's release.
Environmental sustainability comes from the ViPAR™ algal photobioreactor system's micro sized footprint, as an open pond system would require over 210 square miles for the same amount of carbon capture, and by the 90 percent + elimination of coal and gas fired electric power plant emissions.
(Source: MasseReaction Inc., 28 Sept., 2014) Contact: MasseReaction Inc., Arthur Masse, CEO, (772) 240-8745, email@example.com, www.massereaction.com
Tags Carbon Capture news, Algae news, Algae Biofuel news,
ADM, which plans to capture 1.1 million tpy of carbon dioxide, is permitted begin drilling the injection well in November. (Source: ADM, US EPA, Biofuels Int'l., Others 30 Sept., 2014) Contact: Archer Daniels Midland, Patricia Woertz, CEO, (217) 451-7423, www.adm.com
Tags Archer Daniels Midland news, Ethanol news, Carbon Storage news,
The Consortium has proposed drilling of a single, 1,700 meter-deep bore-hole to obtain core samples that it hopes will be useful in evaluating the suitability of the city of Sydney-area's sub-basin as a location to store locally generated industrial carbon dioxide.
The Consortium, which was established in 2009 by the Province of Nova Scotia, Nova Scotia Power Corp. and Dalhousie University, is working its way through the regulatory process that will allow it to drill and analyze a core rock sample for potential carbon dioxide storage.
Companies proposing CCS activity in the province will now need an approval from the Environment Department before work can begin.
(Source: Carbon Capture and Storage Research Consortium of Nova Scotia, Cape Breton Post, 14 Sept., 2014) (Contact: Carbon Capture and Storage Research Consortium of Nova Scotia, Carl Poirier, CEO, (902) 492-3312, firstname.lastname@example.org, ahttp://www.ccsnovascotia.ca
Tags CCS news, Carbon Emissions news, Carbon Dioxide news,