How will China integrate its growing Variable Renewable Energy generation and create a nationwide energy system that avoids the risks of curtailment, stranded assets and blackouts? A good place to start is to learn from Europe. Helen Farrell at ECECP summarises their report that uses the European experience to model scenarios for China. Chinaâs key challenges is that its power market lacks an effective auxiliary service market, a capacity market, … [Read more...]
Fossil producer UAE to host COP28: what are Gulf states doing to decarbonise?
COP28 in November is being hosted by the United Arab Emirates (UAE), a major oil and gas producer. The COP President will be Sultan Al Jaber, the CEO of ADNOC, one of the worldâs biggest oil companies. Itâs attracted heavy criticism from many quarters. Robin Mills at the Center on Global Energy Policy reviews the contradictions inherent in a leading fossil producing nation hosting the worldâs most important decarbonisation forum. The Gulf states … [Read more...]
How much Carbon Capture does the EU need from LULUCF, BECCS, Industrial CCS, DACCS?
How much carbon capture does the EU need to 2050? Robert Jeszke and MichaĆ Lewarski at The National Centre for Emissions Management (KOBiZE), writing for the Florence School of Regulation, start by pointing out that mainstream estimates vary significantly, from 50-300 Mt CO2 to 1,300-1,500 Mt CO2. They then present their study (their estimate is 550 Mt CO2). The study highlights the importance of BECCS (Bioenergy with Carbon Capture and Storage): … [Read more...]
Electrochemical Carbon Capture: a cheaper one-step process, power by clean energy
Carbon capture is expensive. Hence continuous attempts in laboratories around the world to find new ways to capture CO2 that are simpler and cheaper. One problem with the traditional method is that it is a two-step process, and energy intensive (therefore powered by high-heat fossil fuels). Jennifer Chu at MIT describes a new electrochemical method that separates out CO2 in a single step, and itâs powered by clean energy. Itâs particularly … [Read more...]
Germany plans for Carbon Capture in Industry: emissions, potentials, costs
In the first article of this series, Simon Göss and Hendrik Schuldt at carboneer gave the background to Germanyâs new drive for carbon capture, and summarised the industrial sectors that will be its focus. Here, the authors analyse the emission profiles of German industries (in particular: steel, cement, lime, chemicals, waste incineration) and the associated CCS potentials and costs. The first thing to note is that itâs the process emissions … [Read more...]
Carbon Capture: how all Germanyâs captured CO2 can be used by the Chemical industry
The German government is promising to publish a strategy on carbon capture, opening a door that has previously been closed to developing this technology. In the first of a series of articles, Simon Göss and Hendrik Schuldt at carboneer look at why the nation is changing its mind, before laying out the reasons why carbon capture will be essential for Germany to meet its emissions goals. Unlike the power grid, thereâs no easy way to decarbonise … [Read more...]
Norwayâs Sleipner and SnĂžhvit CCS: problems expose limitations of the science, regulations and multi-decade commitment
The offshore carbon capture and storage (CCS) projects of Norwayâs Sleipner and SnĂžhvit are often cited as good case studies for the viability of the technology. Other CCS hubs are being proposed from Malaysia to the North Sea to the Gulf of Mexico, larger by factors of 10 or more. But how viable are they? Grant Hauber at IEEFA summarises his in-depth report on the risks. Both Sleipner and SnĂžhvit, operating since 1996 and 2008 respectively, have … [Read more...]
Carbon Capture rates of 60% sound impressive. But rising carbon prices could still make you commercially unviable
Mainstream scenarios state the unavoidable need for continued use of fossils through to 2050. For the world to stay within its carbon budget, that means the unavoidable need for carbon capture and plugging âfugitiveâ leaks. Chris Bataille at the Center on Global Energy Policy flags up the danger that new CCS projects with seemingly impressive capture rates of up to 60% may nevertheless become commercially unviable as carbon prices rise: that … [Read more...]
Farming Algae for Carbon Capture: new research cuts âfouling.â Scale-up in 3 years?
Natural marine algae already account for 50% of global CO2 removal. Farming it at scale in artificial tanks or tubes would take up a fraction of the land footprint of terrestrial plants. And algae can grow up to 50 times more quickly than land-based plants. It could be a game-changer that brings carbon capture costs down and make it a commercial reality. Here, David Chandler at MIT explains how new research there can make farming algae much more … [Read more...]
Oil & Gas can meet 2030 net-zero target for only $600bn, quickly recouped. But itâs still not happening, warns IEA
The IEA summarises its 33-page report âEmissions from Oil and Gas Operations in Net Zero Transitionsâ. The IEA says the oil and gas sector needs ÂŁ600bn up front to meet its 2030 target of a 60% reduction in emissions. Thatâs only 15% of the sectorâs record 2022 energy-crisis windfall income. A small price increase and savings should recoup that money âquicklyâ, says the IEA. The IEA not only maps a way to limit the global average temperature rise … [Read more...]
CO2 emissions from Land Use: country-level data for turning âemittersâ into âsinksâ
Until carbon capture technologies take off (if at all!), the worldâs CO2 removals depend entirely on nature. Clemens Schwingshackl, Wolfgang Obermeier and Julia Pongratz at Ludwig Maximilian University of Munich, writing for Carbon Brief, review the latest data on âcarbon fluxesâ which measure whether the land is a net âsourceâ of carbon or a âsink.â Flux measurements are categorised: deforestation, forestation, wood-harvest emissions, removals … [Read more...]
IEAâs new CCUS projects database: a tool for driving much needed progress
The IEA has made available for the first time its CCUS projects database. The number of countries with plans to develop CCUS now stands at 45, with seven more countries - in central and southern Europe, the Middle East, and Southeast Asia â joining the list in 2022. The database covers CO2 capture, transport, storage, and utilisation projects worldwide commissioned since the 1970s, and have an announced capacity of more than 100,000âŻtonnes/year … [Read more...]
Should U.S. DOE risk funding methane-based Hydrogen production when CCS is still not proven?
The U.S. Department of Energy (DOE) is allocating $8bn for building regional clean hydrogen hubs. Decisions on who to fund are being made now and will be completed by the end of this year. Any methane-based hydrogen project that achieves a 95% carbon capture rate will be sufficiently âcleanâ to qualify for the federal funding. But, as Suzanne Mattei, David Schlissel and Dennis Wamsted at IEEFA explain, the few âat scaleâ CCS projects now running … [Read more...]
âGreen Deal Industrial Planâ explainer: 40%+ of the top low-carbon technologies must be made in the EU by 2030
The ECâs new series of proposed targets and reforms, contained in its Green Deal Industrial Plan, aim to ensure that at least 40% of the EUâs low-carbon technologies will be made within its borders by 2030. The eight âstrategic net-zero technologiesâ are: Solar (power and thermal); Onshore and offshore wind; Batteries and energy storage; Heat pumps and geothermal; Electrolysers and fuel cells; Sustainable biogas/biomethane; CCS; Grid … [Read more...]
Direct capture of CO2 from seawater: new research cuts costs, ready for pilot in 2025
Direct capture of CO2 from the air is already established in pilot phase in sites around the world, but costs are very high. So it is puzzling that capturing CO2 direct from the sea is yet to be tested properly. After all, the concentration of CO2 in seawater is more than 100 times greater than in the air, pointing at a process that should be much more efficient. David Chandler at MIT looks at research there that has uncovered cheaper and more … [Read more...]
