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The EU looks ready to enforce new regulations aimed at curbing methane emissions in the energy sector, for the first time. On 15 November, the European Council and Parliament reached a provisional political agreement on a regulation aimed at tracking and reducing methane emissions in the energy sector. A coal power plant In Poland.
By demonstrating the viability of the process, a key technology in the fight against climate change is surely awaiting deployment, they suggest. A pilot plant has been operational in Copenhagen for several months and a novel gas monitoring technology has been used to optimize the efficiency of the plant.
This idea is called the "remaining carbon budget" and refers to how much carbon dioxide (and other gases) we can still emit before warming the planet beyond a particular target. A lot of business and technology leaders are very enthusiastic about carbon removal right now. The more we burn, the warmer the planet gets.
Leaking methane from oil and gas infrastructure is widespread across the European continent, reveals an investigation of more than 150 sites in seven countries. More than 60 percent of the sites analyzed by researchers using state-of-the-art technology were releasing large volumes of methane – a powerful greenhouse gas – into the atmosphere.
The Promise of Natural Hydrogen as a Clean Energy Source Natural hydrogen, also referred to as white hydrogen , has emerged as a promising energy source in the global push for decarbonization. The challenge, however, lies in identifying economically viable reserves and technology to extract and store this energy resource effectively.
Only a handful of super emitters are responsible for an enormous amount of the methane pollution in the Permian basin, according to a new study. Methane is a highly potent greenhouse gas — more than 80 times more powerful than carbon dioxide over a 20-year time-frame. That’s equivalent to about 5% of the U.S.
Waste processing technology firm Anaergia OREX TM suggests its extrusion press technology has transformative potential in terms of how organic material is treated at municipal solid waste (MSW) processing sites, supporting renewable energy generation and helping the UK achieve its ambition of reaching net zero by 2050.
The uncertainties centre on Equinor’s backing for new “net zero” gas-fired power plants fitted with technology to capture carbon dioxide (CO2) billowing from their smokestacks, and bury the gas in disused oil and gas fields under the North Sea.
However, many geothermal reservoirs contain naturally occurring greenhouse gases (GHGs), including carbon dioxide (CO2) and methane (CH4), which are released during power production. The 2024 GRC paper by Richardson and Webbison provides an essential reference for geothermal stakeholders worldwide.
has signed a letter of commitment with the University of Wyoming’s Hydrogen Energy Research Center (H2ERC) to improve hydrogen containment technology significantly. This bold step positions the company at the forefront of efforts to address challenges in safely storing and harnessing naturally occurring H2 also referred to as White Hydrogen.
Meat emits around a third of global emissions of methane, and action to cut this greenhouse gas has been identified by the UN and world leaders as the quickest route to slowing global heating. Nature-based solutions refer to anything that involves the use of the natural world to absorb carbon and remove harmful emissions from the atmosphere.
It applies to testing based on techniques specified by a standard reference method (SRM) or an alternative method. As a Standard Reference Method, TOC measurement with a FID is generally preferred. Alternatively, it may be necessary for the monitoring activity to distinguish between methane and non-methane VOCs.
Cows produce methane, a greenhouse gas that absorbs more atmospheric heat than carbon and is currently responsible for 25 percent of all global warming today. Livestock methane emissions are also rising in some of these countries. Livestock methane emissions are also rising in some of these countries.
Anaerobic digestion refers to a cluster of natural processes by which microorganisms consume carbon-rich organic materials and produce methane and carbon dioxide in an oxygen-free environment. The grant funds an educational component unusual for DOE research awards.
According to numerous panelists representing Canada’s hydrogen industry, referring to blue, green, or gray hydrogen is now passé. Green hydrogen refers to hydrogen created by means of renewable energy used to power electrolyzers that break water into its constituent elements.
Despite the bleak, unprecedented Covid-19 cloud that descended upon us all in 2020, Enviro Technology Services (ET) has had a memorable and positive year with some fantastic and interesting projects. An Air Quality Monitoring (AQM) Station installed in Liverpool City Centre in 2020. An AQM Station at Castle St, Cardiff.
As the oil and gas industry achieves success in pushing the world towards widespread adoption of methane-based blue hydrogen, some unexpected voices are calling out the industry on its deception of selling blue hydrogen as an affordable and clean source of energy. . Zapantis continually referred to blue hydrogen as clean, which isn’t true.
The platform is the fruit of an early European gasification and methanation demonstrator project, and is supported by the French electrical utility ENGIE and the French agency for ecological transition ADEME. ENGIE’s demonstrator has apparently validated the integrated operation of the entire chain of technologies under industrial conditions.
Auto-thermal Reforming Technology Last year, Air Products announced it was building a hydrogen refueling station, currently under construction in Edmonton, near its “net-zero” Hydrogen Energy Complex. The company’s claim that its Hydrogen Energy Complex will be net zero has yet to be proven, as the facility is not yet operational.
Like many other utilities with similar decarbonization goals , Southern Company doesn’t yet see a clear path to eliminating natural gas-fired power plants “unless and until technology emerges that can affordably and efficiently replace it,” CEO Tom Fanning said in a written introduction to the plan.
With infrared spectroscopy at its core, this technology can detect specific gases by analyzing their absorption wavelengths in the infrared spectrum. This article contains paid for content produced in collaboration with Hamamatsu. Non-dispersive infrared (NDIR) gas measurement may be the solution for you.
That represented a surge in activity relative to 2020-2022, when ministers held about half as many meetings to discuss the technology, and oil and gas companies would attend seven to 10 of these discussions each year. But that might create a risk whereby these companies unduly influence policy and roll-out in a way that benefits them.”
Most of that is produced via steam methane reformation (SMR) of natural gas, a carbon intensive process ( source ). Burning hydrogen can lead to nitrogen oxide (NOx) emissions up to six times that of methane ( source 1 , source 2 ). This methane does not diffuse out of the metal and cracks the steel. source ).
From retail to transportation to entertainment, technology advances are changing every industry, and knowing where the trends are heading can mean the difference between Netflix and Blockbuster. Technology is changing the way we do business – but it can also accelerate efforts to tackle the climate crisis. Technology minimizes risk.
Simultaneously, business must adapt to emerging terms and technologies to support demand. Traditional Knowledge – Referred to as local knowledge. This term refers to Indigenous peoples’ systems of observing, recording, communicating and preserving the environment around them. all have one intent: to save the environment.
As global efforts to ramp up the hydrogen industry gain support with big government subsidies, new research casts increasing doubt on the climate credentials of the main recipient of that support, so-called “blue” hydrogen, which is extracted from natural gas and paired with carbon capture technology. It’s fracked methane.”.
To do so, they draw on friendly science, the promise of technological innovation and slick marketing campaigns – which promise “climate neutral” or “climate smart” meat and dairy – to create the idea we can continue eating vast quantities of the stuff while meeting our climate goals. The science shows that for humanity to stay below 1.5C
They’ve also asked lawmakers to finance the technology, which critics say is classic “greenwashing” – it may sound good, but will not curb the state’s overall emission levels. Critics of CCS point out that even corporations don’t buy into the technology, unless the money is right.
The assertions also lack detail, face technical problems, ignore leaking methane emissions, and depend on government subsidies for funding. To complicate matters further, new research suggests that fugitive methane emissions from fracking operations are far higher than official data indicates. s climate goals. “We In October 2020, B.C.
The impact of poor air quality The release of greenhouse gases into the atmosphere is well known to contribute to climate change, with carbon dioxide and methane being the subject of many global and national mitigation strategies that aim to break the vicious cycle of global warming. References Pollution Action Note – Data you need to know.
Further research by DeSmog has shown that Eni’s company magazine Ecos made repeated references to climate change during the late 1980s and 1990s — while running advertising campaigns promoting natural gas, which is mostly comprised of planet-warming methane, as a “clean” fuel. ‘Friend Methane! ‘Friend Methane!
The University of Houston recently released a white paper describing high potential for hydrogen cars in urban areas, referring to them as both competitive and friendly to the environment as a gasoline and diesel vehicle alternative. A team of scientists from the University of Houston released a white paper about the potential of H2.
This is often referred to as “gray hydrogen.” Methane — a greenhouse gas more than 80 times more powerful than CO2 — that is vented or leakedin the production and transportation of natural gas would not be captured by CCS. And doubts abound about how effective CCS technology is. . In 2021, Jacobson and Robert W.
The word “aerobic” refers to utilizing oxygen in metabolic processes. Anaerobic reactors produce methane biogas, while aerobic reactors do not. This technology can transform raw sewage and stormwater runoff into grey water that can be used for watering parks, golf courses, and can even be used in agriculture.
Hydrogen has several unique advantages as a climate solution, particularly in sectors that are the most difficult to decarbonize, often referred to as the “toughest third” of emissions. The report showcased a number of key findings. These include trucking, shipping, and the production of steel, fertilizer, and cement.
Carbon neutral refers to a policy of not increasing carbon emissions and of achieving carbon reduction through offsets. Alternative investments can also be made in initiatives that reduce greenhouse gas emissions, such as in cattle feed that reduces the methane output of cows.
During Gates’ visit , he had the opportunity to have a look at the company’s methane pyrolysis reactor demo version. “He kind of nerded out,” about the new H2 technology during the tour of the location. What makes this company different?
Backers say the coalition aims to unlock new technologies that can help reduce the sector’s major contribution to climate change and make harvests more resilient. pavilion, and attempt to attract more funds and support for its “technology-first vision.” Greener Cattle”. subsidiary.
The gas industry has championed hydrogen as a replacement for gas in heating, arguing that it can easily replace existing methane gas and can use existing pipelines to transport and store the fuel. He said: “You [should] talk to the boiler manufacturers who have the technology and they’re looking at this. When you scratch the surface.
Deforestation to create pastures and feed for livestock releases CO2; methane is emitted from animals and their manure; and fossil fuels are used to transport animals and power the globalized meat supply chain. Scope 2 generally refers to emissions produced to generate the electricity used by the company. . million cattle, 46.7
Fossil Fuel Lock-in The meat and dairy industry’s high methane emissions are increasingly well known. “We cannot transform food systems and make them climate friendly until we have weaned our food systems — alongside other economic sectors — off oil and gas.”
I covered developments related to the rapidly expanding petrochemical and LNG export industries, like new facilities that came online this year and rely on fracking new wells to supply the growing demand for natural gas, which is mostly methane. For instance, Air Products claims that its proposed $4.5 Credit: Julie Dermansky.
The term biodegrade refers to the process by which microbes break down a material under suitable conditions. Biodegradable – Bioplastics that are considered “biodegradable” can be broken down by microorganisms such as bacteria, fungi and algae into water, carbon dioxide, methane, biomass and inorganic compounds.
After the IPO is complete, and assuming a suitable acquisition target is identified, the SPAC seeks to combine with the target in what is referred to as a “de?SPAC” suited to raise cash in industries that offer the potential for significant growth and are currently of interest to investors (think a combination of technology and ESG?friendly).
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