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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. The Amager Bakke waste-to-energy plant in Copenhagen: Standout features include a rooftop artificial ski slope. Monitoring CC efficiency.
The energy landscape is buzzing with anticipation as geologists across the globe are laying the groundwork for what could become the next big energy boom. An unpublished study by the US Geological Survey surfaces claims that as much as 5 trillion tonnes of hydrogen could be stashed in these subterranean reserves internationally.
San Diego Gas & Electric (SDG&E) has filed a $3 billion plan for the years 2024-2027 towards its ongoing clean energy drive. Among the major investments detailed is the implementation of the next generation of smart meters in order to give customers more control, access and insights into their energyusage.
In recent years, hydrogen has emerged as a popular, alternative zero-emissions fuel. As the world seeks to reduce its carbon footprint, hydrogen is being explored as a possible option for long-haul trucking. No matter which format of hydrogen use is selected, the important thing is to take the jump into the hydrogen pool.
Italgas has reported completion of the rollout of the first 20,000 units of its new next generation hydrogen ready gas smart meter. The company has not stated where the meters have been deployed but the aim is to test the technology in the field during 2024, prior to a widescale rollout across Italy starting in 2025.
As the world grapples with the unfolding climate crisis, the quest for sustainable and environmentally friendly energy solutions takes center stage. Leading the charge in this green revolution is Hazer Group, an innovative company poised to redefine the dynamics of hydrogen production.
NW Natural, the largest gas utility in Oregon, and Kokkola, Finland-based Hycamite TCD Technologies, signed a letter of intent to explore the production and distribution of clean hydrogen production using Hycamite’s novel methane pyrolysis technology. Hycamite’s technology helps to decarbonize industrial.
utility can reach net-zero carbon emissions by 2050 while still keeping natural gas as a central part of its business, both to generate electricity and to sell to its customers. utility has yet fully fleshed out how it intends to eliminate natural gas power plants from its generation portfolio. To be sure, no U.S.
Trade body RenewableUK outlines a series of policy recommendations to enable the UK to become a global leader in the development of green hydrogen. Driving down the price of renewable hydrogen will be critical to delivering on its potential, the study adds.
GB’s National Grid is leading a project to gain a greater understanding of hydrogen transport in the national transmission system. Britain’s Northern Gas Networks tests hydrogen distribution grid How hydrogen can help decarbonise the UK’s energy system. Have you read? Sign up to our newsletter and stay informed.
In the second special Enlit Europe 2023 edition, Nimbus and Globy – the new hydrogen and electricity smart meters, a new fast network deployment partnership and digitalising smart secondary substations are on the week’s technology radar. Have you read?
Xcel Energy, provider of electricity and natural gas services to nearly 6 million customers in eight Western and Midwestern states, has committed to achieve net-zero greenhouse gas emissions from its natural gas business by 2050. Xcel Energy’s aggressive, forward looking plans for clean energy are welcomed news.".
Circularity for critical metals and minerals Recommended to Axios’ Climate Deals by Clean Energy Ventures Carbon To Stone is developing a carbon mineralization technology coupled with high-value minerals and metals recovery.
Carbon Tracker analysis warns soaring gas process could leave projects that produce hydrogen from fossil gas stranded. Hydrogen is widely regarded as a critical fuel for the net zero transition, as it provides a means of decarbonising a raft of industrial processes.
Following a 10-year analysis of the scale of methane leakage at almost 1,000 AD plants across the UK and Europe, Tim Elsome, General Manager of biogas specialists FM BioEnergy, outlines why now is the ideal time to tackle unidentified biogas leaks – and how to protect your plant, profits and the planet. The risks of doing nothing.
A flurry of funding rounds have underscored how many big corporates are keen to turbocharge the fledgling hydrogen market. Its pitch: the approach uses 80 per cent less electricity than electrolysis, another "clean" hydrogen approach. Electrolyser technology can generate large amounts of hydrogen cheaply.
Funding Peak Power , a provider of energy-optimization software and services, raised a $35M round led by Greenbacker Capital Management. SmartAC.com raised a $22M Series B to ramp up sales of its HVAC monitoring system. It also won the grand prize and audience choice award at the MIT $100K LAUNCH Competition.
As the quest for sustainable energy intensifies, biomass emerges as a pivotal player in the arena of renewable resources. This exploration into the realm of biomass energy untangles the complexities and delves into its multifaceted nature, uncovering the potential of plant-based and waste-derived materials as alternative sources of power.
MIT Study Highlights Lesser Climate Impact of Hydrogen Leaks Compared to Natural Gas A recent study conducted by MIT researchers sheds new light on the climate implications of hydrogen as a replacement for natural gas. The researchers found that hydrogens climate impact is approximately one-third of methanes.
This decade alone, the industry must: Increase low carbon electricity generation by approximately 50 per cent from sources such as wind or solar power. Develop carbon capture usage and storage (CCUS) technology and develop hydrogen networks. Championing ultra-fast electric vehicle charging points. million homes.
The content was produced by BBC StoryWorks, a studio that produces videos, podcasts, and articles paid for commercial clients, which it publishes on BBC channels outside the UK. BBC StoryWorks has also produced content for liquified natural gas (LNG) companies, and has touted the energy source as a cleaner alternative to other fossil fuels.
Sean Hackett EDF+Business Senior Manager, Energy Transition By Sean Hackett The past year has seen a slew of historic climate investments and a growing focus among businesses and the finance sector on opportunities in the energy transition.
Thanks to myriad technologies - hydrogen hydride batteries, EV batteries, home solar power, and other renewables - the UK energy grid could look very different in 2030, writes Plextek's Laurence Weir. Energy generation in the UK will have to look dramatically different if we are to meet our promised carbon targets by 2030.
Choosing Sustainable Energy Another actionable step towards a greener future involves considering how the energy you use is produced. You can explore providers that use renewable sources, such as wind or solar power, on the Choose Energy platform. Green Commuting Transportation is a major contributor to carbon emissions.
Plans to fund the production of biomethane 'green gas' to provide low carbon heating for homes and businesses through a new carbon tax on UK fossil fuel gas suppliers have been confirmed today, with the government signalling that it aims to launch the new tariff scheme in the autumn. The green gas tariff scheme is expected to help save 21.6
Business as usual for the oil and gas industry is over. Investor confidence is flagging just as the talent pool shrinks and competition from cleaner energy sources intensifies. Ben Ratner, Senior Director, EDF+Business. Actively supporting climate policy isn’t just the right thing to do, it’s good business.
You’ll also learn about key technology areas that are driving momentum to equitably tackle the climate crisis, and explore the plentiful opportunities for everyone to be a part of the energy transition that’s already unfolding. Read more about the expansion announcement here in the Boston Business Journal. in Somerville, MA!
Greentown Houston’s 2024 Climatetech Summit was an immersive deep dive into the region’s groundbreaking climatetech startups, areas of strength and opportunities for growth in its energy-transition leadership, the landscape of corporate and financing partners, and more. This is the place for promising solutions.”
It had been about a year and a half since he left his job at an aerospace company to found a clean energy startup in San Francisco with three of his friends, but the path to success he’d once envisioned had crumbled. They had figured it out — but what they figured out had nothing to do with hydrogen. Shaun Meehan was burned out.
Twenty-two climatetech startups joined our community in Q3 2024, working on technologies ranging from a ring anchor for offshore wind turbines, to electric personal watercraft, to industrial power-to-heat solutions. We’re thrilled to support these groundbreaking climatetech startups—let us introduce you!
UN backs green hydrogen as it publishes seven principles designed to guide policymakers and business leaders approach to scaling the low carbon fuel. energy sector pathway". energy sector pathway". pathways". climate scenarios, it stresses. climate scenarios, it stresses.
Dark Horse is designed to remove and dispose of the hydrogen sulfide and carbon dioxide contaminants so the rest of the gas can be sold. Piñon markets Dark Horse as part of the fight against climate-altering pollution. So far, that’s not what’s happening. So far, that’s not what’s happening.
The 100-year old Saltend Chemicals Park is gearing up to become a test ground for hydrogen and carbon capture industrial decarbonisation technologies - BusinessGreen visits the UK's ground zero for net zero. We are decarbonising energy and we are decarbonising products. That's quite unique within the UK environment.".
emissions by 2050 while also dramatically limiting other GHG emissions like methane. emissions by 2050 while also dramatically limiting other GHG emissions like methane. It’s hard not to remain relentlessly optimistic surrounded by the amazing climatetech startups we’re so proud to support. emissions, reaching at least net-zero CO?
These investments represent the next chapter in our mission to tackle the $150B “Scale Gap – a significant funding shortfall entrepreneurs face during first-of-a-kind (FOAK) and early-stage commercial deployments. We bridge this gap through providing catalytic capital, deep project expertise, and meaningful community partnership.
The curbing of emissions to reduce the concentration of greenhouse gases such as carbon dioxide and methane in the environment. COP is the decision-making body responsible for monitoring and reviewing implementation of the UNFCCC. Energy transition. It is the first to explicitly reference reduction of unabated coal usage.
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. Credit: Sabrina Bedford.
Unveiling its new name this morning, the group said it was set to play a growing role in the UK's energy transition, through licensing and permitting carbon storage projects, monitoring the industry's emissions, testing the climate compatibility of new developments, and stewarding domestic production.
Approaches such as investing in offshore energy production, conserving coastal ecosystems and increasing consumption of sustainable ocean-based protein offer opportunities to reduce emissions. Biological approaches Biological approaches, which leverage the power of photosynthesis to capture CO 2 , offer a few approaches for carbon removal.
Approaches such as investing in offshore energy production, conserving coastal ecosystems and increasing consumption of sustainable ocean-based protein offer opportunities to reduce emissions. Biological approaches Biological approaches, which leverage the power of photosynthesis to capture CO 2 , offer a few approaches for carbon removal.
Air Products, a global hydrogen manufacturing company, is proposing to build a $4.5 billion “Clean Energy Complex” to manufacture blue hydrogen and an accompanying carbon capture and sequestration (CCS) project, that would be operational by 2026. Lake Maurepas at sunrise.
utilities such as Duke Energy , Dominion Energy , Southern Company and Xcel Energy. Each still plans to build new natural gas power plants in the near term, despite the additional emissions they will cause. electric grid relies on fossil fuels for 63 percent of its generation, and according to the U.S.
Despite the tense, last-minute drama, the Glasgow Climate Pact sends a very clear investment signal to businesses and financial institutions, argues Nick Molho from the Aldersgate Group. This is understandable, but it should not detract from the very clear signals that the business and investment community have been sent at COP26.
The 2001 GHG Protocol’s guidelines were the first to categorize business GHGs as scope 1 emissions, scope 2 emissions, and scope 3 emissions. Scope 2 emissions are indirect GHGs released from the energy purchased by an organization. We will then outline four ways you can reduce direct corporate emissions (scope 1) in your business.
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