new The challenge is not just replacing coal and gas with solar and wind – it’s about building a new, smart, and integrated energy system. And while solar and wind will play a significant role, the future green energy system will be based on a multitude of sources. Solar and wind will be complemented by energy sources such as hydroelectric generation, biogas, and sustainable biomass, as well as geothermal heat or even wave or tidal energy, to form a diversified mix of renewable energy. All these energy sources can be combined with pumped and battery storage, while hydrogen and Power-to-X solutions, which will make up an increasingly large share of power consumption, can run when energy is abundant and turn off when it's scarce. — orsted.com, 9h ago

new The Danish energy and utilities sector is a pioneer in wind energy, bioenergy and energy efficiency, and has cut emissions by 58% since 1990. Through innovation and large-scale deployment of renewable energy infrastructure it has driven down the cost of green energy and displaces fossil fuels in the grid. — orsted.com, 9h ago

new ...to modernize US energy and communication infrastructure and enhance energy independence. This stimulus package provided significant investments in energy efficiency, renewable generation, and grid modernization. — McKinsey & Company, 8h ago

new Finland has set one of the most ambitious climate targets in the world, a legal obligation to reach carbon neutrality by 2035. It has made notable progress towards this target, deploying the first new nuclear reactor in Europe in over 15 years and achieving strong growth in wind generation. Thanks to the country’s efforts to advance its energy transition, Finland has the second lowest share of fossil fuels in the energy supply among IEA member countries. Finland is also focused on reducing reliance on Russian energy imports and ensuring secure access to energy by increasing imports from other countries, increasing domestic renewable energy production and improving energy efficiency. — IEA, 9h ago

new With costs decreasing, renewable power production makes electrification an increasingly attractive option, enabling large scale phase out of fossil fuels in transport, heating and industry. And as electrification becomes increasingly feasible in more sectors, the energy system will also be able to utilise even more energy from renewable power sources. — orsted.com, 9h ago

new For sustainable energy companies like Ørsted, that means increasing supply, through an accelerated build-out of green energy solutions like wind and solar power, and Power-to-X technologies. As the global leader in offshore wind, we're pioneering new renewable energy solutions in different locations around the world. For our customers and suppliers, it means increasing demand by purchasing green power. — orsted.com, 9h ago

new Did you know that energy access is an area of great inequality? According to IRENA figures, over one billion people lack access to electricity, while a further one billion have an unreliable supply. For developing countries, renewable energy such as solar power has the potential to offer decentralised solutions that improve energy access and reliability, while creating local jobs. — orsted.com, 9h ago

new However, in recent years, something remarkable has happened in Europe, which has implications for the whole world: new-built green energy became cheaper than newbuilt black energy. For the first time in history, utility scale wind and solar power can outcompete coal and natural gas in power generation across many European countries. — orsted.com, 9h ago

new Mads Nipper leads Ørsted, the global green energy major and world-leading offshore wind developer, on its quest to create a world that runs entirely on green energy. He took the helm of Ørsted in early 2021 and has been heading the company during a crucial time when the global energy transformation is gaining ever stronger momentum, with renewable energy now cheaper than burning fossil fuels – but also in a time when accelerated climate action, decarbonisation, and energy independence have never been more important. — orsted.com, 9h ago

new Energy accounts for 73 % of global greenhouse gas emissions, and 20 % of that energy is used in the form of electricity. That’s why we at Ørsted put so much focus on decarbonizing electricity: transforming the world’s energy systems to produce green electricity is a key lever in the fight against climate change. That’s not to disregard other emissions, but to take aim at decarbonising one of the biggest single sources of greenhouse gases. — orsted.com, 9h ago

new While this puts focus on energy for reasons other than fighting climate change, the good news is that transitioning to renewable energy also dramatically reduces countries’ exposure to the volatilities of fossil fuel-based energy and increases energy independence. — orsted.com, 9h ago

new Green energy transportation can contribute to energy independence. By using renewable sources like solar, wind, and hydroelectric power for charging electric vehicles (EVs), countries can reduce their reliance on foreign oil which may experience price changes or supply chain disruptions. — TechNode Global, 1d ago

new ..., this is a venture capital fund committed to expanding energy access, accelerating the adoption of renewable energy sources and transforming the energy landscape in Africa. — se.com, 23h ago

new Jessika Trancik has been an MIT professor at the Institute for Data, Systems and Society since 2010, and focuses on energy service projects including electricity, transportation, heating, and industrial processes. Her work spans solar, wind power, energy storage, low-carbon fuels, EVs, and nuclear fission. — pv magazine USA, 1d ago

new SGD Pharma advances sustainability initiatives under three headings – people, environmental impact and business values. Focusing on environmental goals, these are now an integral part of the company’s industrial strategy with an ambitious target in place to reduce carbon footprint by 40% by 2040 (relative to 2020 figures). This is being realised by, for example, improving energy performance, electrification, heat recovery, increasing green electricity use and the switching to decarbonated raw materials. — manufacturingchemist.com, 9h ago

new ...rises in energy costs, 31 percent are concerned by power cuts and blackouts, and a quarter by energy rationing. In response, 34 percent have already increased investment specifically focusing on improving their energy efficiency and 40 percent are looking to install on-site renewable energy generation to become less dependent on the grid. — Digitalisation World, 9h ago

new The spending package includes specific appropriations language that directs the Department of Energy to support commercial demonstration of hydrogen production using chemical looping, utilizing coal biomass or natural gas. This is a significant accomplishment and developed, we look forward to advancing our discussions with customers, partners and representatives from the U.S. Department of Energy to explore ways in which we can accelerate the clean energy transition and provide essential innovative technologies for those projects. B&W has a diverse suite of renewable energy environmental and decarbonization technologies that are proven and ready to deploy including hydrogen, CO2 capture, decarbonization, methane abatement, renewable energy and emission controls. — Insider Monkey, 2d ago

new The Lisbon Energy Summit is set to be Europe’s largest annual gathering focusing on balancing energy security and achieving net zero ambitions, the decarbonisation of existing energy systems and investing in new renewable energy sources. — climatelinks.org, 22h ago

new Japanese decarbonisation measures, such as zero-emission thermal power technologies, energy-saving technologies on the consumer market, as well as on-site power generation and storage, have a strong affinity with Vietnamese energy policy. — Vietnam Investment Review - VIR, 1d ago

new ...(“GST”), a Colorado-based climate technology company pioneering an approach into clean energy solutions for households, has centered their corporate mission around reducing household carbon emissions – a critical objective in terms of achieving global Net Zero ambitions. Through the introduction of its proprietary SmartGreen™ Home system, an environmentally friendly, renewable energy focused technology designed to harness energy from the earth and sun to power and purify homes and automobiles without the use of fossil fuels, GeoSolar have looked to tackle the astounding thirty percent of global greenhouse gases generated by households every year. Moreover, and during a time of increasingly elevated electricity costs, the Company revealed that the average GeoSolar-powered home could result in a negligible carbon footprint with homeowners disbursing less than $100 per annum in utility bills (... — InvestorWire (IW), 1d ago

new By 2027, the International Energy Agency predicts that the total renewable energy generation is expected to increase by 60%. One of the most significant factors of clean energy growth is its low cost. With uncertainties in the conventional energy market, as seen post-Russia-Ukraine war, new solar or wind power plants sometimes have a lower cost of electricity generation than the existing conventional energy generation facilities. Additionally, the tax incentives to renewable energy companies through the Inflation Reduction Act are another major growth driver for the clean energy industry. — Insider Monkey, 1d ago

new It singles out “notable” mitigation options as being solar and wind energy, electrification of urban systems, green infrastructure, energy efficiency, demand-side management, reducing food waste and grassland management as popular and technically viable. — Cosmos, 1d ago

new The world is increasingly shifting towards renewable energy sources, and industries are exploring innovative ways to optimize energy production, distribution, and consumption. One such innovation comes from the integration of blockchain technology and non-fungible tokens (NFTs) into the energy industry. — The Crypto Basic - Bitcoin, Cryptocurrency, DeFi Topics And News, 1d ago

new ...is its sustainability, as it is derived from sources that are naturally replenished, such as the sun, wind, and water. Unlike non-renewable energy sources that are finite, renewable energy can provide indefinite energy generation, which can lead to decreased dependence on traditional energy sources, and potentially even lower energy costs. — Science Times, 1d ago

new In countries like Brazil and Colombia, new governments seem to be more attentive to frontline communities’ demands for a just energy transition, but have yet to show concrete actions, such as banning fracking and oil and gas subsidies. These are countries with enormous potential to lead the generation of energy through renewable sources and a model centered on people’s needs, and not on the profit of fossil fuel companies”. — scoop.co.nz, 23h ago

new In Greco’s second session, she joined presenters from technology startups, climate nonprofits, and companies working to harness waste, offshore wind, and wave energy—the “blue” tech referenced in the conference name. Speakers focused primarily on how countries and companies could invest more in renewable energy technology to both accelerate the adoption of clean energy and ensure transitions are equitable and just. — CleanTechnica, 2d ago

new ..., including renewable energy, restoring nature and technologies that capture and store carbon dioxide. — the Guardian, 1d ago

new ..., the company is dedicated to enabling the delivery of cleaner energy for its customers. With a continued focus on sustainability, innovation, world-class safety, championing people, resilient operations and social responsibility, its more than 2,000 employees develop, build and operate clean power, energy networks and LNG and net-zero solutions that are expected to play a crucial role in the energy systems of the future. For more information about Sempra Infrastructure, please visit... — prnewswire.com, 1d ago

new Local energy communities and microgrids are expected to play an increasingly important role inaddressing climate change challenges and the transition towards renewable and sustainable energysystems. However, the current market structure is inadequate to realise this vision, as consumersare practically excluded from participating in energy production and settlements. Blockchain hasthe potential to transform consumers into prosumers and active participants in the energy network. — riddleandcode.com, 1d ago

new ...“Fortum is a Nordic energy company that produces and delivers clean energy, working together with industries on their decarbonization as part of the transition to net zero societies. Fortum’s core operations in the Nordics comprise efficient, CO2-free power generation as well as reliable supply of energy to private and business customers. This positions Fortum strongly to deliver the capacity required for the production of green hydrogen, a crucial ingredient for tackling aviation’s climate change impact. — Urban Air Mobility News, 1d ago

new Infinity and Masdar (Abu Dhabi Future Energy Company) to target power generation projects through renewable energy sources, namely solar and wind technologies on the utility-scale, as well as commercial and industrial scale in... — prnewswire.com, 1d ago

new ENOWA is the energy, water and hydrogen company of NEOM, Saudi Arabia. It produces and delivers clean and sustainable resources for industrial and commercial applications using a smart and connected infrastructure designed to be circular and takes advantage of NEOM’s optimal solar and wind resources. ENOWA benefits from NEOM’s greenfield site, which has no legacy infrastructure, to advance Energy, Water and Hydrogen innovation. ENOWA will act as a catalyst and incubator for developing new, sustainable energy and water businesses while creating a robust economic sector regionally. Through its commitment to renewable energy and efficient water management, ENOWA seeks to become a global reference for industry leaders and setting a benchmark for sustainable economic circular systems around the world. — mid-east.info, 2d ago

new The world is experiencing a shift in the energy industry. The shift or transition from fossil-based fuels to renewable and environment-friendly sources of energy is gaining traction worldwide. Several treaties and accords are being made with set targets to achieve reduced carbon emissions. Majority of countries are working endlessly toward reducing carbon emissions and meeting their net 2030 and 2050 targets. — alliedmarketresearch.com, 1d ago

new In land, water, and food systems, the top options are to reduce the loss of natural ecosystems, followed by carbon farming and ecosystem restoration. The IPCC says reducing food loss and food waste has the least impact among a list of strategies. And in settlements and infrastructure, fuel-efficient vehicles, efficient lighting and appliances, transit, biking, efficient shipping and aviation, and avoiding demand for energy services show up as the least expensive options. Efficient buildings are more costly, but can deliver somewhat higher emission reductions in this decade. — Corporate Knights, 1d ago

new Projects addressing Scope 1 and 2 emissions fall into three broad categories. First, we have projects aimed at improving energy efficiency, such as construction energy consumption audits and optimization. Next, there are projects aimed at reducing the use of non-renewable energy, such as renewable energy purchase, on-site generation of renewables and the use of electric vehicles. Finally, we have projects exploiting opportunities for carbon removal, such as onsite carbon removal and carbon offsetting. — Roland Berger, 2d ago

new As per updated nationally determined contributions (NDC), reflecting India’s roadmap for a low greenhouse gas emission and climate resilient development pathway, the country has an enhanced target to reduce emissions intensity of its GDP by 45% by 2030 from 2005 levels, and achieve about 50% cumulative electric power installed capacity from non-fossil fuel-based energy resources by 2030. — CPI, 1d ago

new GHG-Free Electricity Deliveries Included 49% Nuclear, 40% Eligible-Renewable Resources and 7% Hydroelectric... — prnewswire.com, 1d ago

new ...emphasizes US energy security “through policies to support energy reliability and cleaner production coupled with historic investments in American clean energy manufacturing to lessen our reliance on China,” all the while ensuring that the transition to a clean economy creates millions of American manufacturing jobs and is powered by US clean technologies. — CleanTechnica, 1d ago

new ..., WWF works with partners to support sustainable energy planning that promotes clean and renewable energy alternatives, contributing to energy goals without damming the area's remaining long free-flowing rivers. — World Wildlife Fund, 2d ago

new Under Kapur’s leadership as President and CEO of PMT, the business drove rapid growth in its sustainability portfolio including in circularity, energy evolution, environmental transformation, resiliency and accountability. This included launching innovative technologies and partnerships with partners in plastics recycling, introducing large scale renewable energy storage for wind and solar usage and helping our customers lower their carbon footprint and improve energy efficiency with our broad line of low global warming refrigerants. — Bisinfotech, 1d ago

new Reduce emissions sharply and give up fossil fuels, through investments in renewable energy and other low-carbon technologies, increase energy efficiency, rethink agriculture and restore forests and degraded natural landscapes. It may also be necessary to develop technologies that suck carbon dioxide from the air, called... — the Guardian, 2d ago

new Separately, as Africa’s energy demand and population grow, the continent is looking to ensure its energy security but also combine it with clean energy projects as the increased energy demand coincides with global energy transition efforts, according to delegates at the ARDA conference. — hellenicshippingnews.com, 1d ago

new As for BOTREE, its mission is to assist renewable and new energy sectors in meeting their targets related to environmental protection and carbon emissions. BOTREE has a comprehensive range of solutions for recycling batteries and extracting high-value metals from battery wastes. The company also provides consulting, technical support, engineering design, and smart equipment capable of processing thousands of tons of battery wastes. Its customers include those on the list of Fortune 500 plus the leading Chinese companies in the field of energy and battery. In addition its technological and technical strengths, BOTREE also has accumulated a vast amount experience in R&D, engineering, project development, product provisioning, and facility operations. — energytrend.com, 1d ago

new Begin fuel switching, energy efficiency, material efficiency, reducing methane from waste and wastewater, enhanced recycling, and carbon capture. — asisonline.org, 1d ago

new The country has begun focusing on the integration of renewable energy following the Paris Agreement. Numerous infrastructural projects are being developed that include mega projects and industrial zones. These industrial zones and parks are planned to be eco-friendly with the inclusion of solar energy and wastewater management. Additionally, organizations will also receive government incentives for using clean energy sources such as biomass, wind, and solar. — Larive International, 2d ago

new In order to achieve our greenhouse gas emissions reduction targets, the Yokogawa Group is implementing Group-wide measures that include switching to renewable energy-derived electricity and operating an internal carbon pricing scheme. All of the electricity used by Yokogawa & Co., Ltd. and by Yokogawa Manufacturing Corporation’s Komagane Factory comes from renewable energy sources, and other Group companies are looking into doing the same. Initiatives at the head office and Group companies in China, the Netherlands, Bahrain, Germany, Singapore, and Japan include the introduction of solar power generation systems and switching from gasoline-fueled vehicles to electric vehicles. Furthermore, Yokogawa provides energy-saving solutions for its customers’ plants and offices, and solutions that optimize the management of energy from renewable energy plants and storage batteries. — automation.com, 1d ago

new One of the themes of COP26 has been how to improve access to finance for solutions to assist in the energy transition and combat climate change. The provision of ‘Energy-as-a-Service’ where a customer pays for heat and power through a subscription model, represents a very attractive way to improve access to sustainable power. Rolls-Royce will work with SDCL and other partners to design, finance, build, commission and operate new projects. SDCL has more than a decade of experience of developing and financing clean and decentralised energy infrastructure projects in the UK, continental Europe, North America and Asia. Rolls-Royce, through its Power Systems business unit, has a portfolio of microgrid systems that bring together renewable energy sources such as solar and windpower with mtu-branded battery storage and gensets (an engine and electrical generator) to ensure reliable power generation. It is currently developing fuel cell systems and making its existing mtu engines compatible with sustainable fuels, paving the way for net zero microgrid solutions within the next two years. — Datacentre Solutions, 2d ago

new Also, the list of technologies supported by this proposal largely ignores the energy intensive industry decarbonisation and the circularity dimension. “We can’t reach the 2050 climate goals without building a competitive circular economy: using waste, captured carbon or renewable resources as feedstock are all viable ways to reduce emissions across all industries and cut the EU dependence on raw materials imports,” the release noted. — https://www.indianchemicalnews.com/, 2d ago

new .... It produces and delivers clean and sustainable resources for industrial and commercial applications using a smart and connected infrastructure designed to be circular and takes advantage of NEOM's optimal solar and wind resources. ENOWA benefits from NEOM's greenfield site, which has no legacy infrastructure, to advance Energy, Water and Hydrogen innovation. ENOWA will act as a catalyst and incubator for developing new, sustainable energy and water businesses while creating a robust economic sector regionally. Through its commitment to renewable energy and efficient water management, ENOWA seeks to become a global reference for industry leaders and setting a benchmark for sustainable economic circular systems around the world. — prnewswire.co.uk, 2d ago

new Fortum is a Nordic energy company that produces and delivers clean energy, working together with industries on their decarbonization as part of the transition to net zero societies. Fortum’s core operations in the Nordics comprise efficient, CO2-free power generation as well as reliable supply of energy to private and business customers. This positions Fortum strongly to deliver the capacity required for the production of green hydrogen, a crucial ingredient for tackling aviation’s climate change impact. — ZeroAvia, 1d ago

new The electrification of buildings can reduce the environmental impacts of running a building significantly. It will also reduce the reliance on traditional energy sources, such as oil and gas, as electrified buildings move towards being sourced from renewable energy. For building owners, electrification can help minimise operational costs through modern high-efficiency solutions like heat pumps and demand response strategies, resulting in lower carbon taxes. In fact, research from JLL has found that more sustainable offices can help companies reach carbon neutrality targets and drive down energy costs. — sustainabilitymag.com, 2d ago

new Global scientific, governmental and industry groups agree the world must move to net-zero GHG emissions by 2050. They also agree that to get us there, trillions of dollars of investment in the energy system are required every year – including in oil and gas. And since we can’t realistically electrify everything, the only rational solution is to invest in all energy solutions, renewable and non-renewable, including the things the oil and gas sector is really good at, such as carbon capture, hydrogen and biofuels. — The Globe and Mail, 2d ago

new The draft, seen by Reuters, steered clear of more contentious issues over energy and climate change policies – including disputes over nuclear energy and phasing out combustion engine cars. — hellenicshippingnews.com, 1d ago

new These include solar photovoltaic and solar thermal, onshore wind and offshore renewable energy, batteries and storage, heat pumps and geothermal energy, electrolysers and fuel cells, biogas/biomethane, carbon capture, utilisation and storage, and grid technologies, sustainable alternative fuels technologies, advanced technologies to produce energy from nuclear processes with minimal waste from the fuel cycle, small modular reactors, and related best-in-class fuels. — fibre2fashion.com, 2d ago

new Hynfra P.S.A. is an energy technology integrator that designs and develops installations for the production and use of renewable hydrogen and ammonia, green energy, and renewable heat sources. Hynfra’s portfolio is based on four pillars: industrial, ammonia, municipal, and energy storage. — Green Car Congress, 2d ago