Alphaxioms Geothermal News and Related Research Globally

The future of wind energy is looking bigger and better than ever before! Rasmus Hvidbjerg Jensen, blades project manager, has revealed some exciting details about the development of the blades for the latest wind turbine project. And the best news? The first prototype of our largest wind turbine has been fully installed! source image: (siemens Gamesa) Jensen's team has been working tirelessly to develop and deliver five blades to the turbine project, and they have finally achieved their goal. This is a major milestone for the project, and the implications are huge. But what makes these new blades so special? According to Jensen, they are longer and bigger than their predecessors, but that's not all. There are more engineers working on technology development feeding into the next and new blade designs than there are engineers working on the design of the blades themselves. This means that the future of wind energy is in the hands of some of the brightest and most innovative mind

Nuclear energy, once viewed with apprehension by many, is making a comeback in the energy sector. There are several reasons for this resurgence, including its ability to provide reliable power, reduce greenhouse gas emissions, and decrease dependence on fossil fuels. In this article, we will explore these reasons and examine why nuclear energy is becoming an increasingly attractive option for meeting our energy needs. (image source : chargiang core) Firstly, nuclear energy is a reliable source of power. Unlike renewable energy sources such as wind and solar, nuclear power plants can operate continuously, providing a steady stream of electricity. This makes nuclear energy an excellent choice for base-load power, which is the minimum amount of electricity needed to meet the demands of a region. Additionally, nuclear power plants can operate for decades without requiring significant maintenance or repairs, making them a dependable source of energy over the long term. Secondly, nuclear ene

The US Department of Energy (DOE) is leading the charge towards a future of clean, affordable energy with a massive new investment in floating offshore wind technology. The DOE's groundbreaking plan to advance offshore wind transmission planning, research and technology, and partnerships has just been unveiled as part of the Biden-Harris Administration's Floating Offshore Wind Shot Summit. With the vast majority of America's offshore wind resources located in deep-water areas that require floating platforms, the potential to bring clean power to millions of American homes and businesses is staggering. (imagesource:energypressstaff) These new actions support the ambitious goals of the Administration's Floating Offshore Wind Shot to reduce the cost of floating offshore wind energy by more than 70% by 2035 and deploy 15 gigawatts of floating offshore wind by 2035. This coordinated effort will position the US to lead the world in floating offshore wind technology, create th

 KenGen Kenya, a leading power producer in East Africa, has been making strides towards the provision of sustainable and reliable energy for the region. One of its most significant partnerships has been with the European Investment Bank (EIB), which began with the co-financing of the Olkaria II power plant project, generating 105MW of clean energy. image source:KenGen This joint effort between EIB, the World Bank, and KfW Development Bank, along with KenGen Kenya, was a resounding success, and paved the way for other significant projects to be initiated. The Olkaria IV and Olkaria I unit 4 & 5 projects were some of the most noteworthy, with the 280MW project being the world’s largest Geothermal Power Project of its kind. This ground-breaking project has been a game-changer in the power sector, and its success has been attributed to the close collaboration between the partners involved. The European Investment Bank's involvement in the KenGen projects has been significant, with

China has done it again! The China National Nuclear Corporation (CNNC) has announced the installation of the inner dome at unit 3 of the Changjiang nuclear power plant, located in the stunning Hainan province. This comes just a few days after the outer dome was successfully installed at Zhangzhou unit 1, another Hualong One unit. CNNC plans to have both units 3 and 4 fully operational by early 2027, and it seems like they are on track to achieve that. The steel inner dome in place at Changjiang 3 (Image: China Huaneng) This impressive inner dome - with a diameter of 46.8 metres, a height of 23.4 metres and a total lifting weight of 518 tonnes - was lifted into place using a 3200-tonne crawler crane. The successful installation of this steel dome, marking an "important milestone node in the construction of nuclear power projects", will play a critical role in ensuring the integrity and leak tightness of the reactor building, and containment of radioactive substances. China Hua

It's official: the tide has turned in Japan's nuclear energy debate! For the first time in over a decade, a majority of respondents in the Asahi Shimbun's annual survey are clamouring for the country's nuclear power plants to be restarted. And the reason for this seismic shift in public opinion? Look no further than the Russian invasion of Ukraine, which has caused energy costs to skyrocket and forced the Japanese to rethink their energy policies. Tokyo Electric Power Company is awaiting regulatory approval to restart units 6 and 7 at its Kashiwazaki-Kariwa plant (Image: Tepco) In the Asahi Shimbun's latest survey, a whopping 51% of respondents voiced their support for resuming operations at the country's nuclear reactors. This marks a significant departure from the past, when only about 30% of respondents expressed their backing for nuclear energy. The remaining 42% of respondents, meanwhile, felt that it was best for the reactors to remain offline. It's wo

  Jadrová Energetická Spoločnosť Slovenska (JESS) has submitted a request to the Slovak Nuclear Regulatory Authority (ÚJD) for a siting permit for a new nuclear power plant near the existing Bohunice plant in Jaslovské Bohunice, a small village in the west of the Slovak Republic. The existing Bohunice plant (Image: Slovenské Elektrárne) JESS said it submitted the siting permit application - comprising almost 2500 pages - on 15 February along with the Requirements for the Quality of a Nuclear Facility and the Proposal for the Nuclear Facility Boundaries for the New Nuclear Resource Project (NJZ). In addition to the requirements for the quality of the nuclear source and the design of the boundaries, the application also addresses the issues of the commissioning safety report, the project intent for the physical-technical solution, the method of handling radioactive waste and used nuclear fuel, the size of the emergency planning zone and the assessment of the impact on the environment, th

Japan has taken a bold step forward in the fight against climate change by adopting a plan to maximize the use of nuclear power while ensuring a stable electricity supply. This decision comes amid an energy crisis triggered by Russia's invasion of Ukraine, signaling a significant shift from Japan's previous policy of reducing reliance on nuclear energy after the Fukushima disaster.  The Yomiuri Shimbun / file photo The Mihama nuclear power plant is seen in Fukui Prefecture on Oct. 26, 2022. The plan involves building next-generation nuclear reactors to replace decommissioned ones and lifting the freeze on projects to expand, add, or replace reactors. The government will also allow power companies to operate reactors beyond the previously imposed 60-year limit.  The green transformation plan has a target of attracting over ¥150 trillion in public and private investments for decarbonization over the next decade.  This ambitious plan includes the issuance of green transformation t

About the job Zorlu Energy operates on various fields of the sector with its experience of 25 years. In our fields of operation, we are combining our well established experience with our corporate values and make a difference among other players of the sector in engineering, supply, construction, management, maintenance and repair. We are utilizing our high capacity production power, qualified human resources, well balanced portfolio, diversity of sources and capability of creating innovative solutions to be a perpetual and leading part of the global energy transformation. We are looking for a "Reservoir Engineer" for our growing team in''Sarayköy/Denizli''location. Qualifications Bachelor degree from petrol and natural gas departments, Having 3-4 years experiences, Fluent English, Good command of MS Office Programmes, Having analytical thinking, problem diagnosis, analysis and problem solving competencies, Be able to adapt busy schedule and flexible working

The geothermal project of Stadtwerke Neuruppin is expected to receive about 40% of its funding from the German Federal Government. This will help Neuruppin become largely independent of fossil fuels. The project will involve drilling to a depth of 1,700-1,800 meters, but this requires approval from the mining authority and the construction permit from the district. Image: Artur Dzasokhov, Thoralf Uebach, Wiebke Papenbrock, Nico Ruhle, and Jan Juraschek (from left to right) during the handover. Source: Fontanestadt NeuruppinArtur Dzasokhov, Thoralf Uebach, Wiebke Papenbrock, Nico Ruhle, and Jan Juraschek (from left to right) during the handover. Source: Fontanestadt Neuruppin At the New Year's reception of the Fontane city six weeks ago, Thoralf Uebach, managing director of Stadtwerke Neuruppin GmbH (SWN), reported on the ambitious geothermal project for which funding had already been requested. Now, the first step has been taken: in the presence of Mayor Nico Ruhle and Building Com

Tokamak Energy is to build a prototype compact spherical tokamak, the ST80-HTS, at the UK Atomic Energy Authority's (UKAEA's) Culham Campus, near Oxford, England. The fusion device - with power plant-relevant magnet technology - will demonstrate multiple technologies required for the delivery of clean, sustainable fusion energy. A cutaway of the ST80-HTS (Image: Tokamak Energy) Constructing the new purpose-built facility at the Culham Campus - part of the thriving UK Fusion Cluster - provides the Tokamak with access to leading science and engineering capabilities, including knowledge and experience in designing, constructing and operating the record-breaking Joint European Torus (JET). Designs for the facility are under way in partnership with construction consultants McBains, with build completion planned for 2026. Oxfordshire-based Tokamak's ST80-HTS will target the significantly longer pulse durations needed for sustained high power output in commercially competitive fus