At ElectraTherm, we are committed to advancing sustainable technologies and innovative solutions that contribute to a greener future. This commitment aligns perfectly with the mission of The European Biochar Industry Consortium (EBI), which is why we are thrilled to announce our sponsorship and active involvement with EBI. What is Biochar...
ニュース
エレクトラサームが2024年北米バイオ炭会議でバイオ炭のイノベーションを発表
ElectraTherm, a leader in waste heat recovery, is set to make a significant impact at the upcoming 2024 North American Biochar Conference, presented by the US Biochar Initiative. This influential event, themed “Climate Action With Biochar for Economic and Ecosystem Resilience,” brings together industry experts to discuss the latest biochar...
ライブ・ウェビナー・イベント - 廃熱のボトムライン - 2022年4月19日午前11時(米国東部標準時
Concerned about methane reduction in your oil and gas pipeline operations? Join Electratherm on April 19th to learn how ORC Green Energy Technologies can bring added value to your organization’s methane emissions reduction/compressor improvement projects, while cutting the energy costs associated with moving from reciprocating compressor operations to more modern...
ジェシー・ハウエル、フロリダ州ジャクソンビルで開催される国際バイオマス会議で講演
Jessie Howell, will be speaking about Organic Rankine Cycle technologies at the International Biomass Conference in Jacksonville, FL on March 16th. Definitely find him and say hello if you will be in attendance! https://ibce.bbiconferences.com/ema/DisplayPage.aspx?pageId=Agenda2
ORCシステムの出力が150kWeに増加
Flowery Branch, GA – ElectraTherm, an industry-leader in low temperature waste heat recovery solutions utilizing Organic Rankine Cycle (ORC) technology, is pleased to announce that the maximum output capacity has expanded to 150 kW of clean electricity per unit. Thanks to ongoing development and testing, the ElectraTherm team is proud...
ESG戦略における廃熱回収の役割
ESGとは?環境・社会・ガバナンス(ESG)とは、持続可能性、人的・社会的資本、リーダーシップ、コンプライアンスに関する企業の一連の基準を指す。これらの要素は、株主が組織の(主に)環境・社会的慣行がどのように...
ORCフレア除去の可能性
フレアリングの現実メタンガスのフレアリングは、世界中の多くの埋立地、バイオガス・廃水処理施設(WWTP)、石油・ガス採掘現場で日常的に行われている。産業界では、不要なガスを処理し、圧力の上昇を防ぐために、日常的にフレアリングを行っています。このようなフレアは無駄であるだけでなく...
クーリング・トゥ・パワー」とは何か?
熱負荷が減少すると、電力系統への冷却がクリーンな発電を優先するようになります。冷却負荷が増加すると、システムはエンジン冷却の要件を満たすために出力を自動的に調整し、発電機の運転状態とは無関係にエンジン冷却を維持します。
Co-Produced Fluids, How Geothermal Could Benefit Oil and Gas
There is a growing uneasiness in the oil and gas industry. With the world eyeing ways to shift away from fossil fuels, an uncertain future is on the horizon for well operators. Attention is on what can turn profits now and how operations can take advantage of this new era...
Landfills Can Easily Increase Efficiency With Cooling To Power
Across the globe, engines see extensive use at landfills for their ability to make the most of waste and generate renewable power from available biogas. These engines typically run continuously, generating a considerable amount of heat. This heat is not only a waste of energy but a huge burden, stealing...