the research consultancy for energy technologies
…for green hydrogen, in order to ensure the hydrogen has minimal embedded CO2, and under new requirements from the US Inflation Reduction Act (page 4). Degradation of electrical equipment under…
…in capital costs re-inflates new energies 10-20%, infrastructure 2-20%, materials 2-6%, and conventional energy 2-5%. This 12-page note outlines the tension between energy transition versus interest rates. And the implications….
…pure environmental downside. At least coal mines produce coal. Second, there are companies working hard to lower their methane emissions, especially in US shale. For example, they are replacing the…
…Agilyx is a public company listed on the Oslo Euronext Growth, headquartered in Oslo, Norway, with presence in New Hampshire, Oregon, Switzerland and Denmark. The company has 90 employees at…
…decarbonize it. How depressing. A more exciting future for humanity might perhaps include new ways of using energy (page 12). Energy transition is a crucial goal for the world. It…
…physics work? And how is the energy of a rotating object calculated? $199.00 – Purchase Checkout Added to cart Rotational energy: how do the mechanical physics work? Linear motion. Newton’s Second Law,…
…with fluorocarbons, which do not deplete the ozone layer, but do have very high global warming potentials. For example, R-134a, which is tetrafluoroethane, is a 1,430x more potent greenhouse gas…
…sand). Leading silica sand producing companies are profiled in this data-file. They range from Junior miners developing new silica resources to a division of Mitsubishi, that produces almost 3MTpa from…
…project) over the next 20-70 years (chart below). We think that over time, Pachama would like to seed new forests, and more incremental projects on its platform, but for now…
…risen to reward this build-out? For example, at the cutting edge, Prysmian’s Leonardo Da Vinci vessel cost around $200M to build, has 21MW of total power, 180 tons of lifting…