the research consultancy for energy technologies
…countries as well, and the correlation coefficient is -41%. Oil-heavy islands. Many islanded grids lack the size and scale for conventional power infrastructure, and thus rely heavily on diesel generators,…
…its Eagle 3 demonstration plant, which produced 60M “units” in 2022 (although this might imply relatively small volumes, of around 300Tpa, if we assume a mix of 0.5 gram straws…
…need for clean, small-scale generation in the energy transition (note here). How does a solid oxide fuel cell work? A solid oxide fuel cell draws in air at the cathode,…
…re-release pure CO2, forming a CCS process. Potassium carbonate has been used at over 600 hundred natural gas sweetening plants historically, removing small quantities of acid gases from pressurized gas…
…some larger names listed in the United States and Japan. These companies manufacture thermoelectric modules, power generation systems (via the Seebeck Effect), cooling systems (via the Peltier effect) or small-scale…
…all sound theoretical, but it has actually been demonstrated repeatedly in lab-scale studies: when 1 bit of information is erased, a small amount of heat is released. How efficient are…
…results from stress-testing our other models, including for pressure swing adsorption, amine plants, membrane separations, cryogenic gas separations, gas dehydration, compressors and small-scale pipelines. Total costs of upgrading biogas into…
…commissioning. Numbers will vary case by case. Gas turbine capex is also subject to economies of scale, with capex costs (in $/kW) falling by a factor of 50% every time…
…the relative costs of hydrogen, LNG, CNG, LPG, and diesel; in Europe, in the US, with varying CO2 prices and in the 2040s. Niche adoption of hydrogen is possible in…
…possibly also higher CO2 intensities, unless they are combined with CCS. Three stand-out opportunities in the energy transition, in our view, are switching coal to gas and LNG, later switching…