the research consultancy for energy technologies
…spodumenes. In semiconductor, mono-crystalline polysilicon for chips and solar panels is grown via the Czochralksi method at 1,425ºC; while the SiC used in cutting edge EV power-MOFSETs is grown at…
…reactors, and maybe $2-3/mcf when separating bio-methane from biogas. The cost breakdowns in this data-file include capex, opex, maintenance, zeolite replacement, compression power and CO2 costs. $549.00 – Purchase Checkout Added to…
…due to Russia’s invasion of Ukraine. We see Europe potentially requiring 15bcfd of gas supplies through 2030, which is equivalent to 110MTpa of LNG supplies. Our European gas and power…
…and fans/blowers must work to overcome larger total pressure drops. The simple energy economics are that power consumption (in Watts, aka Joules per second) is a product of air flow…
…(e to the power x), E is the energy level, kB is the Boltzmann constant and T is absolute temperature. To give a sense, this expression is plotted below. As…
…what implications for the gas industry, power industry and CCS industry? (pages 12-16). Large industrial gas companies and technology providers are pursuing different strategies amidst this evolving landscape (page 17)….
Hot potassium carbonate is a post-combustion CCS technology that bypasses the degradation issues of amines, and can help to decarbonize power, BECCS and cement plants. We think costs are around…
…volatile power prices, amidst the build out of renewables, by demand shifting, which means timing their electrical loads to the times when renewables are generating. In some cases, this requires…
…spread as a 6-hour battery that charges and discharges around 360 days per year, both around 20c/kWh. This helps to integrate solar and wind into increasingly renewables-heavy power grids. How…
…that renewables have a volatile generation profile, which requires building backups, demand shifting, larger power grids, and energy storage. Flow batteries are fundamentally different from lithium batteries. They store and…