the research consultancy for energy technologies
…improvement on helicopters, but still fall short of trucks, we estimate. Specifically, the Flying Whales airships consume 1.5MW at peak cruise speeds around 100kmph. This power consumption is equivalent to…
…into pulp/paper, wood fuel or biomass power, then our model ‘gives back’ the CO2 and does not allow credits to be booked. Timber prices are tracked here. Also note that…
…the data-file. After amortizing the CO2 emissions of producing the battery, the CO2 emissions per mile are 50% lower for an electric vehicle that is charged by the US power…
…cart We model the incentive price for each project, i.e., the power price that is needed to earn a 10% levered but unsubsizided return. There is little evidence for deflation….
…much as 850kg/boe. Generating 1MWH of power from natural gas emits 0.35T of CO2, versus 0.85T for coal (chart below, data here). But it has been criticized by some commentators…
…cost-deflation, utilization, power prices, gas prices and water prices. (gas- and water-intensity of the process should be noted). Related research. Carbon Engineering is commercializing a ‘wet process’ for DAC using…
This data-file models the costs and CO2 intensities of four different heating solutions: oil-fired furnaces, gas boilers, electric heaters and electrically-powered heat pumps. $499.00 – Purchase Checkout Added to cart Gas-fired boilers…
…prices, cutting funding for flaring reduction, methane mitigation, digitization initiatives and power from shore (pages 8-9). New energy technologies are developed more slowly when fossil fuel prices are depressed, based…
…of electrical/gas power (determining how competitive solar water heaters are with other heating methods). Under our base case estimates, it would require a CO2 price of around $130/ton, to incentivize…
This data-file models the economics and costs of green hydrogen production via the electrolysis of water, powered by renewable energy. IRRs and NPVs are calculated incorporating our best estimates of…