the research consultancy for energy technologies
…mechanism for unlocking efficiency gains with a CO2 price, including the costs of improvement projects, is summarized on pages 4-5. The opportunity capture waste heat is greatly enhanced with a…
…of water are required by T of CO2 capture in forests, equivalent to adding 100mm of annual rainall, then costs may be passable. But to grow forests in the Sahara…
…on a large ship. CO2 costs are extremely sensitive to CO2 concentrations, rising exponentially if it is necessary to capture CO2 from more diffuse sources. The typical CO2 concentrations of…
…result is to increase the concentration of CO2 and thus improve the economics of carbon capture (chart below). $499.00 – Purchase Checkout Added to cart The data-file draws on costs data and…
…to capture around 10T of CO2 per acre per year using faster-growing tree species, such as poplar, eucalyptus and mangrove. However, some commentators claim that another tree genus, known as…
…electricity, and enhanced geothermal heat. The capex costs for geothermal draw on our models, which capture the costs of drilling wells, heat exchangers and Organic Rankine Cycles. Please download the…
…waste production. A typical ethane cracker costs $1,100/Tpa in capex and requires an ethylene price of $1,000/ton to earn a 10-15% IRR. This economic model captures the costs of ethylene…
This data-file aims to capture the energy consumption, efficiency and CO2 intensity of different heating technologies in home-cooking: gas, electric, induction, microwaves, steam-cookers and food-processors. $299.00 – Purchase Checkout Added to cart…
…petroleum products and capture a “$1trn market opportunity”. Our patent analysis shows Origin has visibly been focused on 5-chloro-methyl furfural as a building block. For example, CMF can be reduced…
…with Shell and BA, and is now progressing larger projects: a €150M exhaust-gas capture for AccelorMittal’s Ghent steel plant, and a 10MGal/year aviation fuel facility in Georgia. We have assessed…