…prices, Battery Graphite prices, Benzene prices, Butadiene prices, Carbon Fiber prices, Cement prices, Cobalt prices, Cobalt Oxide prices, Cold Rolled Steel prices, Concrete prices, Copper prices, Copper Wire prices, Cumene…
…heat >1,000◦C (chart below). The full data-file includes estimates of global energy demand across almost fifty end uses: agriculture, air conditioning, air separation, aluminium, ammonia, asphalt, aviation, bleach, buses, cement,…
…steel (7.5%), plastics (6%), cars (5.4%), commercial heat (5%), hydrogen (4.6%), cement (3%), oil refining (3%), agriculture (3%), aviation (2.6%), air conditioning (2.5%), cooking (2.2%), lighting (2.2%) and shipping (1.4%)…
…200kTpa chlor-alkali plants, 1MTpa cement plants, 1MTpa CCS compressors or 100,000 vehicle per year auto plants. Finally we come to the true monsters, with grid connections above 100MW, such as…
…costs are c$800/ton (model here). CO2 utilization for curing cement industry is being explored by Solidia and CarbonCure. Other CO2 utilization companies are screened here. The challenge in all of…
…materials such as steel and cement, which are much harder to decarbonize directly. It is reminiscent of the old cliché that NASA spent millions of dollars developing a pen that…
…is enormous, on a par with emissions from the entire EU, or India, or the entire global cement industry. Blue carbon also has extra importance combatting sea level rises. Full…
…market sizing looks industry-by-industry, to break down possible capture volumes. We discuss each industry in turn – coal power, gas power, ethanol, steel, cement, et al., – on pages 9-12….
…industrial and power-sector emissions could be captured, across coal-power, gas-power, ethanol, steel, cement, chemicals and smaller manufacturing. To put this in perspective, we also quantified how many million tons of…
…likely too small. The best candidates are c100 specific facilities in the cement, steel and ammonia industries, which are the “right size”, have concentrated CO2 emissions and explain around 2%…