the research consultancy for energy technologies
…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,…
…provide a lot of thrust. But you also need to get the plane into the air (like pulling information from memory), keep it in the air (refreshing data in DRAM)…
There has been a remarkable reduction in the negative air quality impacts of combustion vehicles since 1970, as quantified in this data-file and over time. Vehicle emissions of CO, NOx…
…air is compressed over 20 stages to 20 bar of pressure, super-heated to 1,250ºC and 100 bar of pressure, then these super-hot, super-pressurized gases expand across 4-5 stages of turbine…
…carbon eco-systems can store a lot of carbon, over 1,000 tons/hectare, possibly over 2,000 tons/hectare. But 500MT is a truly enormous number. It is equivalent to the direct annual emissions…
…porous diaphragm. Instead of bubbling out as a gas on the anode side, very small amounts of oxygen may dissolve, diffuse ‘in the wrong direction’ across the porous diaphragm, and…
…represent a direct attack on European infrastructure, further deepening what could be a decade-long energy shortage, a gutting of European industry. This also cements the likelihood that Europe will phase…
…companies more, and requiring project developers to be more accommodating? #2. Project sizing does not directly explain inter-connection approval times. The average utility-scale solar project has become larger over time…
…25-30% in Asia. Another 25-30% is usually associated with the copper industry, 25-30% with the gold-silver industry, and the remainder is diversified (charts below). Direct focus on the energy efficiency…
…unbridled wrath of substantively everyone. We also understand that the world’s climate is complex, and cannot be perfectly captured by simple formulas, any more than ‘world history’ can be. Nevertheless,…