CCS Redux: Carbon Engineering’s Diesel? Just Put Electricity Into Tesla Semi Instead
For the same energy inputs you could travel 3 times as far for a 5th the CO2 emissions and well under half the cost in an electric truck.
For the same energy inputs you could travel 3 times as far for a 5th the CO2 emissions and well under half the cost in an electric truck.
Carbon capture, direct air capture, and carbon direct removal are back in the hype cycle again, so yet again I’m looking at solutions that are technically interesting, if not remotely likely to scale. Under the microscope today is Vesta Earth, which is exploring olivine weathering as a beach sand supplementation … [continued]
Carbon capture and sequestration in all of its various ineffective, inefficient and expensive forms is having another run up the hype cycle. Nothing has really changed. The problems still exist. The alternatives are still better. The potential for use is still minuscule. And so, the CCS Redux series, republishing old … [continued]
Carbon capture is back on the hype cycle, years after it was last being pushed upon us as the only real solution to our climate change problem because
In recent months I’ve returned to the overlapping subjects of geoengineering and carbon capture, both of which I’d mostly satisfied myself about years ago. Both, however, are re-ascending the hype scale and at least for aspects of geoengineering, my curiosity was unsatisfied.
Carbon capture and sequestration in all of its various ineffective, inefficient, and expensive forms is having another run up the hype cycle. Nothing has really changed. The problems still exist. The alternatives are still better. The potential for use is still minuscule. And so, we’ve got this CCS Redux series, … [continued]
Carbon capture and sequestration in all of its various ineffective, inefficient and expensive forms is having another run up the hype cycle. Nothing has really changed. The problems still exist. The alternatives are still better. The potential for use is still minuscule. And so, the CCS Redux series, republishing old … [continued]
In a new study, researchers have developed a method for capturing carbon dioxide from the atmosphere, powered by clean and relatively inexpensive geothermal energy. Their findings, published in the journal Environmental Research Letters, reveal that by combining direct air carbon dioxide capture technologies (DACC) and geothermal energy, large-scale carbon dioxide (CO2) removal … [continued]
Carbon capture and sequestration in all of its various ineffective, inefficient and expensive forms is having another run up the hype cycle. Nothing has really changed. The problems still exist. The alternatives are still better. The potential for use is still minuscule. And so, the CCS Redux series, republishing old … [continued]
Metal-organic framework (MOF) materials can be used in many different applications, from catalysts to energy converters Generative AI techniques, machine learning and simulations give researchers new opportunities to identify environmentally friendly metal-organic framework materials. Carbon capture is a critical technology in reducing greenhouse gas emissions from power plants and other … [continued]