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Recent Posts
- The staggering cost of Net Zero in Britain
- Why the R/P Reserves to Production ratio does not show when oil will run out
- Catton on Collapse “Bottleneck: Humanity’s Impending Impasse”
- Book Review of Grain Brain: Extraordinary claim not backed up by evidence
- Why did everyone stop talking about Population & Immigration?
- What would happen if trucks stopped running?
- How to survive a nuclear winter
- The insect apocalypse will kill billions more people than climate change
- The war on drugs. A book review of “Chasing the scream”
- Peak crude oil did not happen in 2018. But we are running out of time
- Sheriffs have too much power
- Book review “They poisoned the world: Life & death in the age of Forever Chemicals”
- John Howe on one child per woman: still too high to stay under limits to growth curves
- Ted Trainer: The radical implications of a zero growth economy
- Part 5 Raven Rock. Hidey holes for government and military officials to carry on democracy after nuclear war destroys the planet
Category Archives: Energy
Can we eat enough fried food for biodiesel to keep trucks running?
Fatberg from London sewer If the U.S. can’t make enough biodiesel from plants, then the question becomes: Can we step up our fast-food game? Can we eat more French fries? Biodiesel is already made from used cooking oil (11.5% of … Continue reading
Posted in Biodiesel, Farming & Ranching
Tagged biodiesel, fast food, fatberg
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Why it is hard to replace diesel with biodiesel
Biodiesel is the great hope, our main hope, the only renewable fuel of all the many options, and the closest to the diesel essential for rail, trucks, and ships to do the actual work of civilization. The U.S. produces over … Continue reading
Posted in Biodiesel, Food production, Oil, Peak Biofuels, Peak Food, Transportation, Water
Tagged biodiesel, diesel, EROI
1 Comment
Corn for ethanol & soy for biodiesel tremendously destructive
In the news: Cullen A (2024) Corn Belt fertilizer is killing the Gulf of Mexico. Washington Post. About 30 percent of the nitrogen applied for raising corn is lost to water, and much of it right now is draining off … Continue reading
Posted in Biodiesel, Peak Food, Pesticides, Soil, Water Pollution
Tagged aquifer depletion, biodiesel, corn, erosion, ethanol, pollution, soybeans, topsoil
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Limits to Growth: Natural gas fertilizer that feeds 4 billion of us
Preface. In chapter 4 of my book “Life After Fossil Fuels: A Reality Check on Alternative Energy“, I explain how it came to be that fertilizer is made out of natural gas, using the energy of natural gas, and why … Continue reading
Posted in Life After Fossil Fuels, Limits To Growth, Natural Gas, Peak Food, Starvation
Tagged agriculture, food, peak food, peak natural gas, starvation
1 Comment
Far out #7: Ammonia power & recycle wind turbines by eating them
Preface. This optimistic article is honest enough to say that the new process of not emitting NOx when using ammonia for energy is a long way from commercial viability, and has myriad hurdles. This is not the most promising way … Continue reading
Posted in Far Out, Hydrogen, Natural Gas, Peak Platinum Group Elements, Recycle, Recycling
Tagged ammonia, fiberglass, hydrogen, natural gas, platinum group, recycle, Ruthenium, skeptic, wind turbine
1 Comment
Why liquefied coal (CTL) and natural gas (GTL) can’t replace oil
Preface. Here are just a few of the reasons why we aren’t likely to convert enough coal to diesel to matter as oil decines (see Chapter 11 Liquefied Coal: There Goes the Neighborhood, the Water, and the Air for more … Continue reading
Posted in Coal to Liquids (CTL), GTL Gas-To-Liquids, Peak Coal, Peak Oil
Tagged coal-to-liquids, CTL, flow rate, gas-to-liquids, GTL, peak coal, peak oil
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Lithium-ion battery recycling, environmental impact, energy used
Preface. The future of both electric vehicles and utility-scale energy storage are depending on lithium-ion batteries because of their high energy-density, and even though lithium is limited, it’s about the only kind of battery being made for transport (because it … Continue reading
Posted in Lithium-ion, Recycle, Recycling
Tagged battery, energy, environmental impact, LCA, recycle, toxicity
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