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Recent Posts
- “More and More and More” one of the best books on energy ever written
- The staggering destruction of knowledge by Christians in the Roman Empire
- 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
Category Archives: ! PEAK EVERYTHING
Autos need finite rare earth, critical, & precious metals
An electric car uses five times as many minerals as a conventional car (IEA 2020): IEA, Minerals used in selected power generation technologies, IEA, Paris https://www.iea.org/data-and-statistics/charts/minerals-used-in-selected-power-generation-technologies There are 17 rare earth elements (REE) that China controls up to 97% of … Continue reading
Posted in Automobiles, Peak Rare Earth Elements
Tagged Cerium, china, dysprosium, Europium, lanthanum, neodymium, Praseodymium, rare earth, terbium, Yttrium
1 Comment
328 Million Americans use 3.2 million pounds of minerals, metals, and fuels in their lifetime
Preface. Even if you go off the grid, civilization is using up minerals at an exponential rate to maintain the non-negotiable American lifestyle, which in 2006, required 3.7 million pounds of minerals, metals, and fuels in each person’s lifetime, or … Continue reading
Posted in Mining, Peak Critical Elements, Recycle, Recycling
Tagged consumption, critical elements, limits to growth, peak minerals
6 Comments
Batteries use rare, declining, critical, & imported elements from unstable countries
Preface. Since oil and other fossils are finite and emit carbon, the plan is to electrify society with batteries. But doh! Minerals used in batteries are finite too. And dependent on fossil-fuels entirely in their life cycle, from mining trucks … Continue reading
Posted in Batteries, Mining, Peak Critical Elements, Peak Rare Earth Elements
Tagged batteries, peak minerals
7 Comments
Livestock threatened by toxic invasive species on rangeland
Preface. Will cattle, sheep,goats, and horses have to be raised on feed lots in the future to prevent range land poisoning from invasive plants? Each year poisonous plants adversely affect 3-5% of the cattle, sheep, and horses that graze western … Continue reading
Posted in Biodiversity Loss, BioInvasion, Farming & Ranching, Peak Food
Tagged biodiversity loss, Bioinvasion, invasive species, plants
4 Comments
A Strong Case for the Anthropocene: no other species has ever consumed so much of earth’s resources so quickly
Figure 1. Produced energy and the pattern of human population growth from 1750. Utilization of these energy sources, together with the energy used by humans from net primary production, is now approaching the entire energy available to the global ecosystem … Continue reading
EV cars and utility scale energy storage batteries are not likely to materialize
Preface. Clearly there’s not enough minerals and metals to shift from fossil fuels to electric vehicles and utility scale battery storage, due to peak critical elements, peak platinum group elements, peak precious elements, peak rare earth elements, and peak everything … Continue reading
Posted in Automobiles, Batteries, Battery - Utility Scale, Peak Lithium
Tagged battery, EV, lithium, utility scale energy storage
13 Comments
How much oil left in America? Not much
Preface. If you think we have no worries because we can get arctic oil, think again. We can’t because icebergs mow drilling platforms down in the ocean. On land, massive amounts of expensive new drilling rigs, roads, rail lines, platforms, … Continue reading