In Laos, a hydroelectric dam that was under construction has collapsed. Hundreds of people are missing and many are likely dead. Rescue efforts were underway as top government officials rushed to the site and public appeals were launched for aid.
The hydroelectric dam collapsed in southeastern Laos, leaving an unknown number of people dead and hundreds missing, state media said on Tuesday. Rescue efforts were underway as top government officials rushed to the site and public appeals were launched for aid.
Laos exports a lot of electricity from several hydroelectric dams. Thailand is a major buyer of this electricity.
The Xepian-Xe Nam Noy project cost an estimated US$1.02 billion. Much of the financing came from Thai lenders.
Deaths per Terawatt hour
This tragedy does not shift the global death per terawatt hour calculations much. The statistics that Nextbigfuture has provided on this over the years need to be updated with significantly more power generation for solar and wind. Also, there have been updates to the deaths attributable to air pollution.
The Natural gas air pollution needs to have the 1.6% or higher leakage from pipes and mining accounted for its impact.
ENERGY SOURCE DEATHS FATAL/TWH TWH NOTES ----------------- --------- --------- ------- ------------------------------------- Coal – world avg. 2,200,000 244.00 9,000 (10% world energy, 41% of electricity.) Coal – China 1,300,000 325.00 4,000 Utilizing heavily-manual practices Coal – USA 10.00 Mostly open-pit and u/g machine Oil 2,400,000 52.00 42,000 (40% of world energy, 4.4% of electricity) Natural Gas 300,000 20.00 15,000 (15% of world energy, 11% of electricity) Biofuel/Biomass 50.00 Peat 50.00 Solar (rooftop) 12 0.1 110 (1.0% of world electricity) Wind 105 0.15 700 (2.8% of world electricity) Hydro 400 0.10 4,000 (EU deaths, 2.2% of world energy) Hydro + Banqiao) 4,000 1.00 4,000 (~4000 TWh/yr + 171,000 Banqiao dead) Nuclear 104 0.04 2,600 (3% of world energy, 10% of electricity) ----------------- --------- --------- ------- ------------------------------------- World 5,000,000 47 105,000 Terawatt-hours Unaccounted for 95,400 1,500 TWh = 6.00% … fatalities prorated
Brian Wang is a Futurist Thought Leader and a popular Science blogger with 1 million readers per month. His blog Nextbigfuture.com is ranked #1 Science News Blog. It covers many disruptive technology and trends including Space, Robotics, Artificial Intelligence, Medicine, Anti-aging Biotechnology, and Nanotechnology.
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I find it difficult to use these statistics of death pr TWh, as it most likely is people weakened by age or sickness, that die from air pollution. The question is more how much time these people loose compared to no pollution. Are there statistics that show loss of work hours due to sickness, lower crop yields or value of contaminated property?
I find it difficult to use these statistics of death pr TWh as it most likely is people weakened by age or sickness that die from air pollution. The question is more how much time these people loose compared to no pollution.Are there statistics that show loss of work hours due to sickness lower crop yields or value of contaminated property?
I find it difficult to use these statistics of death pr TWh, as it most likely is people weakened by age or sickness, that die from air pollution. The question is more how much time these people loose compared to no pollution.
Are there statistics that show loss of work hours due to sickness, lower crop yields or value of contaminated property?