تبدیل زباله به برق؛ طرح تازه برای تأمین انرژی مراکز داده کالیفرنیا از دویست‌وپنجاه هزار تن پسماند
Information Technology

Turning trash into electricity; a new plan to power California data centers from two hundred and fifty thousand tons of waste

California buries more than one hundred thousand tons of waste under the ground every day, which totals forty million tons annually. It is reported that these buried wastes over time turn into toxic methane and corrosive leachate and cause environmental disasters such as the ongoing crisis at the "C

California buries more than one hundred thousand tons of waste under the ground every day, which totals forty million tons annually.

It is reported that these buried wastes over time turn into toxic methane and corrosive leachate and cause environmental disasters such as the ongoing crisis at the "Chiquita Canyon" landfill in Los Angeles County; a place where since early 2021 a heat-generating chemical reaction has remained active in a section of the site and is sending many harmful gases to surrounding neighborhoods.

Meanwhile, alongside this growing mountain of waste, another crisis is forming: technology's increasing thirst for power. Accordingly, with the expansion of artificial intelligence and data centers, California's energy demand will reach four thousand five hundred megawatts by 2040; a figure that is only one thousand megawatts today.

According to ITNA and citing Interesting Engineering, Kryonite Power said it has begun initial talks with city officials in Los Angeles and San Diego to turn raw municipal waste into steady, sustainable electricity.

Lars Karlstrom, the founder of the company, says California has so far seen these two problems separately, while they should be considered together; he adds that now is the time to turn the problem into a solution instead of burying it.

According to the company, its platform is based on standard engineering design, is scalable, and each unit can be adjusted according to the volume of local waste.

For example, the "KPIAX 250" generation can process two hundred and fifty thousand tons of waste annually and produce twenty to thirty megawatts of continuous power for large urban areas.

Originally published by Information Technology News - ITNA

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