| New Zealand’s LanzaTech Makes Plastic from Waste Gas | |
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If LanzaTech’s technology proves successful on a commercial scale, it provides yet another pathway for the world to continue manufacturing products, including energy products, without continuing the high-risk harvesting of fossil fuels that has wrecked so many local economies. It also provides another alternative for producing plastics and fuels without using food crops or taking land out of food crop production. LanzaTech and Reclaiming Waste Gas for Renewable Ethanol Last year, LanzaTech announced that it developed a proprietary microbe that digests carbon monoxide in the waste gas from steel mills, converting it to pure ethanol. The process is based on fermentation, and it turns out that waste gas from steel mills is an ideal medium because it has a high concentration of carbon monoxide, with little or no hydrogen. You would think that nothing – not even a microbe – could survive in that toxic stew, but LanzaTech scientists found that certain microbes actually thrive under those conditions. The finding represented a giant step toward developing a commercially viable process for reclaiming waste gas, because it eliminated the need for investing in the expensive equipment that would otherwise be needed to precondition the gas for microbial life. Plastic from Waste Gas SOURCE: GO Media - Written by Tina Casey - Image: Smokestacks by otodo on flickr.com.
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