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Truly Sustainable Renewable Future
April 17, 2012 – 10:42 am | No Comment

Advanced Biofuels are high-energy liquid transportation fuels derived from: low nutrient input/high per acre yield crops; agricultural or forestry waste; or other sustainable biomass feedstocks including algae.  The key word is “sustainable.”
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Home » BioChemicals, BioRefineries, Biorefinery Infrastructure, Business News/Analysis, Feedstocks, Infrastructure, Not Agriculture, Process, R & D Focus

I Just Want to Say One Word to You. Just One Word. Are You Listening? Biocatalysts.

Submitted by on October 18, 2012 – 8:02 amNo Comment

by Jim Lane (Biobased Digest)  Could enzyme biocatalysts replace fermentation among the hottest process platforms in industrial biotech?  Newlight thinks so, as it applies its supercatalyst to low-cost plastics. And no petroleum or food crops required.

In the weeks and months to come — and in the wake of hiccups at Gevo and Amyris that have prompted concern over scalability of advanced fermentation technologies — we are going to here a lot more about biocatalysts – and biocatalysis as an alternative to fermentation.

If you’re confused about the difference – or didn’t realize there was one, or hadn’t heard about biocatalysis at all – you are one of the many, not the few.

One of the reasons we need to focus on biocatalysts, sooner rather than later, is that a new class of technologies are now coming out of stealth mode, that have discovered ways to make biocatalysts work better than ever before.

These breakthroughs are opening up some low-cost feedstocks that haven’t been able to be used, previously – and opening up pathways to low-cost products that improve everyday lives. In short, they could be game-changers.

An impressive entry in the field is Newlight Technologies, now emerging from a long stretch in stealth mode.

The breakthrough? Newlight uses a new class of biocatalyst to convert air and greenhouse gases, such as methane and carbon dioxide (which can be derived from a range of sources, including wastewater treatment systems, digesters, landfills, and energy facilities), into PHA-based plastics that can match or exceed oil-based commodity plastics on performance while significantly out-competing on price.

… “Our big breakthrough — there was a switch that turned on to limit the activity of the catalyst. It blew through roof when we turned switch off.”  READ MORE

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