• Plaxica’s technologies produce a range of high value, renewable chemicals using low cost, robust, chemical processes.

    We have a strong focus on use of co-products from the Paper & Pulp and Biopolymers industries as feedstocks.

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    Plaxica’s technologies produce a range of high value, renewable chemicals using low cost, robust, chemical processes.

    We have a strong focus on use of co-products from the Paper & Pulp and Biopolymers industries as feedstocks.

Optipure – D Lactic Acid

Plaxica's Optipure technology is a robust, scalable chemical process which produces high value, polymer grade D lactic acid or L & D acids from any lactic feedstocks. These lactic acid species are suitable for processing into high performance polylactic acid polymers with high value end uses including the oil & gas industry and durable consumer goods.

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Extractive Hydrolysis – Lignin Free Sugars

Plaxica's Extractive Hydrolysis technology produces clean sugars from industrial by-product streams. Extractive Hydrolysis can simultaneously hydrolyse hemicelluloses and remove lignin and organic acids to produce sugar pre-cursors for high value products such as xylitol. Our technology is scalable, robust and low cost. Our feedstock of choice is a co-product stream from the dissolving pulp industry.”

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Versalac – Low Cost Lactic Acid

Plaxica’s Versalac technology delivers a step change in the cost of lactic acid. Versalac is a high performance chemical route to lactic acid which, unlike fermentation, is unaffected by impurities in the feedstock. Versalac is closed loop – all reagents are recovered and the process has the lowest variable cost of any available lactic acid technology.

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