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DSM-Firmenich

Last updated February 26, 2026
33
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Continuous microwave biomass disruption: DSM-FirmenichLast 5 Years Research Landscape

Inconsistent cell wall breakdown during extraction leads to low yields and high solvent waste. This system synchronizes microwave energy delivery with conveyor-fed biomass flow to stabilize extraction efficiency.

What technical problems is DSM-Firmenich addressing in Continuous microwave biomass disruption?

Inefficient large scale biomass penetration

(8)evidences

Non-uniform heating and limited penetration depth in bulk organic matter during industrial processing. Overcoming these thermal gradients prevents localized degradation and ensures consistent extraction yields.

Inefficient volatile compound recovery

(5)evidences

Conventional extraction methods often result in thermal degradation or incomplete release of delicate olfactory and flavor compounds from plant matrices. Enhancing the recovery of these high-value volatiles directly improves the sensory quality and yield of fragrance and edible oil products.

Intracellular lipid extraction resistance

(4)evidences

Microbial cell walls act as a physical barrier that prevents the efficient release of internal oils and lipids. Overcoming this structural integrity is necessary to maximize yield and reduce solvent dependency in biomass processing.