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OLEOZYM™
FS 410

Lipase Blend for Oleochemicals – Fat Splitting
Best For Oleochemical manufacturers seeking milder, more efficient process support for fat splitting applications.

GEPZYMES OLEOZYM™ FS 410 is a lipase blend designed for fat splitting applications in oleochemical processing. Conventional routes can be energy-intensive and harsh, especially when handling variable feedstocks. OLEOZYM™ FS 410 supports enzymatic process strategies that can improve efficiency, process control, and downstream value addition in oleochemical operations.

Applications:

Benefits

  • Milder process support
  • Improved conversion efficiency potential
  • Lower harsh chemistry dependence (process-dependent)
  • Better selectivity/control in suitable systems
  • Feedstock-specific optimization possible
  • Supports enzymatic fat splitting programs
  • Assists conversion efficiency improvement
  • Helps enable milder process pathways
  • Supports value-added oleochemical processing

What It Does

  • Evaluate feedstock and conversion target
  • Lab trial for hydrolysis performance
  • Optimize reaction conditions and dosage
  • Scale to pilot/plant with monitoring protoco

Lipase catalyzes hydrolysis of triglycerides under controlled conditions, supporting conversion to fatty acids and glycerol fractions in process setups designed for enzymatic operation.

FAQ –GEPZYMES OLEOZYM™ FS 410

What is GEPZYMES OLEOZYM™ FS 410 used for?

GEPZYMES OLEOZYM™ FS 410 is a lipase blend designed for fat splitting applications in oleochemical processing. It is used to support triglyceride hydrolysis and improve process efficiency in suitable oil/fat systems.

It can be evaluated by oleochemical manufacturers, specialty chemical processors, and selected fat-based processing units looking for enzyme-supported fat splitting or hydrolysis routes.

OLEOZYM™ FS 410 is positioned for challenges such as:

  • Energy-intensive conventional fat splitting
  • Variable conversion efficiency
  • Difficult feedstock response
  • Need for milder process conditions
  • Process consistency improvement

It contains lipase activity that supports the hydrolysis of triglycerides under controlled process conditions, helping convert oils/fats into fatty acids and glycerol fractions (depending on process setup and operating parameters).

It can be evaluated on selected vegetable oils and fats based on your process objective, feedstock quality, and operating conditions. Final suitability should always be confirmed through trials.

Yes. Lab and/or pilot trials are strongly recommended to optimize dosage, temperature, reaction time, mixing, and conversion targets before plant-scale implementation.

Oils and Fats

DEGUMZ™ PLA 100

Phospholipase solution for enzymatic degumming of vegetable oils with improved gum/phospholipid removal.

OILRECOV™ LIP 210

Lipase blend designed to reduce refining losses and improve oil recovery from soapstock-prone systems.

LIPOMOD™ SL 320

Lipase blend for specialty fats and structured lipid modification without hydrogenation routes.

SPREADZ™ LM 340

Lipase-based enzyme solution for margarine and spread fat systems requiring stable texture and plasticity.

OLEOZYM™ FS 410

Lipase blend for fat splitting applications in oleochemical processing and downstream value addition.

OLEOZYM™ ET 420

Industrial lipase solution for esterification and transesterification processes requiring better selectivity.

BIOFUELZ™ UCO 510

Proprietary blended enzyme program for used cooking oil and recovered oils with variable quality.

TALLOWZYM™ TF 530

Lipase blend developed for animal fats and tallow processing with variable and hard-to-handle streams.

Transforming With
the Science

Food & Agriculture

Protein & Processing

Industrial Applications