Enzyme-Powered Sustainability Across Feed, Food, and Industry
Targeted enzyme formulations help reduce resource use, cut emissions, and unlock higher-value outputs. Explore how our tailored solutions address the most pressing challenges in feed, food, and industrial processing.
Why Enzymes Matter
Enzymes accelerate reactions under mild conditions, enabling factories and farms to hit sustainability targets without costly retrofits. By replacing harsher chemicals and optimizing yields, we shrink carbon footprints, minimize waste, and protect natural resources.
Feed: From Resource-Intensive to Resource-Smart
Common pressures: volatile grain prices, protein scarcity, and nutrient waste driving emissions.
- Phytase unlocks bound phosphorus, cutting mineral supplementation and shrinking manure P-load.
- Xylanase & β-glucanase boost fiber digestibility, delivering more energy from the same ration.
- Protease improves amino acid availability, enabling lower crude-protein diets and reduced nitrogen output.
- Thermostable blends stay active through pelleting, preserving feed value with fewer post-pellet additives.
Sustainability win: Smaller feed footprint, lower nutrient excretion, and better feed-conversion ratios.
Food: Clean Labels with Lower Impact
Key challenges: high energy cooking, waste from off-spec batches, and demand for short, clean ingredient lists.
- Amylase & glucoamylase increase fermentation efficiency in brewing and baking, reducing sugar inputs and energy per batch.
- Lipase tailors flavor development in dairy analogs, replacing harsher processing aids.
- Transglutaminase enhances texture and yield in plant and animal proteins, trimming trim-loss and rework.
- Pectinase & cellulase clarify juices and purees under mild conditions, cutting filtration aids and waste sludge.
Sustainability win: Lower energy cook steps, fewer synthetic additives, and higher first-pass quality.
Industrial: Cleaner Chemistry, Circular Outputs
Issues: fossil-derived catalysts, energy-heavy steps, and difficulty valorizing side-streams.
- Catalase & peroxidase decompose residual peroxide in textiles and pulp, enabling cold-water rinses and safer effluent.
- Laccase supports bio-bleaching and dye decolorization, lowering reliance on chlorine chemistries.
- Cellulase & hemicellulase upgrade lignocellulosic biomass into fermentable sugars for biofuels and bioplastics.
- Protease recovers peptides from by-products (e.g., leather and fish processing), converting waste into feed or cosmetic inputs.
Sustainability win: Reduced energy demand, gentler water profiles, and new revenue from upcycled streams.
Measuring the Difference
Integrate enzymes into existing lines and track improvements:
- Lower steam and electricity demand from reduced cook temperatures.
- Higher throughput with fewer CIP cycles thanks to cleaner runs.
- Less chemical neutralization and sludge handling in wastewater.
- Verified greenhouse-gas reductions via LCA-ready data.
Fast, Low-Risk Deployment
Our team partners from pilot to full-scale rollout to secure sustainable wins without production downtime.
- Pilot dosing plans tailored to your substrates and equipment.
- On-line activity monitoring to safeguard product quality.
- Training for operators and QA teams on enzyme handling.
- Documentation for regulatory and customer audits.