Enzymes for Composting & Organic Waste
Enzymes for Composting & Organic Waste
Develop an enzyme treatment around the organic material you actually process. High-throughput screening compares activities and blend ratios on representative samples, followed by composting trials that measure practical performance.
Match the Enzyme Route to Your Feedstock
Green & garden waste
- Target: Grass, leaves and plant residues.
- Solution: Screen cellulase and hemicellulase activities against accessible fibre.
- Optimisation: Compare breakdown under matched moisture and aeration.
Food & mixed organic waste
- Target: Variable starch, fibre, protein and lipid content.
- Solution: Choose the enzyme panel from composition and the treatment stage.
- Optimisation: Measure process performance across representative waste lots.
Agricultural residues
- Target: Straw and other fibrous crop-processing residues.
- Solution: Evaluate cellulase, xylanase and suitable accessory activities.
- Optimisation: Confirm whether pretreatment improves the full composting process.
Choose Products for Your Evaluation
Compare these starting products under your process conditions, then refine the dose or commission a bespoke blend.
Plan Your Evaluation
Validate the whole composting process
Enzyme treatment supports a defined trial; moisture, oxygen, mixing and feedstock balance still govern biological composting. A rapid laboratory hydrolysis result does not establish faster composting or mature compost. Compare the finished process against an untreated control.
Your Feedstock. Your Conditions. Your Blend.
Compare enzyme options in parallel, then validate the strongest candidates in the process that matters to you.
Characterise the waste
Define composition, particle size, moisture and the dosing stage. Agree a measurable outcome and untreated baseline.
Screen enzyme options
Compare blend ratios and doses on representative materials. Track fibre breakdown or solubilisation under the intended conditions.
Validate in composting trials
Use matched treated and untreated batches. Monitor temperature, aeration, moisture, decomposition and compost maturity before scale-up.
The selected blend is based on measured feedstock performance and practical cost-in-use. Laboratory screening is followed by representative process validation.
Build Your Starting Blend with AI
Describe your material and operating conditions. This rule-based builder proposes an initial formulation for discussion; measured screening determines the final activities, ratios and dose.
Your process
Enter the key conditions.