Max Yield Pro

Feedstock-specific enzyme blends built to unlock more fermentable sugar.

Max Yield Pro formulations combine complementary enzyme activities for biofuel and bioprocessing feedstocks, helping improve hydrolysis, reduce bottlenecks and support higher downstream yield.

Screen
96-well plateHigh-throughput screening
Optimise
Bespoke blendOptimised enzyme activities & ratios
Deliver
High yieldsMore fermentable sugar
High-throughput derivedFormulations developed around complementary enzyme performance.
Biofuel gradeDesigned for conversion of starch- and fibre-rich feedstocks.
Broad operating windowMany Max Yield Pro products operate across pH 3.5–5.5 and 15–60°C.
Bulk availableScale from evaluation quantities to commercial volumes.
Choose by feedstock

One range. Different biomass challenges.

The current Max Yield Pro portfolio includes dedicated products for major starch, sugar and lignocellulosic feedstocks.

Corn feedstock
Starch-rich

Corn Max Yield Pro

Built for maize conversion into fermentable sugars for bioethanol production.

α-Amylase · exo-Cellulase · endo-Cellulase · Glucoamylase · Pullulanase · Xylanase
View Corn Max Yield Pro →
Cellulose feedstock
Cellulosic

Cellulose Max Yield Pro

Designed for lignocellulosic biomass where cellulose and hemicellulose hydrolysis drive yield.

exo-Cellulase · endo-Cellulase · Xylanase
View Cellulose Max Yield Pro →
Grain feedstock
Grain

Grain Max Yield Pro

For grain-based fermentation and biofuel applications requiring broad carbohydrate breakdown.

Dedicated Max Yield Pro grain formulation
View Grain Max Yield Pro →
Potato feedstock
Root crops

Potato Max Yield Pro

Targeted at potato and other starch-rich root feedstocks to improve conversion efficiency.

Dedicated Max Yield Pro potato formulation
View Potato Max Yield Pro →
Plant feedstock
Plant biomass

Plant Max Yield Pro

For mixed plant biomass where cellulose, hemicellulose and structural polysaccharides limit conversion.

Dedicated Max Yield Pro plant formulation
View Plant Max Yield Pro →
Sugar Beet feedstock
Sugar crop

Sugar Beet Max Yield Pro

Designed for sugar beet processing where accessible sugars and structural plant material both matter.

Dedicated Max Yield Pro sugar beet formulation
View Sugar Beet Max Yield Pro →
Sugar Cane feedstock
Sugar crop

Sugar Cane Max Yield Pro

Built around cane-derived feedstocks and the need to maximise available fermentable carbohydrate.

Dedicated Max Yield Pro sugar cane formulation
View Sugar Cane Max Yield Pro →
Sunflower biofuel feedstock
Oilseed

Sunflower Biofuel Enzyme Blend

Designed for sunflower-derived biofuel feedstocks and associated bioprocessing applications.

Dedicated sunflower biofuel enzyme formulation
View Sunflower Biofuel Blend →
Sunflowers for biodiesel feedstock
Biodiesel

Biodiesel Max Yield Pro

A Max Yield Pro route for lipid-based feedstocks and biodiesel processing.

Dedicated Max Yield Pro biodiesel formulation
View Biodiesel Max Yield Pro →
Why blends outperform single enzymes

Different bonds. Different enzymes. One conversion target.

Complex feedstocks rarely respond optimally to a single enzyme activity. Max Yield Pro combines enzymes that attack complementary structural features.

01

Open the structure

Endo-acting enzymes reduce polymer size, lower viscosity and expose more accessible chain ends.

02

Debranch & hydrolyse

Complementary activities target branch points, hemicellulose and other linkages that restrict conversion.

03

Drive to fermentable sugars

Exo-acting and saccharifying enzymes push soluble intermediates toward fermentable end products.

Built for practical processing

From trial bottle to commercial biofuel volume

Corn Max Yield Pro and Cellulose Max Yield Pro are currently offered in 1 L, 10 L and 25 L formats, with larger supply available through enquiry. The range is designed around commercial biofuel and bioprocessing use rather than a one-size-fits-all enzyme.

15–60°COperating range stated for Corn and Cellulose Max Yield Pro.
pH 3.5–5.5Operating pH range stated for Corn and Cellulose Max Yield Pro.
High inhibitor toleranceStated product property for Corn and Cellulose formulations.
Multi-enzymeBlend architecture designed around feedstock complexity.

Not sure which Max Yield Pro blend fits your feedstock?

Send us the feedstock, solids loading, pH, temperature and target product. We can help identify the most practical starting formulation.

Email sales@scientificandtechnical.com →