Enzymes for Baking:
To improve the appearance and taste effect of finished products in the production and processing of bakery goods, food additives are generally required to be added in the process, such as flour gluten enhancer, whitening agent, and other chemical additives, may cause damage to human health for long-term consumption. Xylanase, Lipase, Glucose Oxidase, Catalase, Amylase and other enzymes with high efficiency and specificity, green and safe characteristics, can replace the traditional chemical additives to improve the internal structure of the dough and the fluffiness of the dough and gluten, to achieve the whitening of the flour, to prolong the shelf life of the baked goods and other effects.

Enzymes for Brewing:
In the fermentation production process of the traditional brewing industry, such as liquor, beer, soy sauce, vinegar, etc., because of their own incomplete enzyme system or low enzyme activity, the decomposition of raw materials is not fully utilized, which will cause in a certain degree of waste, and even adversely affect the product flavor, clarification and so on. Through the exogenous addition of enzymes such as amylase, protease, cellulase, etc., it has a good effect on increasing yield, reducing cost, improving quality, and enhancing product flavor.

Enzymes for Plant Protein Processing:
Most plant proteins are more nutritious, healthier, and less costly than animal proteins. However, the composition, spatial structure and nature of natural plant proteins lead to the fact that they cannot fully meet the current demand for new functional foods. Utilizing the catalytic specificity of different proteases, targeted degradation of plant protein macromolecules and improvement of their structural and functional properties have been well applied in a variety of food production and processing fields, such as plant protein peptides and plant protein beverages.

Others:

As highly efficient, specialized, green, and safe biological catalysts, different enzymes with different catalytic substrates and specificities have been widely used in different fields such as dairy products, fruit and vegetable processing, food preservation, and chiral drug splitting. Bioenergy field:

Enzymes for Biodiesel:
The development of biodiesel as a clean energy that can replace petrochemical diesel has been emphasized. The method of preparing biodiesel with lipase as the biocatalyst can not only solve the problem of non-renewable energy traditional diesel and environmental pollution, but also has the advantages of low requirements for raw material oil and grease, mild reaction conditions and environmental friendliness compared with chemical method.

Enzymes for Fuel Ethanol:
Lignocellulose is a cheap, clean, renewable biological resources, is the most abundant carbohydrate in nature. The decomposition of lignocellulose into small molecule sugar with cellulase-based enzymes to produce cellulosic fuel ethanol by fermentation, which is not only to alleviate the crisis of energy shortage, but also to achieve the effective use of agricultural waste and reduce environmental pollution.

Enzymes for Electronics Industry
In the electronics industry, germanium, silicon transistors and semiconductor components are etched by hydrogen peroxide, and after that, it needs to use a large amount of water to remove the residual hydrogen peroxide to prevent excessive erosion of hydrogen peroxide on electronic components and environmental pollution. By utilizing the catalytic property of catalase to decompose hydrogen peroxide efficiently and specifically, a large amount of water, energy and time can be saved.

Enzymes for Water Treatment:
With the rapid development of global industry, water environment and water ecology problems are becoming more and more prominent. Utilizing the catalytic specificity of different enzymes, such as Catalase, Cellulase, Pectinase, Xylanase, Lipase, etc., they can be targeted to be applied in treating wastewaters of different compositions, with the advantages of high efficiency, greenness, and safety.

Enzymes for Textile:
Textile industry is an important industry in modern manufacturing, with rich manufacturing content and complex processes. Using the catalytic properties of different enzymes, such as Cellulase, Catalase, Amylase, Protease, etc., all of them have the good application effect in the pre-treatment of fabrics, printing, and dyeing, washing, etc., which can be used to replace the traditional chemical reagents or treatments, and has the advantages of mild reaction conditions, environmentally friendly, and saving of water and energy.

Enzymes for Detergent:
Under the situation of continuous progress of cleaning chemical technology in the detergent field, enzymes have become an essential component in detergents with their advantages of high efficiency, speed, and environmental friendliness. The use of enzymes such as Protease, Lipase, Amylase, Cellulase, Mannanase, etc. greatly improves the decontamination efficiency and washing effect of the products.

Enzymes for Paper Making:
As a traditional high-energy consumption and high-pollution industry, the paper industry is facing problems such as shortage of raw materials, energy tension and increasing pressure on environmental protection. Cellulase, Xylanase, Lipase, Phospholipase, Amylase, and other biological enzymes play an important role in the wood raw material pretreatment, bleaching, pulping, deinking of waste paper, adhesive control, wastewater treatment, and other different aspects. in the paper industry for the cleaner production, reduce energy consumption and so on to play a good economic and environmental and ecological benefits, which also bring good economic and environmental ecological benefits for the clean production, reducing energy consumption and so on in the paper industry.

Enzymes for Leather;
With the significant increase in the level of public consumption in recent years, as well as people's increasing attention to environmental protection, the tanning industry is also facing challenges in improving product quality and reducing environmental impact. Protease, Lipase and other enzymes, as highly efficient, safe, green, and environmentally friendly biological catalysts, can play a good effect in water soaking, ash soaking, dehairing, degreasing, softening and other tanning processes, and have obvious advantages in reducing the amount of sewage, improving the quality of the product, and enhancing the production efficiency.

Others:
As highly efficient, specialized, green, and safe biological catalysts, enzymes are widely used in more and more industrial production fields, and play a great role in replacing traditional chemicals, reducing environmental pollution, and lowering energy consumption.