9001-05-2 Catalase Enzyme Oxidase And Catalase Positive Bacteria Fermentation

Economic and Reliable catalase positive bacteria With Good After-sale Service
 
Product Description
 

Catazyme 600L is produced by fermentation of a selected microorganism followed by purification and formulation. The enzyme effectively catalyzes the hydrolysis of hydrogen peroxide into oxygen and water, which can be widely used in food, textile, paper, electronics, and other industries to remove hydrogen peroxide with a significant saving of water resources and energy.

Catalase is a tetrameric haemin-enzyme, which contains four ferriprotoporphyrin groups per molecule. Chelating agents may remove the iron atom from the haem group of catalase and thereby inactivate it, Bleach formulations usua1ly contain sequestering agents, such as silicates, phosphates or oxalates.

 
 
Features and Benefits
 

Save Water
Application of Catazyme to the elimination of hydrogen peroxide only requires cold bath for once. Inactivation and washing is not needed before dyeing. The elimination of hydrogen peroxide can be conducted in the same bath of dyeing without washing, resulting in considerable savings of rinsing water ( at least saved by 3/4 in average).

Save Time
Catazyme's characteristic of decomposing hydrogen peroxide in a highly efficient way results in big saving of washing time, which is roughly half of the preparation time before dyeing process.

Save Energy
Elimination of hydrogen peroxide with Catazyme does not need heating and the process flow is comparatively short, thus allowing less electricity consumption.

Safe Dyeing
Catazyme does not have any effects on dyeing performance of vat dyes. Hydrogen peroxide is decomposed into water and oxygen, which do not have any effects on dyes either.

Save Cost
Hydrogen peroxide is decomposed into water and oxygen without hazardous effluents, allowing considerable savings of wastewater treatment costs.

Functions

1. Textile Industry: to remove hydrogen peroxide after bleaching and before dyeing, saving water, energy and time, not damaging the fibers and dyes, and do not pollute the environment;

2. Papermaking Industry: monitoring and optimizing the amount of hydrogen peroxide in bleaching process, degrading residual hydrogen peroxide after the bleaching;

3. Electronics Industry: to remove hydrogen peroxide after eroding germanium, silicon transistors and semiconductor components; saving water, energy and time;

4. Water Treatment: After the use of peroxide for waste water treatment, add catalase to remove the over use of peroxide in case it results in water eutrophication. Also it would not affect other elements in the process because of the specificity of catalase.

 
 
Our R & D Capability
 
Although a relatively young company established in 2005, Vland has quickly become a formidable, innovation-driven enterprisefueled by its highly-trained and specialized team. The group employs 26 Ph.Ds and nearly 300 associates with Master’s degrees.