Agricultural

Agricultural biological glycolipids ABG-P

Agricultural bioglycolipids are glycolipid metabolites produced by specific microorganisms through fermentation technology. The powdered product ABG-P is made from rhamnolipid fermentation broth after removing impurities and drying it. A new biological additive that can be applied to fertilizers and functional agricultural products. Its significant advantages are natural origin, safe use, environmental protection and no residue. It can be applied in the entire agricultural industry, such as seed cultivation, soil improvement, fertilizer efficiency enhancement, plant protection, etc.

Agricultural

Agricultural biological glycolipids ABG

Agricultural bioglycolipids are glycolipid metabolites produced by specific microorganisms through fermentation technology. ABG is an agricultural liquid model of rhamnolipid, a new biological additive that can be used in fertilizers, pesticides and functional agricultural products. Its significant advantages are natural origin, safe use, environmental protection and no residue. It can be applied in all aspects of agriculture, such as seed cultivation, soil improvement, fertilizer efficiency enhancement, pesticide efficiency enhancement, plant protection, fruit and vegetable preservation, etc.

Agricultural

Rhamnolipid power RL-P

Powdered rhamnolipid products are produced by drying rhamnolipid fermentation liquid after impurity removal treatment. In addition to the basic properties of rhamnolipid, it also has the characteristics of convenient storage and transportation. It can be used in most industrial fields, plant and animal related fields, etc. There is a solid carrier added to this product. Due to the different application characteristics of different industries, the carriers are also different. Please consult and confirm before purchasing. The carrier can also be customized and processed according to customer needs.

Oil field

Biological oil displacing agent BD-II

Biological plugging agent BD-II is a biological oil field flooding product based on biosurfactants. It can be used alone or in binary and ternary composite oil displacement systems. It improves oil displacement efficiency by emulsifying remaining oil, improving wettability, reducing oil-water interfacial tension, expanding water flooding sweep volume, etc., and further Improve oil recovery.

Oil field

Biological anti-blocking agent BD-I

Biological plugging agent BD-I is a biological oilfield deblocking product with biosurfactant as the main component. It can be used to remove plugging in oil wells and reduce pressure and increase injection in water injection wells. The oil well unblocking operation method does not move the production pipe string, squeezes in from the oil casing annulus, and starts pumping production after the well is blocked. The method of depressurizing and increasing injection of water wells is to use a high-pressure plunger pump to pump the deblocking agent into the formation along with the injected water.

Industrial (general)

Rhamnolipid Biosurfactant RLM

Rhamnolipid is a glycolipid biosurfactant synthesized and metabolized by Pseudomonas aeruginosa using food-grade vegetable oil as a carbon source through a fermentation process under certain conditions. RLM is a concentrated product obtained by crude purification and concentration of rhamnolipid fermentation broth. The product is easily soluble in water and most organic solvents, resistant to high temperatures and salts, and has strong foaming ability. It has excellent surface properties, is non-toxic, easily biodegradable, and environmentally friendly.

Industrial (general)

Sophorolipid biosurfactant SLM

Sophorolipid is a glycolipid biosurfactant synthesized and metabolized by Candida albicans using food-grade sugar and vegetable oil as carbon sources through a fermentation process under certain conditions. SLM is the crude extract of sophorolipid fermentation broth, which contains both lactone-type sophorolipid and acid-type sophorolipid. The product is soluble in water and some organic solvents, resistant to high temperatures and high salts, and is a low-foaming surfactant. It has excellent surface properties, is non-toxic, easily biodegradable, and environmentally friendly.