Suzhou CornMed Biosynthesis

Suzhou, China

Application Fields

Description

Food Manufacturing

Confectionery: Sorbitol solution is used in candy production to provide sweetness while reducing calories and minimizing dental impact.

Chewing Gum: As a sweetener in chewing gum, it delivers a pleasant taste and is less harmful to oral health.

Beverage Industry

Juices and Soft Drinks: Adds moderate sweetness without introducing additional sugar or excess calories.

Coffee and Tea Beverages: Suitable as a sweetener for low-sugar, low-calorie beverage formulations.

Baking Industry

Pastries and Cakes: Can replace traditional sucrose to impart sweetness in various baked goods.

Bread and Biscuits: Provides low-sugar, low-calorie options for health-conscious consumers.

Pharmaceutical Industry

Oral Medicines: Especially suitable for pediatric formulations to improve taste and palatability.

Oral Care Products: Due to its favorable oral health properties, it is used in toothpaste, mouthwash, and other oral care products.

Special Food Industry

Diabetic Foods: An ideal sugar substitute that provides sweetness without causing sharp blood glucose spikes.

Low-Calorie Products: Suitable for weight-control and low-calorie food formulations.

Industrial Applications

Pharmaceutical Manufacturing: Used in oral liquids and other pharmaceutical products to enhance taste.

Food Additives: Functions as a food additive to improve flavor and sweetness.

1.Food Manufacturing Industry

Alcoholic Beverages: Glycerin is used as a flavor modifier, sweetener, and bitterness-masking agent in alcoholic beverages. Appropriate addition can enhance aroma, sweetness, and body.

Meat Products: Used as a humectant in dried meat, sausages, and cured meat products to maintain softness and improve tenderness.

2.Beverage Industry

Juices and Soft Drinks: Applied in fruit juices and fruit vinegar beverages to effectively reduce bitterness and astringency, enhance body and aroma, improve appearance, and deliver a balanced sweet-and-sour taste.

3.Baking Industry

Pastries and Cakes: Used in bread and cakes as a moisture-retaining agent. Its strong hygroscopicity helps maintain softness and extend shelf life.

4.Pharmaceutical Industry

Glycerin is used in various pharmaceutical formulations, including oral, ophthalmic, parenteral, and topical preparations.

5.Personal Care Industry

Moisturizing Agent: Glycerin absorbs moisture from the air to hydrate the skin and locks in skin moisture to prevent water loss.

Skin Repair: Helps support skin recovery, reduces the occurrence of irritant dermatitis, and assists in restoring the skin’s natural barrier function.

1.petroleum industry

Oil spill remediation: In marine oil spill emergency response, sophorolipids can efficiently decompose petroleum pollution, and their biodegradation efficiency is significantly better than that of traditional chemical dispersion systems.

Oil recovery and enhanced oil recovery: In oilfield applications, sophorolipids can be used alone or in combination with other additives to significantly reduce crude oil viscosity for different reservoir conditions, with a reduction of 25%50%, and an overall viscosity reduction effect of up to 90%.

2.food industry

Sophorolipids can be used as a natural functional additive in food processing, especially in the preservation of fruits and vegetables. They have a good preservation effect on products with peels, helping to delay moisture loss and quality decline.

3.agricultural sector

Agricultural adjuvants and fertilizer enhancement : When used as a foliar spray adjuvant in agricultural production, sophorolipids can improve the spreading and adhesion properties of the solution on the surface of plant leaves, increase the foliar absorption efficiency of nutrients and active ingredients, and thus enhance the effects of fertilization and plant protection.

4.Pharmaceutical manufacturing

Medical applications: anti-inflammatory and wound healing agents, anticancer drug carriers, transdermal penetration enhancers .

5.Daily chemical industry

Cosmetics and Cleaning Agents: As a green surfactant, it is used in products such as facial cleansers and shampoos to replace chemically synthesized ingredients.

petroleum industry

As a biosurfactant, it reduces the interfacial tension between oil and water, and can be used in tertiary oil recovery technology after primary and secondary oil recovery to improve oilfield recovery rates.
As a sacrificial agent, it reduces the amount of expensive displacement agents used or their loss in the formation. When combined with other displacement agents, it has the advantages of good oil displacement effect and long-lasting effect. The addition of rhamnolipids effectively reduces the amount of displacement agents used, significantly lowering costs.

agriculture

It has the ability to promote crop nutrient absorption, improve the soil environment, promote early maturity, increase yield and income, and prevent some pests and diseases. Rhamnose lipids can serve as an effective way for plants to absorb heavy metal ions from the soil, making it a good method for in-situ treatment of soil contaminated with heavy metals using phytotechnology.
As a wetting agent, when added to foliar fertilizers, it improves the wetting of the foliar fertilizer in the waxy layer, allowing the fertilizer to spread fully and promoting the maximum absorption and utilization of nutrients.

food industry

It can be used to improve the stability of dough or batter, dough texture, better control the expansion volume and shape of baked goods, and facilitate the storage of baked products. Rhamnose lipolipids can be further used to improve the stability of thickened butter, decorative butter, and the stability of non-dairy cream fillings in Danish pastries, croissants, and other fresh or frozen refined sugary foods.
In fruit and vegetable preservation, it is mainly manifested in the form of a coating agent. When applied to the surface of fruits and vegetables, it forms a thin film that prevents oxygen from entering, creating a low-oxygen microclimate environment within the film, reducing respiration, and thus extending the shelf life of fruits and vegetables.

Pharmaceutical manufacturing

It can be used to treat wounds and burns, accelerating the healing process and reducing scarring associated with other treatments. It is also effective in treating skin diseases such as psoriasis and dermatitis, and combating fungal and bacterial infections.
Furthermore, it can be used as a coated scaffold, implant, prosthesis, and bandage, and for preventing gum disease.

Daily chemical industry

It can diffuse substances through its dispersing and wetting properties. This helps retain moisture, lubricate, and generate foam; it can maintain the stability of mixtures, control product viscosity, and emulsify oil in pores, reducing acne breakouts.

Daily chemical industry

It is readily soluble in water and possesses excellent foaming, foam stabilizing, penetrating, detergency, and hard water resistance properties. As a nonionic surfactant, it exhibits a particularly pronounced thickening effect when combined with anionic surfactants in acidic conditions. It is compatible with a variety of surfactants. It enhances cleaning performance and can be used as an additive, foam stabilizer, and foaming agent, primarily in the manufacture of shampoos and liquid detergents. It forms an opaque mist-like solution in water, which becomes completely transparent upon stirring. It is completely soluble in various surfactants at different concentrations, and is also completely soluble in both low-carbon and high-carbon solutions.

Daily Use Areas

It is used in cleaning products such as shampoo, shower gel, and hand soap to produce foam and clean the skin and hair.

Medical field

Used in the preparation of oral cleaning agents, drug solutions, and other products.

Chemical Industry

Used to synthesize other chemical products such as surfactants and emulsifiers.

Food sector

It can be used as a food additive and thickener for preparing foamy foods.