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Power generation by using biomass gas from rice husk, wood chips, saw dust, coconut husk, bagasse, straw and crop stalks can not only save electricity expenses in the production cost for rice mills and timber processing mills, but can also get benefits from the selling of surplus electric power to the power grid. Our biomass gasification equipment enjoys high conversion efficiency, by taking rice husk as an example, each kwh power generation consumes only 1.6~1.8kg rice husk, and the unit fuel consumption will be lower if wood chips or crop stalks are used. Water used for gas cleaning and cooling can be reused in a circulating way after being treated through water treatment facilities such as sediment ponds. It creates no environmental pollution and little make-up water will be needed. The water pond for each unit of 200kw plant only covers about 50m2 .The engines group and electrical equipments should be put indoors, and the other equipments could be put outdoors. The construction area for each 200kw generator set is approximately 40~50m2. The full set of equipment consumes only 5~8% of the generated power. Therefore, such a project is an ideal one with significant benefits for the area where there is a lot of discarded biomass resources but lack in electric power supply or with higher electricity expense. In general, the investment in the major equipment can be recovered from power generation benefits within the first two years. The equipment can be safely and reliably operated with operational technology. Its easy to be mastered by workers. The maintenance and repair work is similar to ordinary diesel generators.

Power generation by using biomass gas from rice husk, wood chips, saw dust, coconut husk, bagasse, straw and crop stalks can not only save electricity expenses in the production cost for rice mills and timber processing mills, but can also get benefits from the selling of surplus electric power to the power grid. Our biomass gasification equipment enjoys high conversion efficiency, by taking rice husk as an example, each kwh power generation consumes only 1.6~1.8kg rice husk, and the unit fuel consumption will be lower if wood chips or crop stalks are used. Water used for gas cleaning and cooling can be reused in a circulating way after being treated through water treatment facilities such as sediment ponds. It creates no environmental pollution and little make-up water will be needed. The water pond for each unit of 200kw plant only covers about 50m2 .The engines group and electrical equipments should be put indoors, and the other equipments could be put outdoors. The construction area for each 200kw generator set is approximately 40~50m2. The full set of equipment consumes only 5~8% of the generated power. Therefore, such a project is an ideal one with significant benefits for the area where there is a lot of discarded biomass resources but lack in electric power supply or with higher electricity expense. In general, the investment in the major equipment can be recovered from power generation benefits within the first two years. The equipment can be safely and reliably operated with operational technology. Its easy to be mastered by workers. The maintenance and repair work is similar to ordinary diesel generators.

Power generation by using biomass gas from rice husk, wood chips, saw dust, coconut husk, bagasse, straw and crop stalks can not only save electricity expenses in the production cost for rice mills and timber processing mills, but can also get benefits from the selling of surplus electric power to the power grid. Our biomass gasification equipment enjoys high conversion efficiency, by taking rice husk as an example, each kwh power generation consumes only 1.6~1.8kg rice husk, and the unit fuel consumption will be lower if wood chips or crop stalks are used. Water used for gas cleaning and cooling can be reused in a circulating way after being treated through water treatment facilities such as sediment ponds. It creates no environmental pollution and little make-up water will be needed. The water pond for each unit of 200kw plant only covers about 50m2 .The engines group and electrical equipments should be put indoors, and the other equipments could be put outdoors. The construction area for each 200kw generator set is approximately 40~50m2. The full set of equipment consumes only 5~8% of the generated power. Therefore, such a project is an ideal one with significant benefits for the area where there is a lot of discarded biomass resources but lack in electric power supply or with higher electricity expense. In general, the investment in the major equipment can be recovered from power generation benefits within the first two years. The equipment can be safely and reliably operated with operational technology. Its easy to be mastered by workers. The maintenance and repair work is similar to ordinary diesel generators.

Available upto: 3.000.000 mt
Price: cif aswp $164.00 mt
Shipments: 100.000 mt for the first six months
150.000tm after and up to complete 3.000.000 mt
Payment term: ffsblc for total contract or bg unconditional
Transferable irrevocable cif
Specification:
Yellow corn grade #2
Moisture 14%max
Broken kernels and foreing materials 3% max
Damaged kernels 3%max
Head damage kernels 0.2%max
Aflatoxin not exceeds 10ppm max
Protein 9%min
Crop latest
Suitable for human consumption
Free of all kinds of moulds
Free of sprouted grains
Free from insects ( deard or live ) freee foreing sand silica
And heavy metals free from bad amell resulted from damage or mould
Procedures
Buyers issues a loi+rwa +ncnda
Seller issues fco
Buyer sign & seal and return the fco

, food industry:
Rice biscuit (rice cookies covered with snow-like sugar )assembly line, grilled chicken, biscuit, egg roll,
Roasting shredded squid oven, oven for roast duck, smokeless oven, griddle, middle eastern oven, hot pot
Oven, roasting pachyrhizus oven, snack car, soup oven, cooking assembly line, infra-red gas baking pan,
Deep-fry assembly line, water-removing machine, baking, ec.

, painting industry:
Liquifized or powered painting assembly line, warm-up, preliminary treatment of heating, desiccating wood,
Galvanization drying assembly line, phosphatization drying assembly line

, fibre industry:
Carpet latex dryer, dyeing dryer, printing dryer, textile dryer, indestrial clothes dryer, latex gloves drying
Assembly line

, glass and ceramics industry:
Enamel firing dryer, glass oven, heat-setting machine, mould drying, fritting, parching

, paper industry:
All kinds of paper dry lines and auxiliary drying heat wall

, farming and animal husbandry:
Heating of barton, heating of crops, grain dryer.

Glycolic acid is a well-known organic acid with a range of important applications across various industries. Its discovery and multiple uses make it a key compound in the industrial and cosmetic fields.

Glycolic acid (CHO) was first isolated in 1832 by French chemist Henri Braconnot. He extracted it from sugar cane and later from unripe grapes. The compound is a colorless and odorless liquid with a slightly sour taste. Its discovery was crucial in the study of alpha-hydroxy acids (AHAs), which play an important role in many chemical and biological processes.

Glycolic acid is the smallest alpha-hydroxy acid and is highly soluble in water. With a melting point of 76°C and a pKa of 3.83, it is a relatively strong acid compared to other AHAs. Its small molecular size enables it to penetrate the skin effectively, which is essential for its use in cosmetic formulations.

Glycolic acid is widely used in cosmetics for its exfoliating properties. It is a key ingredient in chemical peels and facials, helping to remove dead skin cells, improve skin texture, and reduce the appearance of fine lines and wrinkles. Its ability to stimulate collagen production also helps to make the skin look younger.

Medically, glycolic acid is used in a variety of skin treatments. It is used to treat acne scars, hyperpigmentation, and other skin conditions. Its effectiveness in promoting skin regeneration makes it a valuable tool in dermatology.

Glycolic acid is used in dyeing and finishing processes in the textile industry. It is used to improve the color fastness of fabrics and adjust the pH of dye baths. In addition, it is used to produce biodegradable polymers and as a cleaning agent in various industrial applications.

In the food industry, glycolic acid is used as an acidulant to adjust the acidity of foods and enhance flavor. It is also used in the formulation of certain beverages and processed foods to maintain stability and extend shelf life.


Brand: Soarwin
CAS No.: 79-14-1
EC number:201-180-5
Molecular Formula: C2H4O3
Density: 1.25g/mLat 25°C
Boiling point:112°C
Melting point:75-80°C(lit.)
Flashing point: 112°C