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Brief introduction
Biodiesel is a fatty acid methyl ester obtained by esterification and transesterification of animal and vegetable oils with short-chain alcohols such as methanol, and is a renewable and clean energy source. During the production of biodiesel, glycerin, fatty acids, metal salts, traces of water and methanol are left behind. These substances can be removed by ion exchange resin to purify biodiesel and improve the efficiency of use. 

Ion exchange resins can also be used as acid catalysts. Compared with power or liquid catalysts, they have the advantages of easy separation, low corrosion to equipment, low environmental pollution, and continuous production,etc . It is mainly used for the synthesis of bisphenol A, catalytic synthesis of MTBE and TAME, and can also be used for esterification, hydrolysis, alkylation, etherification  ,etc.

Bojie offers a wide range of resins that improve the quality of chemical products or intermediates. For example, 1,4-butanediol, ethylene glycol, hydrogen peroxide, caprolactam, polycrystalline silicon and other industrial refining resins.

Bojie could provide a large range of products which help to enhance the quality of chemical products or their intermedia
Such as:
1,4-Butylene glycol (BDO)
hydrogen peroxide
Ethylene glycol
Caprolactam
Phenol
Glycerol
Chlorosilane
Removal of iodine from chemicals
Etc.

Product

Biodiesel Purification

    Pruduct name Typical Application Operation
    BC800 Remove glycerol, soap and salt
    BD80-M Remove glycerol, catalysts, soap and salt
    BD90-M Remove glycerol, catalysts, soap and salt
    BCH-B1 Removal of free fatty acids and unsaturated fatty acids from triglycerides before transesterification of biodiesel

Chlor-alkali industry

    Product name Typical Application Operation
    BMAH Removal of calcium, magnesium, strontium, barium from secondary brine feed to chloralkali membrane cells
    BMCC Removal of calcium, magnesium, strontium, barium from secondary brine feed to chloralkali membrane cells
    BMTN Removal of calcium, magnesium, strontium, barium from secondary brine feed to chloralkali membrane cells
    BMTX Removal of mercury from secondary brine feed to chloralkali membrane cells
    BMTR Removal of mercury from secondary brine feed to chloralkali membrane cells
    BMAM Removal of sulfate from secondary brine feed to chloralkali membrane cells

Synthesis of bisphenol A

    Pruduct name Typical Application Operation
    BC1182 Bisphenol-A synthesis
    BC114H Bisphenol-A synthesis
    BC118 Bisphenol-A synthesis

MTBE and TAME Catalysts

    Pruduct name Typical Application Operation
    BCH-1 Suitable for catalytic synthesis of phenol alkylation, MTBE and TAME
    BCH-1 DRY Suitable for catalytic synthesis of phenol alkylation, MTBE and TAME
    BCH-11 Suitable for catalytic synthesis of MTBE and TAME
    BCH-11(dry) Suitable for catalytic synthesis of MTBE and TAME
    BCH-72 Suitable for catalytic synthesis of MTBE and TAME
    BCH-72D Catalytic synthesis of MTBE and TAME, C4 dimerization process
    BCH-70 Suitable for catalytic synthesis of MTBE and TAME
    BCH-70D Catalytic synthesis and multiple catalytic processes for MTBE and TAME

Esterification, olefin hydration, alkylation

    Pruduct name Typical Application Operation
    BCH-12 Used as a catalyst in olefin hydration (MEK, propylene butene), esterification and aromatic alkylation
    BCH-84 High temperature catalyst for olefin hydration (MEK, propylene butene), esterification and aromatic alkylation

Etherification

    Pruduct name Typical Application Operation
    BCH-66 Etherification reaction, catalytic synthesis of aromatic hydrocarbon alkylation
    BCH-61 Etherification reaction, catalytic synthesis of aromatic hydrocarbon alkylation
    BCH-61D Etherification reaction, catalytic synthesis of aromatic hydrocarbon alkylation, other catalytic reactions
    BCH-65 Etherification reaction, alkylation of aromatic hydrocarbons, catalytic synthesis of phenol alkylation
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