It is mainly used to produce isobutanol after the hydrogenation and is also used as a raw material for neopentyl glycol and isobutyric acid. Moreover, it is used to produce amino acids such as valine and leucine, and it is also used to produce chemicals, plant protection, pesticides, synthetic resins, antioxidants, vulcanization accelerators, textile auxiliaries, perfumes, spices, and other intermediates.

It is mainly used as raw material for organic synthesis, such as the isobutyl acetate, DIBP (plasticizer, used in plastics and rubber), p-xylene butyl ester (basic material for plastic bottles, textiles and garments), and also used as the industrial solvent, analytical reagent, chromatographic analytical reagent and extraction agent.

It is mainly used to produce the butyl acetate, dibutyl phthalate and phosphoric acid plasticizers, and is widely used in various plastic and rubber products. It is also used to produce the melamine resin, acrylic acid, epoxy varnish, etc. and is used as the chromatographic analysis reagent, and adopted for organic synthesis, etc. Additionally, it can be used to prepare edible essences such as banana, cream, whiskey and cheese, and used as the extractant for grease, medicines (such as antibiotics, hormones and vitamins) and spices, the additive for alkyd resin coatings, and as the solvent and dewaxing agent for organic dyes and printing inks.

As an important chemical raw material, it is mainly used to prepare the phthalate esters and aliphatic dibasic ester plasticizers, such as the dioctyl phthalate, dioctyl azelate and dioctyl sebacate, etc. Moreover, it is used as a primary plasticizer and cold-resistant auxiliary plasticizer for plastics, defoamer, dispersant, ore-dressing agent and petroleum additive, as well as for printing and dyeing, paint, film, etc.; octanol is also used to produce extractants and stabilizers and as an intermediate for solvents and spices. As a spice, it is also used for blending rose, lily and other floral perfume, and soap perfume.

It is an important basic raw material for organic chemical industry, mainly used to produce polyethylene, ethylene propylene rubber, polyvinyl chloride, etc. In terms of organic synthesis, it is widely used to synthesize various basic organic synthesis raw materials such as the ethanol, ethylene oxide, ethylene glycol, acetaldehyde, acetic acid, propionaldehyde, propionic acid and its derivatives. After the halogenation, it can be used to prepare the chloroethylene, chloroethane and bromic ether. Meanwhile, through the oligomerization, it can be used to prepare the alpha-olefin, further producing higher alcohols, alkylbenzenes, etc. Ethylene is also used as an environment-friendly ripening gas for the navel orange, mandarin orange, banana and other fruits.

It is mainly used for downstream manufacturers to produce acetic acid and dimethyl formamide (DMF) and other products

It is mainly used for downstream manufacturers to produce acetic acid, dimethyl formamide (DMF), methylamine, alcohol ether and other products

Mainly sent to downstream manufacturers of carbonyl synthesis device, for the production of butanol, octanol and other products

Chemical plant mainly sent to downstream manufacturers for hydrogenation of products

It is mainly used for sulfuric acid production by downstream manufacturers or as vulcanizing agent in rubber industry

Two sets of 300,000-t methanol units, patented by East China University of Science and Technology, are all adopted, and the 3 + 1 rectifying towers, designed by Tianchen Institute, are used for the methanol rectification.

The dual-line coal transportation mode is used for the unit, specifically, coals are mainly transported by train (vehicle transportation as the auxiliary mode), and are then transferred by belts to six silos, each of which has a designed storage capacity of 9,000 t, and they are conveyed to each user through belts.