A variety of new chemical materials were selected, and Dalian's "14th Five-Year Plan" petrochemical industry development plan was released

The picture below shows the overall framework of the development of Dalian's petrochemical industry

According to the plan, during the 14th Five-Year Plan period, Dalian will become stronger and bigger in six major sectors:

According to the plan, during the 14th Five-Year Plan period, Dalian will become stronger and bigger in six major sectors:

First, the oil refining sector will become stronger and better;

First, the oil refining sector will become stronger and better;

The second is to deepen and refine the petrochemical sector;

The second is to deepen and refine the petrochemical sector;

The third is the cultivation and development of chemical fiber and textile processing sectors;

The third is the cultivation and development of chemical fiber and textile processing sectors;

Fourth, the fine chemical sector will become bigger and stronger;

Fourth, the fine chemical sector will become bigger and stronger;

Fifth, the cultivation and development of new chemical materials sector;

Fifth, the cultivation and development of new chemical materials sector;

Sixth, the rubber and plastics processing sector continued to develop

Sixth, the rubber and plastics processing sector continued to develop

During the 14th Five-Year Plan period, Dalian City will actively explore the convergence of new chemical materials and the development of advanced manufacturing and strategic emerging industries in Northeast China based on the city's industrial upgrading and industrial characteristics, so as to make up for the missing links in the industrial chain and enhance the overall competitiveness of the industry

During the 14th Five-Year Plan period, Dalian City will actively explore the convergence of new chemical materials and the development of advanced manufacturing and strategic emerging industries in Northeast China based on the city's industrial upgrading and industrial characteristics, so as to make up for the missing links in the industrial chain and enhance the overall competitiveness of the industry

Relying on PTA to strengthen new polyester materials

Relying on olefin resources to develop high-performance materials

Pay attention to new material trends and cultivate technical highs

- Special engineering plastics

- Special synthetic rubber

- Special fibers

- Functional membrane materials

- Bio-based/degradable high-performance materials

- High-performance composite materials
.
High-performance composites High-performance composites
.
Guided by the improvement of high-end application performance, it focuses on the development of high-performance composite materials for aerospace, rail transit, military industry, automobiles, high-end equipment, etc.
, such as composite functional textile materials, resin-based special fiber-reinforced composite materials and components, high-performance composite materials.
Engineering plastic alloys, graphene modified synthetic materials,
etc.

- Electronic chemicals
.
Focus on the development of electronic chemicals supporting the four fields of integrated circuits, flat panel displays, new energy batteries, and printed circuit boards, speed up the replacement of varieties and upgrades in quality, and meet the needs of the electronic information industry for replacement
.

- Electronic chemicals
.
Electronic chemicals Electronic chemicals
.
Focus on the development of electronic chemicals supporting the four fields of integrated circuits, flat panel displays, new energy batteries, and printed circuit boards, speed up the replacement of varieties and upgrades in quality, and meet the needs of the electronic information industry for replacement
.

- Cutting- edge new materials
.
Explore and develop cutting-edge new materials such as energy storage materials, graphene and its application materials, polymer materials for 3D printing, and intelligent bionic functional materials
.

- Cutting- edge new materials
.
Frontier new materials Frontier new materials
.
Explore and develop cutting-edge new materials such as energy storage materials, graphene and its application materials, polymer materials for 3D printing, and intelligent bionic functional materials
.