Tianjin Petrochemical plans to build a 500,000-ton HDPE plant!

Recently, the Tianjin Branch of China Petrochemical Corporation (hereinafter referred to as "Tianjin Petrochemical") 500,000 tons/year high-density polyethylene project conducted an environmental impact assessment announcement
.

The HDPE project is planned to be built in the northwest of the Tianjin Nangang 1.
2 million t/a ethylene and downstream high-end new material industry cluster project area, to replace the high-density polyethylene (HDPE) unit approved in the environmental impact assessment of the Nangang ethylene project
.
This project utilizes ethylene, hydrogen and hexene-1 provided by Nangang Ethylene Project, relies on its public works and auxiliary facilities, etc.
, adopts INEOS HDPE technology, and builds a 500,000-ton/year high-density polyethylene (HDPE) plant.
It produces high-end products such as food-grade materials, gas pipe materials, and large-diameter anti-melt hammer pipe materials
.

The following is the basic situation of the project:

01.
Basic information of the project

Project name: 500,000 tons/year HDPE project of Tianjin Branch of China Petrochemical Corporation

Construction nature: new construction

Construction site: 1.
2 million tons/year ethylene and downstream high-end new material industry cluster project in Nangang Industrial Zone, Binhai New Area, Tianjin

Construction content: This project uses ethylene, hydrogen and hexene-1 provided by Nangang ethylene project, relies on its public works and auxiliary facilities, etc.
, adopts INEOS HDPE technology, and builds 500,000 tons/year high-density polyethylene (HDPE).
) device to produce high-end products such as food-grade materials, gas pipe materials, and large-diameter anti-melt hammer pipe materials
.

Annual runtime: 8000 hours

Project investment: The total project investment is 2,067.
36 million yuan, and the environmental protection investment is 33.
4 million yuan, accounting for 1.
47% of the total project investment
.

The project is scheduled to start in August 2022 and is expected to start production in January 2024
.

02.
Device composition and scale

The project consists of main works, public works, auxiliary works, environmental protection works and so on
.
The main components of the project are shown in the table below
.

Table Item Main Device Composition

03.
Main technical and economic indicators

According to the feasibility study report, the main technical and economic indicators of the project are shown in the table below
.

Table main economic and technical indicators