丝绸之路国际化工工程服务平台

The company holds over 20 qualifications including Class A comprehensive engineering design qualification and engineering supervision qualifications for petrochemical and petroleum projects. In 2022, it obtained the Grade A general contracting qualification for petrochemical engineering construction. Its main business covers fields such as engineering design and general contracting. It is a national high-tech enterprise with a national enterprise technology center.

The company's technologies such as MTG, phenol acetone, TDI, and methanol production from coke oven gas are internationally leading. It possesses core technologies including the comprehensive utilization process of crushed coal pressurized gasification synthesis gas. Its "Comprehensive utilization process of crushed coal pressurized gasification synthesis gas for methanol synthesis, gasoline production, liquefied natural gas, and tar deep processing" won the Silver Medal of the 23rd China Patent Award (the related technology in 2022 also won the Silver Medal of China Patent). The Hainan Yangpu Port Oil Products Terminal project it participated in received the Zhan Tianyou Award of China Civil Engineering. The JM-S smokeless lump coal gasifier developed by the company has shown significant application effects, and in 2025, the proprietary equipment for the country's largest single-set nitric acid plant (1200 tons/day) was successfully shipped.

In overseas markets, the company signed an EPC contract for Indonesia's green methanol project. In 2024, the KAN nitric acid and ammonium nitrate plant it constructed in Indonesia was successfully put into operation. In the same year, the EPC general contracted Xinjiang Xinye Energy Chemical 200,000 tons/year BDO project was successfully handed over. As the supporting unit of the National Coal Chemical Information Center, the company ranked 71st in the 2024 China Petroleum and Chemical Top 500 (some rankings list it as 73rd), and completed more than 70 pioneering projects including the country's first coal-based methanol-to-oil project.

The company holds Class A qualification for chemical, petrochemical, and pharmaceutical industry design, Class A professional qualification for light textile industry (chemical fiber engineering), Class A2/A3 design permit for pressure vessels, and Class A qualification for environmental pollution control. Its business covers engineering design, engineering supervision, general contracting, and technology development.
Currently, the company has over 270 employees, including more than 90 senior engineers and over 140 nationally registered engineers. It has technical advantages in chemical fields such as natural gas to acetylene, PVA, and VAE. Participated engineering projects include the Uzbekistan natural gas to acetylene plant, Wanhua Chemical acetylene production plant, and others.

The company is a comprehensive engineering service provider with core strengths in chemical, petrochemical, and pharmaceutical design. It holds multiple Class-A qualifications in design, consulting, supervision, and safety assessment, with business coverage spanning the entire industry chain. Its core capabilities include: providing EPC turnkey contracting and project management from feasibility study and planning to delivery; possessing mature process package R&D and proprietary technologies in specialized fields such as fluorochemicals; and conducting high-level engineering design and full-process engineering consulting. Leveraging technological innovation and a comprehensive qualification portfolio, Huizhi Technology delivers safe, efficient, and one-stop engineering technical solutions for clients.

The company is a joint-stock technical engineering company with chemical, petrochemical, and pharmaceutical industry engineering design as its core business. The main business scope of the company includes:

(1) Consulting, planning, and design in the chemical, petrochemical, pharmaceutical, and civil construction industries

(2) Engineering general contracting (E+P+C, E+P, E+C, P+C, E+P+CM, Cost + Fee)

(3) Engineering project management

(4) Petrochemical installation engineering, mechanical and electrical installation engineering, fire protection engineering, purification engineering, inspection and maintenance

(5) Environmental engineering

(6) Engineering budget, settlement, and cost audit

As the project bidding party, we are preparing to construct a production facility for iodine, bromine, and bromine derivatives. The core of this project is to leverage local raw material advantages to produce high-purity iodine, industrial-grade bromine, and a series of bromine derivative products, filling the local supply gap for related chemical products while promoting regional chemical industry upgrading and supporting local economic development. This project is of small scale, with core capacity set at 50-70 tons/year of iodine and 600-2000 tons/year of bromine, based on domestic small-scale similar project capacity standards. It will include the production of simple bromine derivatives such as sodium bromide and hydrobromic acid at 500-1000 tons/year. The project focuses on efficient, economical, and compliant production requirements, supported by complete production and auxiliary facilities to ensure stable project implementation. The overall scale aligns with domestic small-scale iodine and bromine extraction and deep-processing project configurations, adapting to the initial needs of local resource development while controlling project investment and operational costs.

The core service requirements of this project center around the production of iodine, bromine, and bromine derivatives. Through bidding, we will determine the cooperating party, which is required to provide comprehensive full-process supporting services. The core service contents include: providing core technology for iodine and bromine extraction and bromine derivative synthesis suitable for small-scale factories, granting relevant technology usage rights to ensure production processes are compliant and efficient; completing basic and detailed project design in strict accordance with local chemical industry standards and our requirements, issuing design documents that meet standards to ensure smooth construction; assisting us in the selection and procurement of core production equipment, with emphasis on iodine and bromine extraction equipment, reaction equipment, purification equipment, and supporting instruments, ensuring equipment performance is suitable for small-scale production and meets the production requirements for iodine, bromine, and bromine derivatives.

The project as a whole follows the principles of "efficiency, energy conservation, and compliance." The cooperating party must possess relevant qualifications for small-scale chemical projects and be proficient in iodine and bromine extraction and bromine derivative synthesis technology, ensuring production processes meet environmental and safety standards. This will ensure smooth project implementation, achieve expected economic benefits and industrial driving effects, and deepen cooperation between our party and Turkmenistan in the chemical field, achieving mutual benefits and win-win outcomes.

We plan to construct a key environmental protection supporting project with a capacity of 500,000 Nm³/h for dry flue gas desulfurization to treat industrial sulfur-containing flue gas, achieve ultra-low SO₂ emissions, and support environmental compliance, green production, and regional air quality improvement. This project adopts advanced and mature dry process technology suitable for the main production unit's requirements. We are now bidding to select qualified partners to provide full-process integrated technology and engineering services, with specific requirements as follows:

1. Technical Support and Patent Authorization: Provide complete set of core dry desulfurization technology suitable for this scale and comprehensive technical support to ensure desulfurization efficiency ≥98%; Grant legal usage rights for related core technology patents and provide authorization documents to avoid infringement risks, while also providing supporting services such as technical disclosure and personnel training.

2. Full-Process Engineering Design: Responsible for basic engineering design and detailed construction drawing design, following relevant specifications, completing core work such as process package preparation, equipment selection, general layout, and construction drawings for various facilities, issuing qualified design documents, and coordinating with design disclosure and changes.

3. Equipment Procurement Services: In accordance with project scale and process requirements, complete selection of core and auxiliary equipment and supplier screening, assist us in procurement negotiations and quality inspection, control equipment quality, coordinate with equipment transportation and handover, and ensure timely delivery.

We require the partner to have relevant experience in dry desulfurization projects of this scale or larger, coordinate all services, ensure quality and progress, help us achieve the core goals of environmental compliance and stable operation, and achieve mutual benefit and win-win results.

This project addresses the process technology and engineering construction requirements for a 200,000 tons per year soda ash plant in Kazakhstan and is a key construction project for our company in 2025. The project is located in a key chemical industrial park in Kazakhstan, with an estimated total investment of approximately 1.8 billion RMB.
The main services provided by the project include:
1. Providing advanced soda ash process technology and patent licensing, optimizing the process flow of the equipment, and resolving issues related to raw material adaptability, energy consumption, and production capacity bottlenecks.
2. Completing the entire process engineering design work, including process package design, basic engineering design, and detailed construction drawing design.
3. Providing support services for core equipment selection, technical negotiations, and procurement to ensure stable, efficient, and long-cycle operation of the equipment.

This project is for the process optimization and construction technical requirements of a 120,000 tons per year needle coke project in Iran. It is one of our company's key construction projects for 2025. The project is located in a key chemical industrial park in Iran, with an estimated total investment of approximately 1.5 billion RMB.
The main contents of the project include:
1. Introducing advanced needle coke production process technology and patent authorization to break through existing production bottlenecks and improve product quality and unit operation stability.
2. Completing full process design, construction drawing design, and key equipment selection and procurement technical service work.