Does anyone know anything about the China Textile Industry Design Institute?

The China Textile Industry Design Institute (CTIEI) was established in September 1952; it is a large-scale, key survey and design institution at the ** level. It holds Class A qualification certificates issued by central **departments for engineering design in industries such as light textiles, construction, chemical, petrochemical, and pharmaceutical (organic chemistry) sectors; as well as Class A qualification certificates for engineering consulting, comprehensive engineering surveying, project supervision, and general project contracting. It also possesses Class A qualification certificates for environmental management, smart building design, and specialized engineering cost estimation. In addition, it has qualifications for the design of pressure vessels and pressure pipelines of categories 1, 2, and 3. It obtained ISO9001 quality management system certification in 1997, and ISO14001 environmental management system certification as well as OHSAS18001 occupational health and safety management system certification in 2006. It enjoys the **granted rights to engage in foreign business operations and to handle foreign affairs approvals.** 　　 CTIEI currently has over 800 employees, including 3 national masters of engineering design, 57 experts entitled to special allowances, 360 senior engineers, 220 engineers, 11 first-class registered architects, 26 first-class registered structural engineers, and 28 registered consulting engineers and cost engineers. There are over 20 majors, including chemical engineering, chemical fibers, textiles, dyeing and finishing, architecture, structural engineering, automatic control, electrical engineering, mechanical engineering, HVAC, water supply and drainage, power engineering, geotechnical engineering, surveying, computer science, environmental protection, and technical economics. 　　 Over the past 50-plus years since its establishment, it has completed more than 1,000 projects for various textile and dyeing factories, chemical fiber plants, petrochemical fiber complexes, as well as civil buildings across the country ； Completed over 80 projects abroad, spanning 26 countries and regions. Won 1 National Special Award for Engineering Design since 1980 ； **24 awards for outstanding survey and design, including 12 Gold Awards. 　　CTIEI places emphasis on technological innovation, making extensive use of new technologies, new processes, and new materials in engineering design and construction. CTIEI possesses a number of proprietary technologies, including large-scale continuous polycondensation polyester processes, polymer melt transport and distribution, and industrial wastewater treatment. It has won 12 **Science and Technology Progress Awards, 41 provincial and ministerial-level science and technology awards, 3 **level computer software awards, and 5 awards for excellent engineering construction standard designs. 　　In 1992, the China Textile Industry Design Institute began research and development work on polyester processes, reaction mechanisms, and reactor manufacturing. In 1997, China listed the “Polyester Equipment Development Project” as one of the key projects for the development of large-scale ethylene equipment, and included it in the country’s “Ninth Five-Year Plan” for key scientific and technological initiatives. Drawing on practical engineering experience, domestically developed technical software has been created, enabling the independent innovation of process technologies, engineering design, the design of large-capacity equipment, and the manufacturing of complete sets of equipment. “The “100,000 tons/year polyester production technology package” won the Second Prize for Scientific and Technological Progress in 2002. CTIEI utilized self-developed technologies and equipment to build polyester production facilities with four-reactor and five-reactor configurations capable of producing 180 tons, 360 tons, 400 tons, 500 tons, and 600 tons per day respectively, thereby achieving larger-scale and more standardized polyester production facilities. In 2006, it was awarded the **Second Prize for Scientific and Technological Progress**. The number of patents applied for in the last sentence should be changed to 9, and the number of patents granted should be changed to 6. The China Textile Industry Design Institute has filed 9 patents related to polyester processing and equipment, of which 6 have been granted approval by the Chinese Patent Office. 　　 Starting in the 1980s, CTIEI began research and development on melt pipes. In fiber production, the transfer of polymer melt is a critical step. Due to the high viscosity, high temperature, long transfer distance, and high transfer pressure of the melt during production, it is necessary to conduct calculations related to fluid dynamics, heat transfer, and thermodynamics in the design process in order to select the optimal transfer conditions and prevent deterioration in the quality of the melt ； On the other hand, thermal stress analysis of the pipelines must be conducted to ensure safe operation during production. After several years of research and development, CTIEI has achieved success in the development of melt transfer system technologies, including melt filtration, which have been applied in engineering design. This achievement won the **Second Prize for Scientific and Technological Progress in 1987. Since 1980, CTIEI has utilized Chinese-owned technology and complete sets of equipment to undertake the engineering design for 16 polyester staple fiber projects. 　　Since the 1960s, CTIEI has undertaken the engineering design for more than a dozen viscose fiber projects, accumulating extensive design experience. Since 1996, CTIEI has, together with relevant organizations, undertaken the **\"Ninth Five-Year Plan\" scientific and technological research project. It developed a set of equipment and process technologies with the highest single-line production capacity at that time, as well as automation control technologies; these technologies possess independent intellectual property rights, and the overall technical level reaches international advanced standards. Won the First Prize for Scientific and Technological Progress in Shandong Province in 2003. In 2004, CTIEI and its partners completed the research on \"System Integration for a Plant with an Annual Production Capacity of 45,000 tons of viscose staple fibers,\" resulting in the development of the world’s most productive production line of its kind. The findings of this research won the First Prize in Science and Technology from the China Textile Industry Association in 2005, as well as the First Prize for Scientific and Technological Progress in 2006. 　　 In its research and development efforts, CTIEI relies not only on its own capabilities but also makes full use of domestic resources, establishing close cooperative relationships with various domestic universities in the field of technology development. For example, East China University of Science and Technology, Tianjin University, Beijing University of Chemical Technology, Beijing Institute of Technology, Zhejiang University, Donghua University, Beijing Institute of Fashion Technology (Textiles and Fibers), etc. 　　 The AABC process (full name: Anaerobic-Aerobic-Biochar Total Biochemical Treatment Process) is a new process developed by CTIEI specifically for treating printing and dyeing wastewater. The AABC process, through anaerobic and aerobic treatment, overcomes the shortcomings of physical-chemical and conventional biochemical methods in treating printing and dyeing wastewater. This technology won the **Second Prize for Scientific and Technological Progress in 1992**. This technology has been widely applied in China, with over 20 sewage treatment projects built in Asia and Africa. 　　 Significant achievements have also been made in the design of civil buildings; projects such as the Beijing Ziyu Hotel, Tangshan Gymnasium, the 220,000-square-meter 5A-class intelligent Beijing Yingke Center, the ward building of Beijing People’s Hospital, as well as the cycling and fencing training venues and swimming training centers for the 2008 Beijing Olympics, have been designed and have received positive feedback from society. 　　CTIEI promotes a college spirit of \"pioneering, pragmatism, unity, and dedication\", adhering to the principle of \"quality first and striving for customer satisfaction\" ； Conserve resources and prevent environmental pollution ； Safety first, ensure employees’ health ； A quality, environment, and occupational health and safety policy of \"full participation and continuous improvement\". It enjoys a good reputation both at home and abroad. It has consistently ranked among the top 100 companies in China’s survey and design industry since 1993. Since 1994, it has been continuously recognized as a civilized unit of central **government agencies and a civilized unit of the capital.

Now they are under CNPC. Things will get a little better. .

The information on the 2nd floor is available on the website; what I want to know is the development potential of this design institute as well as the specific salary details. Thank you!

The information on the 2nd floor is available on the website; what I want to know is the development potential of this design institute as well as the specific salary details. Thank you!

I graduated from a textile institute; I had never heard of this design institute before. It seems I’m not well-informed, which is embarrassing

Who upstairs graduated from which textile college? The China Textile Research Institute mainly deals with polyester, PTA, and similar products; it can be considered part of the downstream sector of the petrochemical industry

China Textile Research Institute, engineering companies, and consulting firms are actually three different names for the same organization. Having had contact with them, I feel it’s a company that places equal emphasis on technical research and innovation as well as engineering consultation and design. It is now under the ownership of CNPC, and it has unique strengths in the PTA and polyester industries; its business scale is large, so its profitability must be good!

How is the original poster doing now? I also want to learn more about this organization. . .