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Tender Hall 
Resource CenterTechnology Empowerment
InnovationTechnology Empowerment
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As a leading international engineering design group, TIANS has always believed in the principle that "Innovation Wins the Future" during its more than 20 years of development. We are committed to helping everyone with innovative dreams stay true to their original aspirations, enabling every ounce of innovative vitality to burst forth, and transforming every innovative achievement into a driving force for the advancement of the industry.
By keeping an eye on cutting-edge industry trends, fostering a technology-led ecosystem, and respecting scientific research and innovation achievements, TIANS continues to extend the reach of innovation into specialized sub-fields of the industry. It has built a bridge from scientific research results to industrialization, assisting clients in achieving high-quality design and engineering services in fields such as pharmaceuticals, fine chemicals, synthetic biology, metallurgy, and mining.
Currently, TIANS holds nearly 200 patents and software copyrights, has participated in the compilation of more than ten various standards, and has published nearly 500 papers. Through its own actions, it has shaped the foundation of technological innovation. We firmly believe that TIANS will continue to stride forward in its pursuit of technological innovation.
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190+Publish patents and software copyrights
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29.3Proportion of R&D technical personnel in the entire group
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20+Provincial-level scientific and technological achievements
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30National and provincial design honors
Standard Construct
National Standards (partial)
Cleanrooms and Associated Controlled Environments - Part 1: Classification of Air Cleanliness Levels by Particle Concentration
Cleanrooms and Associated Controlled Environments - Part 2: Providing Evidence of Cleanroom Air Cleanliness through Particle Concentration Monitoring
Test Methods for Hydrophobic Properties of Porous Hydrophobic Membranes
Technical Specifications for Cell Culture Operations in Cleanrooms and Controlled Environments
Standards for Construction and Acceptance of Clean Workshops in the Pharmaceutical Industry
Terminology Standards for Pharmaceutical Industry Engineering
Engineering Technical Standards for Medical and Chemical Pharmaceutical Production Facilities
Local Standards (partial)
Technical Guidelines for Pollution Control of Volatile Organic Compounds and Odorous Gases in the Biological and Chemical Pharmaceutical Industries
Energy Efficiency Evaluation Values and Calculation Methods for Centralized Central Air-Conditioning Systems
Standards for Quality Evaluation of Construction Engineering
Group Standards (partial)
Technical Requirements for Rotating Zeolite Adsorption Concentration Devices
Ultra-Low Emission Control Technology for Multiple Pollutants in Iron Ore Pellet Flue Gas
Dust Control Technology for Unorganized Emissions in Sintering and Pelletizing of Iron and Steel Enterprises
Outstanding technological achievements of TIANS
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01Intelligent Instantaneous Continuous Elimination Machine
The TIANS Intelligent Instantaneous Continuous Disinfection Machine adopts high-temperature instantaneous sterilization, combined with efficient and energy-saving steam liquid injectors, spiral plate sterilization maintainers, and spiral plate heat exchangers, to achieve a material sterility rate of over 99.99%. Compared with traditional actual disinfection processes, it saves more than 70% of steam and about 90% of cooling water. The device adopts intelligent control, achieving one click start and emergency response in emergency situations, improving equipment operation and maintenance efficiency, and is recognized as a leading level in China.
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02Full Process Automated Fermentation Technology
TIANS can provide a full process automated fermentation technology solution from fermentation ingredients, continuous sterilization of materials, actual/empty sterilization of fermentation tanks, sterile pipeline sterilization, strain cultivation to system cleaning, effectively reducing bacterial infection rate, energy saving and consumption reduction, reducing personnel operation, improving production efficiency, and improving fermentation level. Widely used in fields such as biomedicine, biomaterials, food and health, medical aesthetics, natural health products, and agricultural and veterinary medicine.
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03T-MES Intelligent Manufacturing Execution System
The TIANS T-MES intelligent manufacturing execution system deeply integrates process technology and information technology, and can flexibly customize the manufacturing execution system according to your production methods. It transmits information throughout the entire process from work order issuance to finished product completion to optimize production activities, achieve comprehensive management of "human machine material method environment", reduce human errors, and efficiently achieve intelligent manufacturing.
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04Advanced Treatment and Resource Utilization Technology for Pharmaceutical Wastewater Throughout the Entire Process
TIANS combines free radical oxidation and biological oxidation technologies, combined with self-developed pretreatment technology, nanofiltration equipment, and multi-stage crystallizers, to achieve wastewater pretreatment, deep treatment, and resource utilization of solid waste. It has been recognized as a leading level in China.
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05Coupling Technology of Sintering Flue Gas Circulation and Comprehensive Utilization of Waste Heat Recovery
TIANS has integrated and developed technologies for the recovery and utilization of waste heat from the cooling system, the stacking of waste heat from sintering flue gas, and the control of flue gas circulation in sintering flue gas. This has reduced the emissions of enterprise flue gas and pollutants, increased net power generation, and has good economic and social benefits.
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06Engineering Design of Large Capacity Monoclonal Antibody Production Workshop
TIANS analyzes many factors such as clean area opening, microbial growth, personnel inspection, and energy-saving operation in the cross floor design process of large reactors, forming a comprehensive engineering design plan for the production workshop of high-capacity monoclonal antibodies, fully meeting the needs of biopharmaceutical enterprises.
