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CTEF2026 China Chemical Equipment Expo

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Approved by: Ministry of Commerce of the People's Republic of China

Event Time: June 9-11, 2026

Venue: Shanghai New International Expo Centre

Scale: Over 1,000 exhibitors | 70,000+ sqm exhibition area | 100,000+ professional visitors | More than 100 keynote speeches

Under the guidance of the global Dual Carbon Goals, the chemical industry, a typical high-energy-consumption sector, is facing an urgent task of energy conservation, emission reduction and green transformation. As a core equipment in chemical processes, the energy efficiency of heat exchangers directly determines the system energy consumption and carbon emission intensity.

At the national level, competent ministries have listed high-efficiency heat exchangers as a key technology R&D project. At the market development level, China has achieved remarkable breakthroughs in chemical heat transfer technology: high-end equipment such as super-large coil-wound heat exchangers (CWHE) and high-flux heat exchangers are gradually realizing localization, with the heat transfer efficiency increased by 40%-60% and unit energy consumption reduced by 35%-50%.

Against this backdrop, the CTEF China International Chemical Technology and Equipment Expo will host the Forum on Application and Innovation of High-Efficiency Heat Transfer Technology in Chemical Engineering Heat Exchangers in Shanghai on June 9, 2026. Focusing on hot topics of products and technologies such as high-efficiency towers, heat exchangers, evaporators and crystallizers, the forum will gather industry chain elites to explore cutting-edge trends, help the industry seize upgrading opportunities and empower high-quality development.

Key Speech Directions

(CTEF2026 Sessions in Shanghai / Xinjiang / Russia / Chengdu)

• Innovative Breakthroughs and Cutting-Edge Achievements of High-Efficiency Heat Transfer Technology in the Chemical Industry

Focus on solutions for heat exchangers in strongly corrosive media and the application of high-performance alloy materials in high-pressure and high-temperature environments; share innovative points of high-efficiency heat pipe heat exchange structures (e.g., unique heat pipe materials and structural designs) and their specific performance in improving heat transfer (e.g., higher heat transfer efficiency and lower thermal resistance); release the latest research results on structural optimization of new heat exchangers.

• Heat Exchanger Solutions for Efficient Recovery and Utilization of Residual Pressure, Waste Heat and Residual Gas

Combined with high-efficiency heat pipe heat exchange structures, explore the design of efficient recovery schemes for residual pressure, waste heat and residual gas for different industrial scenarios to realize energy recycling, cost reduction and efficiency improvement; analyze the practical effects of the technology in reducing enterprise energy costs (e.g., gas turbine power generation, wind power gearbox cooling and other specific scenarios) and carbon emissions.

• Application Practice and Case Sharing of Condensation Technology for Energy Conservation and Emission Reduction in Batch Processes of Chemical, Pharmaceutical and Other Industries

Introduce the application of the combination of condensation technology and high-efficiency heat pipe heat exchange structures in batch processes; share successful practical cases including process improvement, equipment selection and operation effects.

• Integration of Energy-Saving Optimization of Compressor and Air Compressor Systems with High-Efficiency Heat Transfer Technology

Explore the application of high-efficiency heat pipe heat exchange structures in compressor and air compressor systems, and how to reduce equipment operation energy consumption and improve overall system efficiency through technological integration.

• Application of Intelligent Manufacturing and Digital Technologies in the Design, Manufacturing and Operation & Maintenance of Heat Exchangers

Analyze how intelligent manufacturing and digital technologies are applied to the design, manufacturing and operation & maintenance of heat exchangers such as high-efficiency heat pipe heat exchange structures, so as to promote the intelligent upgrading of the industry and improve production efficiency and product quality.

• Whole Life Cycle Carbon Footprint Assessment and Carbon Asset Management Strategies in the Chemical Industry

Combined with the application of high-efficiency heat pipe heat transfer technology, explore how enterprises conduct carbon footprint assessment and carbon asset management throughout the whole life cycle to help achieve the Dual Carbon Goals.

• Case Analysis and Experience Sharing of High-Efficiency Heat Pipe Heat Exchange Structures in Different Processes of Chemical, Pharmaceutical and Other Industries

Select typical cases from different scenarios such as chemical and pharmaceutical processes; conduct in-depth analysis of the application process of high-efficiency heat pipe heat exchange structures (including process adaptability, installation and commissioning, operation and maintenance); share practical experience and methods.

• Technological Innovation of High-Efficiency Heat Transfer Technology for New Energy Storage Systems

Focus on the technological innovation and engineering application cases of key equipment for heat/cold storage (e.g., super-large coil-wound heat exchangers and high-temperature molten salt heat exchangers) in photovoltaic-thermal systems, thermal management of electrochemical energy storage batteries and wind power gearbox cooling.

Core Audience

 (CTEF2026 Sessions in Shanghai / Xinjiang / Russia / Chengdu)

• R&D and management personnel engaged in product development, production process research and quality assurance in large pharmaceutical enterprises, small and medium-sized pharmaceutical companies/CMOs, chemical and fine chemical enterprises.
• Enterprises engaged in the production and manufacturing of heat exchangers and condensers, intelligent manufacturing technology providers and low-carbon technology providers (especially enterprises focusing on the R&D, production and application of high-efficiency heat pipe heat exchange structures).
• R&D institutions and production enterprises of fine chemicals, raw material intermediates and catalysts.
• Teachers and researchers in scientific research institutions, universities and chemical engineering design institutes engaged in the research of high-efficiency heat pipe heat exchange structures and heat exchangers.
• Technical service institutions providing design and technical services for chemical, fine chemical and pharmaceutical enterprises (especially those involved in high-efficiency heat transfer technology services).

Participating Enterprises & Organizations (Partial)

Registration & Cooperation

 (CTEF2026 Sessions in Shanghai / Xinjiang / Russia / Chengdu)

What You Can Gain

• Communicate with top industry experts
• Master the latest 2026 industry trends
• Connect with the whole industry chain resources
• Explore the key to performance multiplication
• Enhance corporate brand image and industry influence

For conference sponsorship, roadshow promotion, attendance registration and group communication,

please contact:Mr. Zheng (CTEF Organizing Committee)

Phone/WeChat: 17806537708

(Add the CTEF Conference Assistant via the QR code for more information)

Call for Keynote Speakers

Application Process 

1. Submit a speech application
2. Review by the CTEF Organizing Committee 
3. Confirm the speech theme and content
4. Scan the QR code to complete registration and deliver the speech at the conference

Audience Registration

1. Process Scan the QR code to register for attendance
2. Review by the CTEF Organizing Committee
3. Join the CTEF forum communication group
4. Attend the forum and conduct business negotiation & cooperation