Against China's Dual Carbon Goals and the 15th Five-Year Plan, the domestic chemical industry is speeding up its shift toward greener and smarter production. Fueled by supportive policies, the national large-scale equipment renewal campaign has unlocked massive market potential. As an indispensable core production segment, material handling and conveying technologies are witnessing robust innovation across crushing, mixing, drying, transportation, storage and packaging sectors.

Under such industry backdrop, the Chemical Material Handling & Conveying Technology Innovation Forum will be hosted on June 10, 2026 at Shanghai New International Expo Center alongside CTEF China International Chemical Technology & Equipment Exhibition. Centered on trending technologies covering crushing, mixing, drying, conveying, storage, filling and packaging, the forum gathers elite players across the whole industrial chain to discuss cutting-edge trends, help enterprises seize transformation opportunities and facilitate the high-quality development of the chemical sector.

Speakers Introduction

1. Lu Haifeng, Professor & Doctoral Supervisor, East China University of Science and Technology

His research focuses on clean coal utilization, green energy, powder engineering and gas-solid two-phase flow. He has developed complete high-pressure, high-throughput dense-phase pneumatic conveying technologies for powders. He presides over multiple national research programs including NSFC and national key R&D projects, has published over 150 papers (60+ SCI as first/corresponding author), holds more than 30 authorized patents and one RSC book chapter. His awards include the First Prize of China Machinery Industry Science & Technology Progress and Shanghai Special Prize for Technical Invention; he is also a visiting professor at University of Salerno, Italy.

Topic: Research Progress on Dense-phase Pneumatic Conveying of Coal Powder

Abstract: Clean coal conversion is critical for China’s energy transition and modern coal chemical industry. Stable high-concentration coal feeding is essential for reliable entrained-flow gasification. Due to strong inter-particle adhesion, coal powder easily agglomerates and blocks pipelines, restricting stable dense-phase conveying. His team established multi-scale characterization for sticky coal powder, clarified fluidization promotion principles, built pressure drop prediction models and flow regulation strategies. The finalized high-pressure dense-phase conveying technology features high throughput and low fluctuation to guarantee stable industrial gasifier feeding.

2. Wei Guitao, Master of Engineering, Chief Mechanical Engineer & Technical Director

With decades of experience in mining and chemical conveying equipment, he oversees R&D and technical management for domestic and overseas landmark coal chemical, mineral and heavy industry projects, proficient in equipment design review, commissioning and on-site operation management.

Topic: Explosion-proof, Leak-tight & Long-term Stable Operation Technology of Closed Conveying Equipment for Chemical Bulk & Powder Materials

Abstract: Targeting hazardous materials (flammable, toxic, dusty feedstock) in PVC by calcium carbide route, ferroalloy and coal chemical sectors. Based on the company’s 60-year experience in pollution-free sealed conveying, he elaborates the core three-layer sealing structure, activated feeder and passive automatic deviation rectifier, alongside six product lines of sealed conveyors. Field applications at Xinjiang Tianye, Junzheng Chemical verify technical reliability; customized solution packages help manufacturers improve intrinsic safety and meet environmental compliance requirements.

3. Wei Guanghai, General Manager, Taizhou Pudu Intelligent Equipment Co., Ltd.

Topic: Application of Nitrogen Circulation Protection System in Powder Industry

4. He Shan, Senior Project Manager of Asset Integrity Management, TÜV Rheinland Greater China

Topic: Design and Verification of SIS for Interlock Control in Material Conveying Systems

5. Qiang Yongjie, Operation Director, Zhejiang Liuhe Engineering Design Co., Ltd.

Topic: Inherent Safety Design Methodology for Chemical Material Conveying System & Process

Target Core Audience 

1. End-user chemical manufacturers

Production, process and equipment managers from enterprises covering fine chemicals, pharmaceutical & pesticide intermediates, new energy materials (lithium battery cathode/anode & electrolyte, PV & hydrogen energy materials), food additives, pigments & dyes, modified rubber & plastics, coatings, electronic chemicals, adsorbents/catalysts and daily chemicals.

2. Design institutes & EPC contractors

Process, piping, automation engineers and project managers of design & EPC firms for petrochemical, pharmaceutical, food and new-energy projects.

3. Equipment & system suppliers

Manufacturers and solution providers of crushing/mixing/drying machines, pneumatic & mechanical conveying systems, intelligent storage & packaging lines, industrial valves, weighing instruments and automatic control systems.

4. R&D and technical service bodies

Researchers from universities & research institutes specializing in powder technology, process equipment, automation and material science; specialists from third-party testing, certification, consulting and after-sales maintenance organizations.

5. Investment & industrial associations

Investors focusing on high-end manufacturing, energy conservation, new materials and new energy; representatives of industrial chambers assisting enterprises with global market expansion.

Here you can communicate with top industry experts, capture the latest 2026 market trends, connect with full industrial-chain resources, unlock growth opportunities and boost your corporate brand influence.

For sponsorship, on-site presentation, conference registration and group community access, please contact the CTEF Organizing Committee：

Chen chenweiyi@zhenweiexpo.com  +86 181 2799 1242

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