Brochures & Presentations

Air Separation – Hengye Inc. Brochure

Air Separation Adsorbents are used in a range of air separation, purification, and compression applications. Air must go through separation processes to obtain valuable gases at a purity level that must...

Ethanol Dehydration – Hengye Inc. Brochure

Why Ethanol Dehydration Matters Ethanol is widely used in fuel, industrial, and pharmaceutical applications, but its effectiveness depends on its purity level. Traditional distillation cannot completely remove water from ethanol due...

Renewable Fuels – Hengye Inc. Brochure

Overview of Renewable Fuels: Landfill Gas & Hydrogen A quick look at the products we manufacture and some of our most popular applications for Renewable Fuels: Landfill Gas & Hydrogen. Overview...

Biogas Processing Brochure

Biogas Processing Brochure Information about Biogas Processing solutions for dehydration, H2S removal, siloxane removal, and more. Biogas Processing Brochure - Hengye Inc. hengye-inc-biogas-processing-dehydration-h2s-removal-adsorbentsDownload

Hengye Inc. ® Introduction PowerPoint

Introduction to Hengye Inc. ® Located in Houston, Texas, Hengye Inc. is a manufacturer and global supplier of molecular sieve, activated alumina, catalysts, adsorbents, desiccants, support material, and more. Our industries...

Ethanol Producer Intro to Molecular Sieve Dehydration Units

Overview of Molecular Sieve for Ethanol Dehydration Units A quick look at what molecular sieve, why it's used, and how to avoid/identify issues during operation. Ethanol-Introduction-to-Molecular-Sieve-Dehydration-UnitsDownload

Optimizing Dehydration Units (Vapor Phase)

Tips on Operations, Efficiency, and Capacity for Molecular Sieve Units Operating in Vapor Phase Dehydration An overview of optimization principles to help get the best performance out of dehydration units.A written...

Fuel Ethanol Workshop (FEW) Presentation – 2019

2019 FEW Presentation Information as presented at the 2019 Fuel Ethanol Workshop (FEW). This presentation focuses on efficiency factors within the ethanol Dehydration Unit. FEW-2019smDownload