Did You Know: Zeolite

by in
All, Instructional, Molecular Sieve

The material referred to as molecular sieve is called Zeolite. Today zeolite is made synthetically but was originally described by the Greeks. Zeolite is Greek for “Boiling stone”. When the Greeks “discovered” this mineral the observed when water contacted the stone the water the stone would heat up and steam would rise. This is because when water is adsorbed on zeolite the heat of adsorption is between 1800 and 2700 BTU for ever pound of water adsorbed.

This is because when water is adsorbed on zeolite the heat of adsorption is between 1800 and 2700 BTU for every pound of water adsorbed. This energy transfer is fundament physical chemistry force that makes these materials so useful is so many industrial and commercial applications.

Self-warming hand cream and facial mask are made by mixing fine particle zeolite with emollients. When applied to the skin the moisture reacts with the zeolite to emit heat, act as stringent and exfoliant. Zeolite heat of adsorption is 1800-2700 BTU per pound of water adsorbed.

Authored By:
Mark Binns
Hengye Inc.
Houston, Texas
info@hengyeinc.com
1-844-308-3271

Related articles

Fuel Ethanol Workshop (FEW) Presentation 2026: “Molecular Sieve Units – The Big Black Box”

2026 FEW Presentation Information as presented at the 2026 Fuel Ethanol Workshop (FEW). "Molecular Sieve Units - The Big Black Box" FEW 2026 - Molecular Sieve Units - The Big Black...
read more

Why Your Ethanol Dehydration System Might Be Quietly Costing You Millions

In most ethanol plants, dehydration is considered a solved problem. The system runs, product specifications are met, and operations continue without much scrutiny.  But there is a critical distinction that often...
read more

Technical Data Sheet Hydrogen Production & Purification

Summary Showcasing HengYe Inc.® Products, Technical Service, and Quality for Fuel Hydrogen Production & Purification. Fuel Hydrogen Production & Purification PSA Unit for Hydrogen PurificationIn a pressure swing adsorption (PSA) unit...
read more