Molecular Sieve

Optimizing Dehydration Units (Vapor Phase)

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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 article about Process Optimization is also available: How to Optimize Dehydration Unit
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Ethylene must be Pure and Dry

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Ethylene must be Pure and Dry Ethylene must be pure and dry… but ironically, unsaturating olefin/paraffin molecules, is a watery, steamy business! Unfortunately, massive petrochemical molecules don’t just conveniently fall apart into useful bits and pieces. It requires a significant energy investment in terms of live-steam at 750-950°
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Cracking Fossil Fuels: The Role of Molecular Sieves

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Cracking Fossil Fuels: The Role of Molecular Sieves Separating (cracking) useful olefins or alkynes from paraffins is the key to profitability in this industry; however, it is constrained by the immense costs. The single most produced organic chemical worldwide is ethylene, at more than 150,000,000 metric tonnes per year. We have
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Fracking Gas: The Role of Molecular Sieves

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Fracking Gas: The Role of Molecular Sieves For humans, dehydration is a very bad thing, but for Natural Gas (methane), nothing could be better! Natural Gas cannot be overloaded with water vapor because that adds unnecessary weight (mass) and takes up volume, which decreases the efficiency of our transportation methods.
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