Chemical Products Industries, Inc. is now part of Merichem Technologies

If you’re looking for beneficial reuse solutions, click here for Merichem Company.

Talk To An Expert

Our experts are here to guide you.

SULFURTRAP®​ HTD

Hydrogen Sulfide Removal from Natural Gas and Coke Oven Gas

Request Quote
SULFURTRAP<sup>®</sup>​ HTD
SULFURTRAP®​ HTD
SULFURTRAP​® HTD is a safe and reliable adsorbent that effectively eliminates hydrogen sulfide (H2S) from gas streams in batch processing. Its exceptional performance at mid to high temperatures makes it the ideal choice for demanding applications.
Product Description

Product Description

Specially Formulated for Mid to High Temperatures. H2S Complete Removal

High Performance regardless of water content level. SULFURTRAP​® HTD is a safe and reliable adsorbent that effectively eliminates hydrogen sulfide (H2​S) from gas streams in batch processing. Its exceptional performance at mid to high temperatures makes it the ideal choice for demanding applications. If you’re looking for a cost-effective hydrogen sulfide gas removal option, SULFURTRAP® HTD is the non-hazardous choice.

Process and Equipment. SULFURTRAP​® HTD is used in simple equipment for convenient operation over a wide range of process conditions. SULFURTRAP®​ HTD is perfect for moderate to high temperature applications, demonstrating remarkable endurance by retaining its structural strength throughout the process. SULFURTRAP® HTD is an effective hydrogen sulfide gas removal technique that works in various temperatures and conditions.

In typical configurations, SULFURTRAP®​ HTD is loaded into a single vertical vessel, a lead-lag vessel configuration or a parallel vessel configuration where gas or liquid streams flow through. The sulfur compounds chemically react with SULFURTRAP​®​ HTD to form a safe, stable and in most cases non-hazardous byproduct. Depletion of the scavenger is dependent only upon the concentration of hydrogen sulfide and flow rate through the bed. An inlet separator to remove excess liquids upstream of the bed and an outlet particle filter downstream of the bed are recommended. Works in dry or water saturated, aerobic or non-aerobic environments. Proprietary process & equipment simulation ensures SULFURTRAP​®​ HTD fits the desired application.

Specially Formulated

SULFURTRAP​®​ HTD is suitable for a diverse range of upstream, midstream, and downstream applications, making it highly effective.

  • Blast furnace gas
  • Coke oven gas
  • Natural gas
  • Natural gas liquids
  • Biogas
  • Acid gas
  • Syngas
  • Landfill gas
  • Other sour gas sources
Acid

Product Benefits

Cost-effective treatment with lower expenses compared to top competitors
Ideal for mid to high temperatures
Great performance from dry to water saturated conditions
Environmentally non-hazardous
Immediate removal of H2S
High crush strength
Consistent pressure drop
Request QuoteRequest Data Sheets

Direct Support By Merichem Technologies Maximizes Your Investment in Hydrogen Sulfide Gas Removal.

  • Technical support staff
  • Equipment design and process optimization for new or existing fixed-bed applications
  • Operational advice (start-up, unloading, disposal)
  • Monitoring
  • Bed-life follow-up
  • Warranty

For guidance on finding the right solution for your specific H2S and Mercaptan removal needs, please contact our team of industry experts. We offer highly efficient H​2​S removal from gas techniques and can point you in the right direction to fulfill your company’s current needs. With years of experience, we pride ourselves on providing economical ways to safely and effectively remove hydrogen sulfide. Plus, we’re always available for operational advice if you have any questions about SULFURTRAP® HTD during the start-up, unloading, or disposal process.

Related Products

SULFURTRAP® ST1
SULFURTRAP® ST1 ​is the low-cost solution for effective hydrogen sulfide removal from your gas stream.
PERCO®
Perco® Solid Copper Catalyst for quantitative mercaptan (C1-C4) conversion to disulfides. Odor control across a wide variety of feedstocks.