Revolutionize Biogas Cleanup: FerroSorp® – The Premier H2S Absorbent for Cost-Effective Gas Treatment and the VAV Bulk Media Vessel
The most convenient and flexible H2S scavenger system in the industry
- Customizable H2S scrubbing solutions
- Applications: landfill gas, livestock/dairy sites, and food waste digesters
- FerroSorp employs iron hydroxide to attract H2S effectively
- Iron hydroxide-based media has 25% more oxygen per iron atom than traditional iron oxide media
- FerroSorp outperforms competitors
- Reduces change-out intervals and operational costs
- Pairing FerroSorp with the VAV bulk media vessel enhances cost-effective H2S removal
- VAVs are easy to deploy, quickly dispatched, and require no infrastructure
- VAVs seamlessly integrate into new or existing sites
Treat Your H2S First – Removal Solutions
Biogas containing H2S is problematic for pretreatment and upgrading equipment, requiring the use of high-spec materials, specialized coatings, shortened maintenance intervals, and a higher probability of premature failure. So why not take out the H2S first? With the VAV and FerroSorp, treating hydrogen sulfide at the source is easy and cost effective.
VAV 101 – The Vacuum Adsorption Vessel
The Interra Global Vacuum Adsorption Vessel, or VAV, is a mobile bulk media vessel designed for H2S removal with FerroSorp H2S removal media. Units are portable and can be placed directly on dirt or gravel at a site. Deployment is rapid, and using a VAV is as easy as plug-and-play. VAVs are designed for gas to flow evenly through the entire bed and fully utilize the media.
Removing H2S with Limited Oxygen from Dairy Digesters
The renewable natural gas (RNG) energy market is growing exponentially in the United States and Canada. As a result, numerous new dairy digesters are being built to extract methane from dairy manure and converting it into usable natural gas. This process helps capture methane from manure before it decomposes naturally and detrimentally enters the atmosphere. […]
How Do You Remove H2S From Biogas?
The gaseous compound, hydrogen sulfide (written as H2S), is a hazardous byproduct of many biological and industrial processes including the creation of biogas. It’s usually critical to separate the H2S gas from desirable or less hazardous gasses before they can be further refined. This is not, however, a simple matter. Fortunately, modern techniques are making […]