WE ARE CHANGING TRADITIONS IN TECHNOLOGIES…
WE ARE CHANGING TRADITIONS IN TECHNOLOGIES…
Solid Catalyst for Gas
Non-Triazine/Non-Amine H₂S Removal for Natural Gas
Ecoil Thioscav Fe17 Nano offers a proven, dry media H₂S scavenger designed as an alternative to traditional triazine solutions. This modular, non-triazine product is engineered to keep LOE low, providing cost-effective scalability from wellhead operations to full-scale gas gathering systems.
Key Benefits of Ecoil Thioscav Fe17 Nano
No scale or blockage issues often found with over-treated triazine applications.
Hands-free operation: No pump skid required—natural gas flows through the Ecoil Thioscav Fe17 Nano media in the tower.
Capable of managing large volume swings and H₂S spikes.
Produces a non-hazardous elemental sulfur byproduct, making it environmentally safe.
Digitize Your Field Operations
Take advantage of real-time monitoring for H₂S readings, injection rates, and tank levels with Ecoil Thioscav Fe17 Nano. Our solution integrates with SCADA, GPS, and cellular connections, while a web-based app allows for remote monitoring and pump adjustments, streamlining automation and control.
Advanced Tower Design
The Ecoil Thioscav Fe17 Nano contactor tower is carefully designed to handle natural gas flow rates, H₂S levels, and pressure. Sour gas is routed through the bottom of the tower, where it is treated, producing a non-hazardous iron and sulfur-based slurry. The sweetened gas exits through the top, ready for commercial use.
Compared to triazine, Ecoil Thioscav Fe17 Nano media lasts twice as long, reducing overall OPEX and downtime, providing a more efficient and cost-effective solution for gas purification.
Our Competitive Advantages in H₂S Removal from Oilfield Gas WITH Thioscav Q6-125
Our H₂S treatment process prepares oilfield gas for profitable applications, optimizing its value for reinjection, power generation, or sales.
01
Advanced Non-Triazine Chemistry
Our Thioscav® technology is based on non-triazine, formaldehyde-free formulations, eliminating the common problems associated with traditional H₂S scavengers such as:
- Solid precipitation (FeS, polymeric residues)
- System fouling and plugging
- Incompatibility with downstream equipment
02
High Efficiency at Lower Dosage
Our scavenger systems offer superior reactivity and kinetics, requiring up to 50–75% less product than conventional triazines to achieve the same or better H₂S removal, significantly reducing treatment costs and logistics
03
Oil-Soluble & Gas-Compatible Options
We offer both oil-soluble and water-based scavengers tailored for sour gas, condensate, and multiphase streams. Our solutions are effective even in complex field conditions, including high-pressure, high-temperature (HPHT) environments..
04
No By-Product Formation
Unlike triazines, our products do not generate corrosive or fouling by-products that can damage pipelines, separators, compressors, or downstream amine units. This ensures longer equipment life and reduced maintenance.
05
Modular & Scalable Treatment Units
We provide skid-mounted and containerized dosing and control systems, allowing fast deployment, plug-and-play integration, and scalability from 10,000 m³/day to 1,000,000+ m³/day.
06
Integration with Gas Monetization Strategies
Our H₂S removal system is compatible with downstream gas-to-power and gas-to-crypto applications, enabling operators to turn waste flared gas into valuable electricity and revenue.
07
Field-Proven & Operator-Trusted
Thioscav has been deployed across multiple regions in upstream and midstream operations, meeting or exceeding gas quality specs, including for sour gas export, reinjection, or local use.
08
Technical Support & Custom Formulations
We offer full lab testing, pilot support, and field commissioning, along with custom-blended scavengers based on the specific gas composition, flowrate, and operational constraints.