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Clean Air Technology Solution
145 2023. 7. 25.
Summary
The Company has developed innovative solutions for treating Industrial flue gas emissions and biogas.
Its patented technology is based on utilizing a unique absorbing liquid with a dedicated wet scrubber enabling novel absorption and selective separation processes.
The solution efficiently remove pollutants (such as NOx, SOx, Hg, H2S and Si) while transforming them into useful products and minimizing waste handling and operational costs.
The Company’s regenerative and environmental technology introduces benefits that put its solutions well ahead of alternative choices for gas treatment and pollutants removal.
In addition to approaching its end users and potential customers, the company is in search for suitable strategic partners and sale channels.
Advantages and Innovations
- Ensuring clean biogas production
- Multi-Pollutant Removal
- Mercury (Hg) Removal
– an innovative new approach and technology for the simultaneous removal of H2S and Siloxanes from gas streams. Offering benefits that put it well ahead of alternative choices for biogas treatment.
Stage of Development
Description
- Ensuring clean biogas production
Biogas cleaning is essential when used for heating and electricity production. The hydrogen sulfide (H2S) and Siloxane must be removed to avoid damage to engine components and infrastructure.
The effectiveness of current commonly used technologies for biogas cleaning changes according to site and biogas conditions. Such solutions aren’t always sufficient and therefore in most cases a combination of them is required.
- Multi-Pollutant Removal
Current solutions for treating industrial flue gases are limited – they consist of multiple point solutions each specialized in efficiently treating a different pollutant, which is influenced by gas and site conditions. In addition, they generate waste streams that need to be treated, often do not meet updated stringent emissions limits, and dictate significant investments and operational expenses.
The Technology offers a completely new approach for simultaneous removal of NOx, SOx, Hg and additional pollutants from flue-gas streams. This technology enables a unique absorption and extraction process for multi-pollutants in a single solution, to comply with the most stringent emission limits, and at lower costs.
- Mercury (Hg) Removal
Current mercury removal technologies are mainly based on consumable solid adsorbents and chemical additives – which all have significant known downsides and limitations.
The Company has developed a gas treatment solution to overcome the typical challenges industries face when removing Hg from flue gas. The technology is based on an innovative approach using an advanced absorbing liquid formulation implemented in a wet scrubber.
Throughout the process all mercury elements are captured and “locked” in the liquid and are selectively separated from the flue gas. The mercury is extracted and transformed into its most stable form (HgS) for safe disposal and the absorbent liquid is regenerated for reuse.
The most relevant partners would be: Waste management facilities; Oil and Gas Companies and Facilities; Facilities for waste-based Energy Production Facilities; Metal and Steel Factories ; Petrochemical industries; Water Recycling Plants and Facilities (Industrial or municipal); Processors of Natural Gas; Landfills.
Technology Keywords
Market Application Keywords
Sector Group
Type and Size of Client
Type and Role of Partner Sought
Strategic partners and sale channels
Type of Partnership Considered
Services agreement
Company
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