SEA® for Mercury Emissions

SEA® Technology Globally Recognized as the ‘BACT’ in Mercury Capture

Our advanced, patented two-part approach to mercury emissions reduction raised the bar across the U.S. sector in achieving mercury capture rates that exceed stringent federally-mandated environmental standards (EPA MATS ruling). Believed to be currently in use by more than 40% of the U.S. coal-fired power plant sector, SEA® Technologies ensures that power generated from coal is produced in a more environmentally friendly manner providing cleaner air and allowing for the recycling of an important byproduct of mercury emissions (coal ash) for use in important industrial applications (cement, roads, building materials).

Tailored Emissions Management Services

Our targeted Emissions Management Services deliver precision, compliance, and optimization for mercury control needs. Our SEA® technologies, coupled with a data-driven approach, ensure a custom fit for your plant's specific requirements aligning with stringent environmental standards for a cleaner future.

Comprehensive Emissions Strategy & Continuous Innovation
Fuel Flexibility for Optimized Plant Performance
Expert Field Analysis and Auditing

  • Strategic emissions services with a deep understanding of mercury air emissions complexities.

  • Utilizes SEA® technology and specially formulated products for optimized combustion chemistry.

  • Commitment to results supported by unparalleled expertise in the field.

  • Relentless pursuit of innovation with rigorously tested products for various flue-gas environments.

  • Ensure guaranteed savings and reliable performance. Latest advancements in emissions control tailored to unique operational needs.

  • Maintains operational flexibility while adhering to mercury emission regulations.

  • SEA® technology and world-class experts deliver flexibility for maximum profitability.

  • On-the-spot mercury emission analytics for real-time analysis, avoiding reliance on laboratory samples.

  • Maintains operational flexibility while adhering to mercury emission regulations.

  • State-of-the-art expertise and technology for comprehensive system assessments and improvements.

  • Team of leaders in material handling and mercury control science providing detailed guidance.

  • Optimal design for injection strategy ensuring appropriate equipment layout and installation.

  • Sorbent optimization with advanced flow modeling for cost-effective plans. Mobile laboratory conducting emission testing for mercury and other trace metals, providing quick and accurate data.

  • Continuous advancement in technologies for better mercury capture, with rapid-response support for changing operations and regulations.

Accessible Data for Informed Decisions

We equip our customers with comprehensive data sheets for our SEA® Sorbent Technologies, detailing everything from technical specifications to operational best practices. These resources enable operation teams to optimize mercury emissions strategies and ensure ongoing regulatory compliance with the utmost confidence.

Oxidizer & Sorbent Overview
Product Sheet

Sorbent Product
Data Sheet

Oxidizer Product
Data sheet

Guaranteed Satisfaction

Proven Performance with Measurable Impact

Our SEA® Technologies have transformed mercury emission control and coal-fired power generation. Across the U.S. ME2C’s systems are estimated to treat over 31 million tons* of coal annually (based on customer usage and EIA data) dramatically reducing mercury emissions and enhancing environmental health. We stand firmly behind our SEA® technologies ensuring 100% satisfaction. Our supply customers are guaranteed to meet stringent federal and state emissions regulations confidently and cost-effectively. Our promise is not just to deliver emissions reduction but to ensure continuous, optimized performance that aligns with utility’s financial and operational goals.

*Based on our 2023 supply revenue assumptions and EIA data, we estimate that ME2C's products are used for burning approximately 31 million tons of coal per year, accounting for about 7% of the total coal consumption at all coal plants.

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