CCJOnsite by Combined Cycle Journal

August edition

Fast-start/fast-ramp peaker produces 180 MW in 12 minutes, holds emissions within California’s tight standards

Mitsubishi provided a leading-edge dilution SCR system for each engine to reduce the 9 ppm NOx/4 ppm CO in turbine exhaust to 2.5 ppm/2 ppm out the stack. Ammonia slip is restricted to 10 ppm.

To read the entire article - CCJ Onsite

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Cormetech – Innovation Applied

Cormetech’s catalyst provides the highest DeNOX potential available, outstanding Mercury (Hg) oxidation performance, ultra-low ammonia slip, extremely low SO₂ conversion and low pressure drop designs. 

• COMET^TM - SCR catalyst for > 90% Mercury Oxidation

• Advanced Catalyst Technology ^TM – Advanced SCR catalyst design to lower pressure drop

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Cormetech, Inc. Honored For Environmental Standards

CHATTANOOGA, Tenn. – On April 25, Cormetech received the Environmental Award of Excellence from the Chattanooga Regional Manufacturers Association (CRMA). Cormetech was one of four companies recognized.

The CRMA excellence awards recognize organizations implementing practices that lead to manufacturing excellence. The Cormetech facility in Cleveland, Tenn., has demonstrated a strong commitment to high environmental standards through its waste management program, recycling, raw material recovery, reduction of hazardous waste streams, and by partnering with educators to promote environmental programs in schools.

Cormetech is the leading producer of titania-based ceramic honeycomb catalysts for NOx emission control. Cormetech’s products are used in Selective Catalytic Reduction (SCR) systems for air pollution control. Cormetech was formed in 1989 as a joint equity company of Mitsubishi Heavy Industries and Corning Incorporated.