Improve Your Mercury Compliance Testing

US power generators and cement plants are now under pressure due to recent legislation. Many plants are now scrambling to tighten up their mercury control procedures. Luckily, ADA Carbon Solutions' Dynamic Mercury Index test has been developed to ensure consistent quality of sorbents used in activated carbon injection.

Standard industry tests for activated carbon are not specifically adapted for mercury control applications. The Dynamic Mercury Index test is developed to specifically measure PAC performance in mercury control use cases.

You can learn more about Dynamic Mercury Control and how it can deliver better results for your plant in this paper by Chris Vizcaino and Sheila Glesmann hosted on Cemnet.com.

The US Maximum Achievable Control Technology (MACT) mercury (Hg) limit is regulated to 55lb Hg/Mt clinker on a 30-day rolling average. To stay in compliance with these limits, many cement plants carry out dry injection of powdered activated carbon (PAC) into the flue gas stream in a process known as activated carbon injection (ACI).

Each plant comes with its own set of unique challenges and the Dynamic Mercury Index test provides the findings necessary to make mercury compliance performance tweaks specific to your application.

To get full access to our paper on Dynamic Mercury Control and learn how to best test your mercury compliance systems, head over to Cemnet.com where our article is being featured.

Improve Your Mercury Compliance Testing

US power generators and cement plants are now under pressure due to recent legislation. Many plants…

Read More

Ash Utilization: Managing Byproduct Impacts for MATS

Our newest research paper demonstrates the possibilities for utilization of ash in concrete in post-MATS…

Read More

Handling Dry Sorbent Reliability

Learn more about key processes for safely handling dry sorbents as you introduce a mercury control solution…

Read More
View All
Sign-up for
POWER Magazine's
DecisionBriefs
Monthly e-Newsletter!
Email is required