Mercury Emission Control

Reducing pollutants – especially of mercury – in industrial waste gases is currently a worldwide dominant theme and provides operators with new challenges.

To apply the Europe mercury limits which are strongly tightened in 2019, many brown coal power plants are forced to act.

The IEM Fördertechnik has devoted decades in planning and construction of equipment for power generation and has build up specialties in this context to the area of mercury emission control in the exhaust gas. Thus offers the IEM Fördertechnik customized solutions and precisely coordinated systems to ensure that your system can be run environmental friendly, effective and future-proof.

Our specialists provide comprehensive advice and support in all project stages, from basic planning to the final implementation of the new cleaning system.

R&D Consulting

  • Consulting for coal power plants, incineration plants and other combustion processes
  • Site-specific analysis and selection procedures for mercury reduction
  • Creation of test and measurement plans incl. R&I’s, developing sample taking strategies
  • Accompanying test runs and evaluation of the results
  • Preparing position papers for process engineering, chemical and commercially suitable adsorbents, their amounts as well as plant optimization
  • Selection of appropriate dosing systems

Additional Services

  • Planning and execution of large-scale tests
  • Preparation and rental of testing facilities for technology testing (dosing the adsorbents)
  • Scientific monitoring and evaluation of test runs or research projects on activities according to mercury reduction
  • Planning, manufacturing, installation and commissioning of the necessary plant technology at the site
  • Assistance to meet evolving needs
  • Estimation of investment and operating costs

Basic & Detailed Engineering

Checking technical and commercial feasibility i.a. with following details:

  • Adsorbents and their demands on granulometry and possibly necessary or possible doping of the adsorbents to optimize mercury adsorption
  • Manner of dosage
  • Determination of the optimal position and distribution of injection lances depending on the local flow conditions (CFD simulation possible)
  • Size and location of storage
  • Delivery logistics (rail, silo truck)
  • Layout planning in consideration of site conditions

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