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Does your facility have problems with fugitive dust emissions occurring during loading, unloading, transferring and material handling procedures with coal and coal ash.
Coal fired feed and grain facilities must comply with fugitive dust regulations as they relate to air quality. The EPA and local regulatory agencies continue to develop stringent guidelines. Facilities must adhere to these guidelines to protect the environment against the health threats related to unsuppressed dust, as well as other related problems such as lower productivity due to poor site conditions.
Midwest can help you solve all of these issues by offering a complete line of products and spray systems either (wet suppression or foam) to manage fugitive dust at transfer points.
Each of our spray systems is uniquely developed with specific needs and requirements in mind while the products are developed in our state-of-the-art laboratory and have been extensively used in the field. To see more information, technical specifications, articles and bulletins, environmental data and success stories on these products, make a selection on the product below.
Dust-Buster® Spray Systems
Dust-Buster® state-of-the-art equipment and systems apply foam dust suppressant chemicals accurately for optimum control of dust emissions in a wide variety of applications such as material loading, unloading, transferring, stockpiling and other material handling procedures.
Dust-Buster® Foam Agents
Foaming surfactants for localized suppression as well as residual dust suppression through downstream operations. Dust-Buster® foaming agents smother, capture, and agglomerate airborne impact dust for very effective dust emission control.
Dustract® Dust Suppression System and Additive
Dustract® is a completely automatic spray system and can be controlled to spray only when material is present and moving. The system is flexible with selection or deselection of any of the spray points to meet site requirements year round. The Dustract® Dust Suppression Additive breaks down the surface tension on water, and increases the attraction and encapsulation of dust particles.
