A project begins with a thorough analysis of the client's needs to determine the scope of work. An on-site technical evaluation of plant processes provides information such as machinery and equipment layouts, air and hooding requirements, and design parameters. With the help of theses evaluated technical an overall project plan which may be presented to the client in report form or used to develop a proposed solution. Consulting services are tailored to the client's needs whether they are for new plant projects, plant expansions, system maintenance, or future planning.

Only after a thorough analysis of client’s needs Whirlwind products are designed. Integrating all system specifications including, dust, conveying velocity, duct sizing, air volume, static pressure calculations, and material removal rate to ensure that design criteria are suitable for each particular application. After designing all aspects of a project, Whirlwind Corporation provides with CAD drawings and detailed recommendations.

Whirlwind fabricates all air pollution control equipment specifically for each project. Standard products are manufactured according to industry standards and custom products are designed for specific client needs. Our engineering staff has over 20 years combined experience in electrical, mechanical, controls and automation in design-build projects.

Our field crew are specifically experienced in the installation of air pollution control systems with personnel ready for a variety of field services such as pipe fitting, equipment assembly, cutting, welding and general industrial field work. Committed to being well organized while maintaining a safe working environment combined with years of field experience is the key for a quality installation. By establishing good customer relations and staying flexible throughout the project, our crew are able to provide exceptional on-site service.

At Whirlwind we work with you to make sure that your equipment continues to work with no breakdown. Our preventive maintenance offers you to keep your equipment running by stopping problems before they become emergencies. In many cases, we can improve an older systems performance by upgrading it with the latest technology.