Vortex Pneumatics Airflow Analysis
When redesigning an industrial dust collection system, the first step is conducting an evaluation of the current system. This evaluation will determine the system’s current capacity and what modifications need to be made to keep the system running efficiently.
Vortex has the engineering resources to conduct a thorough discovery of your industrial air ventilation system. If you are experiencing inefficiencies in your system, we’ll determine whether you have a maintenance issue or whether you need a system redesign. If it’s a maintenance issue, we can set up a regular maintenance schedule at your facility to ensure your system is running at peak efficiency. If you are adding equipment, we can provide a turnkey solution, from evaluation to design and build
Facility managers may consider a dust collection system redesign for two primary reasons:
• New equipment: Adding equipment likely will add to the amount of particulate sources that need to be collected.
• Improve efficiency: Oftentimes, dust collection systems become inefficient, leaving behind particulates that should be collected. If maintenance issues are ruled out, a system redesign can help improve the overall performance of the dust collection system.
FABRICATION & MANUFACTURING
Vortex design/build solution is a turnkey industrial ventilation solution as the entire project is completed under one roof from the beginning designs, to the fabrication and installation of an industrial ventilation system. A design/build solution offers the opportunity to have the project’s specifications planned by the same team who builds and installs the system.
Vortex handles all project management from beginning to end.
INSTALLATION & COMMISSIONING
Upon approval of the quote, Vortex team begins the process by visiting the site and custom designing an industrial ventilation system to maximize a long-term return on investment. Upon completion and approval of the designs, Vortex team fabricates and installs the system on-site with the most efficient use of resources possible.