PHOENIX Process Equipment Co.
PHOENIX Process Equipment Co. designs and manufactures a variety of high quality systems for slurry and sludge thickening and dewatering; effluent water treatment; sand and frac sand processing; fine particle wet classification and separation; rainwater/stormwater/greywater/blackwater purification and recycling for commercial and multi-residence applications. The PHOENIX commitment is to superior service and technology at the greatest savings for our clients.
Find locations served, office locations, manufacturers and our distributors.
- Business Type:
- Industry Type:
- Water Filtration and Separation
- Market Focus:
- Globally (various continents)
- Year Founded:
- 10,000,000 - 100,000,000 €
For over 25 years, PHOENIX Process Equipment Company has been an international leader in liquid/solids separation, residuals dewatering, and water reuse technologies. With hundreds of installations worldwide, PHOENIX offers a wealth of knowledge and experience in a broad range of production processes and industries.
Through internal development and a series of strategic partnering relationships, PHOENIX has established a broad base of products and process technologies targeted at residuals and sludge dewatering and thickening, water clarification and filtration, and solids classification and separation. In the aggregate and industrial minerals markets the company has also developed production and process technologies for sand manufacturing and the removal of deleterious materials to meet rigorous sand and gravel specifications.
We encourage you to browse through our site and to contact us for more detailed information concerning your specific application.
PHOENIX: Clear Solutions!
The PHOENIX commitment is to superior service and technology at the greatest savings for our client. PHOENIX Process Equipment Co. designs and manufactures a variety of high quality systems for sand processing; fine particle wet classification and separation; slurry and sludge thickening and dewatering; effluent water treatment; and greywater/blackwater purification and recycling for commercial and multi-residence applications.
A Summary Of Our Services:
PHOENIX offers complete system engineering capabilities to support our products and process solutions. Process flow sheet, structural, piping, electrical, facility, and system automation design are available to support our customers’ needs.
Commitment to quality manufacturing is evident in our finished product. Incorporating industry improvements such as thermally sprayed zinc coatings enables us to offer fully welded structural assemblies. This improvement allows the coating of the non-stainless steel parts with high purity zinc, an effective solution to hot-dipped galvanizing problems...and much better corrosion protection than standard painting systems.
To fully support our customers, we have established an extensive inventory of off-the-shelf components. Our commitment to parts availability when needed reduces customer spare parts stocking requirements...an economical approach for our customers.
The PHOENIX field service staff is prepared to offer process or mechanical assistance whenever it is required. Our periodic Customer Contact Program is highly successful in anticipating problems and generating equipment design improvements...a simple solution to improve communications with our customers.
Extensive use of off-the-shelf components, a large parts inventory, rapid engineering response through our computer design programs, and efficient manufacturing capabilities all combine to provide the shortest delivery time in the industry. In extreme cases, shipments within four weeks are possible.
Our laboratory is fully equipped to provide testing services to establish the proper equipment selection and optimize design and operating parameters.
Pilot Plant Testing
PHOENIX pilot plant equipment, operated by experienced process engineers, is available to perform commercial scale demonstrations at the job site.
Experienced process engineers are available to perform process evaluations and confirm application requirements. Flow measurement, instrumentation, and proper sampling technique ensure proper system design.