- Plating Facility
Burns & McDonnell provided concept design services and cost estimating for the construction of a 65,000-square-foot facility with multiple integrated automated processing lines for decorative finishing.
Chemical processes include a variety of conversion coatings, copper, nickel, chrome, bronze, tin, brass and lead electroplating. Additional finishing processes include painting, powder coating, buffing, polishing and aging. The concept design utilizes lean manufacturing concepts for processing area layouts and the provision for future expansion of manufacturing processes. Incorporated into the design are specialized support structures to minimize the impact of seismic activity on the cyanide-based chemical processes.
Burns & McDonnell also developed a concept design for the industrial wastewater treatment plant in support of the new plating facility project. The treatment system was designed to be compact due to limited facility space.
The treatment processes include alkaline chlorination for cyanide destruction, neutralization for concentrated acids and alkalis, and hydroxide precipitation for heavy metals. The effluent from the treatment processes was designed to be recovered and reused within the plating facility. Membrane separation and ion exchange technologies were employed to generate deionized (DI) quality water for reuse in the process. This design reduced the overall facility water demand by 80 percent.
- Chemical Processing Facility
- Manufacturing & Plating Facility Consolidation
- Plating Facility Renovation
- Packaged Hybrid CHP Plant
- EPC Delivery of Industrial Water Treatment Plant
- Oily Wastewater Recycling Using Membranes
- Petrochemical & Refining Complex Water & Wastewater Treatment
- Wastewater Recycling Using Ceramic Membranes
- Wastewater Toxicity Reduction for Petrochemical Complex
- Industrial Wastewater Treatment Plant Evaluation