Front-end engineering and project development services to determine feasibility and conceptual layout for 210 MW-DC solar facility located in Arizona.
This effort included the completion of the conceptual design (FEL2) phase for a $5 million USD water sustainability program for an existing Fiber Optics facility with a goal to reduce water consumption at the site by 80%.
Technical advisory services in support of novel co-located phosphoric and sulfuric acid production facilities, including risk analysis and development of an order-of-magnitude capital cost estimating tool.
Front end engineering study to evaluate a deficient vacuum system at an existing ag-based thermoforming facility, including quantifying baseline operation conditions and evaluating potential system improvement modifications.
This effort included detailed design mechanical, piping, electrical and structural services to support a $500 million expansion to add two new sustainable technology product lines at an existing automotive manufacturing facility.
Isomer provided full-service FEL3 Engineering for a new ferric chloride production process at an existing specialty chemicals facility, including heat and material and layout development.
FEL1 Engineering and Owner’s Engineering Services for a 160 TPD Tissue Machine Rebuild project to convert from Towel-grade to Tissue-grade and increase production capacity as part of a Fleet-wide Rebuild Program.
This scope consisted of front-end engineering and detailed design to increase the bark firing capacity of an existing combination boiler at a paper mill. Initial studies identified issues, and the project team proceeded...
Civil engineering design, permit coordination, and construction administration for a commercial office park development, master planned to be anchored by a medical office with five (5) accessory building pads for a total 40,000-sf.
Detailed design engineering for replacement of an existing 240V MCC with a new 480V MCC at a specialty chemical facility, including relocation and refeed of wall-mounted loads to the new MCC.
