Front end engineering, detailed design, and Project Management and Construction Oversight services for a $3MM TIC project to expand an existing vacuum system at a 25 TPD ag-based pulp thermoforming facility.
New kraft liner machine and building, OCC facility, highly modified fiberline, boiler natural gas conversion, and electrical infrastructure additions to accommodate virgin and recycled fiber linerboard production.
This effort included the detailed design and procurement support for a $250 million brownfield through-air-drying (TAD) tissue machine installation. The facility design included all processes necessary to produce premium quality parent rolls..
Project management and Owner's Engineering in support of an FEL-3 study to convert an existing paper machine from newsprint to liner board and medium grades. The scope included a new OCC plant, new steam turbine, and a full paper machine rebuild.
Front end engineering, detailed design, and Project Management and Construction Oversight services for a $5MM TIC warehouse expansion project at a 25 TPD ag-based pulp thermoforming facility.
FEL2 front-end engineering design to evaluate a deficient vacuum seal water cooling loop at an existing molded fiber facility and replace an undersized cooling tower and supply pumps.
Detailed design engineering in a design-build arrangement for a 60,000 SF roll finishing and shipping warehouse install at an existing pulp & paper mill as part of a major modernization effort.
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.
The scope consisted of developing a companywide reliability program for a major pulp and paper corporation. The project team led a group that included contractors from three separate companies with extensive reliability programs...
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.
