This effort included the FEED package, detailed design, and construction support for restarting an existing Paper Machine and supporting systems and infrastructure at a legacy mill.
The scope of this effort consisted of front-end engineering for a significant capacity increase for an existing polymer facility. The facility produces high-performance elastomers used as replacements for rubber. The project team...
The scope consisted of detailed engineering and procurement support for a brownfield energy project at an existing paper mill. The project included a circulating fluidized bed (CFB) boiler and double auto-extraction steam turbine generator...
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...
Detailed design, procurement, and construction (EPC) services for a $300 million coal-fired power plant regulatory program including fly ash, bottom ash, and water management conversions.
Detailed Design, Procurement, and Construction (EPC) services for a $130 million greenfield bio-energy center to generate cellulosic ethanol from yard and wood waste.
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...
This project included the conceptual redesign of an existing, mothballed 400,000 SF production facility repurposed for a separate process and set of operations.
This effort included the detailed design and procurement support for a $400 million brownfield through-air-drying (TAD) tissue machine installation and supporting infrastructure. The facility design included all processes necessary...
Isomer completed project technical and financial due diligence on a series of 19 projects producing renewable natural gas (RNG) from anaerobic digestion to support a private equity firm.