Silicon-Based Materials - Facility Design and Construction

Fluor provides engineering, design, procurement, consulting, construction and construction management services to semiconductor and photovoltaic manufacturing Clients globally. From concept development to start-up and commissioning services, Fluor has the proven ability to manage complex projects. Fluor construction and engineering professionals sequence and manage projects with a focus on cost, schedule, and execution control, while maintaining a safe work environment. Fluor provides a single point of contact for all project phases.

Fluor expertise includes:

  • Feasibility studies
  • Master planning
  • Facilities integration – optimized people and material flow
  • Cleanrooms and build-clean protocols
  • Hazardous material safety
  • Conceptual design
  • Detailed design
  • Project management
  • Risk management
  • Operational readiness
  • Sustainability and LEED® accreditation

For projects of all sizes and complexity, Fluor’s design-build approach helps semiconductor Clients maximize the return on their investment.

Semiconductors

Fluor has helped shape the landscape of semiconductor manufacturing; from cleanroom studies and renovations executed in the early 1980s to providing EPCM services for award winning fabs. Fluor continues to be an industry leader in this dynamic market.

For projects of all sizes and complexity, Fluor's design-build approach helps semiconductor Clients maximize the return on their investment. Fluor's collaborative design process identifies innovative solutions that deliver exceptional Client value while meeting aggressive market-driven schedules.

Photovoltaic

Fluor's experience in the photovoltaic industry includes crystalline silicon wafer, cell and module projects, and thin-film technologies. Fluor applies the knowledge gained from experience in the semiconductor and glass panel manufacturing industries to improve project performance in this rapidly changing industry.

Fluor's facilities integration professionals optimize the layout of people and materials flows in photovoltaic facilities to improve operational performance and lower the cost-per-watt during the early design phase.