BSI Engineering

Feasibility studies, process optimization, debottlenecking, energy management, and process improvements for industrial manufacturing facilities across specialty chemicals, pharmaceutical, food and beverage, renewable chemicals, and consumer products sectors.

• Process Optimization

  Advanced reaction control strategies, separation system optimization, heat integration networks, mass balance optimization, catalyst performance monitoring, and quality control enhancement.

• Debottlenecking

  Detailed process analysis, equipment evaluation, capacity enhancement studies, operating parameter optimization, control system upgrades, and infrastructure improvements.

• Energy Management

  Steam system optimization, heat recovery implementation, utility system efficiency, process integration studies, alternative energy evaluation, and demand management strategies.

• Process Safety

  HAZOP studies, layer of protection analysis (LOPA), relief system design, containment solutions, emergency shutdown systems, and fire and gas detection.

• Environmental Compliance

  Emission control systems, waste minimization strategies, water treatment solutions, monitoring systems, reporting infrastructure, and permit compliance support.

New facility design and existing facility modernization including site selection support, master planning, process design, equipment specification, construction management, and startup assistance.

• New Facility Design

  Site selection support, master planning, process design, equipment specification, construction management, and startup assistance for new chemical plants and industrial manufacturing facilities.

• Facility Modernization

  Evaluation of existing assets, identification of improvement opportunities, strategic upgrade planning, implementation of new technologies, safety system enhancement, and efficiency improvement.

• Clean Room Design

  Advanced environmental control, material flow efficiency, and flexible manufacturing spaces for pharmaceutical and biotech facilities maintaining required classification levels.

• cGMP Compliance Engineering

  Quality by design incorporating current Good Manufacturing Practice (cGMP) requirements into facility design, contamination control strategies, and comprehensive design documentation packages.

Fully integrated Engineering, Procurement, and Construction Management (EPCM) process delivering seamless coordination from initial concept through project completion. Project managers average 20+ years of experience with projects ranging from $1M to $250M in total installed costs.

Resource-loaded schedules, detailed execution plans, and experienced project teams for industrial manufacturing projects from $1,000,000 to $250,000,000 in total installed costs.

Pharmaceutical and biotech facility engineering including clean room design, cGMP compliance, utility systems design (WFI generation, pure steam, clean compressed air, process gas distribution), and validation support (IQ/OQ/PQ, computer system validation, cleaning validation, process validation).

Process design for ethanol, biodiesel, renewable diesel, and alternative fuel facilities including feedstock flexibility, conversion technology, product recovery, sustainable facility design, and advanced control systems.

Production line design, temperature control systems, batch management, hygienic facility design compliant with FSMA and GFSI standards, clean utility systems, and quality assurance integration.

Flexible manufacturing systems with quick-change capabilities, advanced quality control, smart manufacturing integration, and scalable facility infrastructure for consumer products manufacturers.