Ken Bilodeau, P.E.
- DisciplineProcess Engineering
- Firm rolePartner
Works directly on process engineering projects while leading the U.S. firm.
Direct 514.757.0587Since 1999, LAPORTE has helped pharmaceutical, food and beverage, biotech, and industrial manufacturers plan, design, build, and start up production facilities across North America and Europe.
LAPORTE began with process and mechanical engineering for pharmaceutical facilities. Food and beverage work followed in 2000, and automation and validation became formal disciplines in 2005.
Today, the firm supports projects from investment planning and concept design through detailed engineering, procurement, construction, startup, and qualification. Process, controls, electrical, HVAC, utilities, filling, packaging, and validation are developed against the same operating requirements.
That coordinated approach is especially useful when product flow, utilities, controls, equipment, and the building must perform as one production system.
LAPORTE does not accept rebates or commissions from builders, contractors, or other project participants. Equipment and construction recommendations are based on the client's technical and operating requirements.
The team establishes the production basis first, then coordinates controls, power, building systems, equipment, and qualification around it.
Mass balances, process flow diagrams, equipment requirements, P&IDs, CIP, and sterilization systems.
PLC, HMI, and SCADA work with industrial networks, historians, robotics, vision, and equipment integration.
Service entrances, low- and medium-voltage distribution, grounding, emergency power, motor control, and studies.
HVAC, plumbing, clean gases, compressed air, steam, drainage, refrigeration, and process utility distribution.
Control, MCC, network, and distribution panel design with UL 508A and NFPA 70 or NEC requirements.
Arc-flash and coordination studies, hazardous-area classification, machine safety, and electrical safety work.
LAPORTE grew from a Montreal process and mechanical practice into a multidisciplinary firm working across North America and Europe.
Daniel Laporte founds the firm in Montreal with process and mechanical work for pharmaceutical plants.
The first food and beverage project is completed at the Molson brewery in Montreal.
Automation and validation are added to the firm's engineering disciplines.
The first European project is completed in Auvergne, France, for Lallemand.
LAPORTE Consultants Corp. is formed in the United States with an office in Philadelphia.
The firm marks 20 years. Industrial refrigeration and industrial biotech teams join the group.
LAPORTE works from six U.S. offices, with engineers licensed as Professional Engineers in 21 states.
Firm registration and project authorization requirements vary by state. Work is accepted where the applicable requirements are met.
LAPORTE's U.S. partners and principals continue to design, review, and guide projects in their disciplines while sharing responsibility for the firm.
Works directly on process engineering projects while leading the U.S. firm.
Direct 514.757.0587
Leads food and beverage work and the Chicago office as a process engineer.
Works directly on electrical and controls projects while directing the discipline and the West Chester office.
Direct 717.309.9774
Designs power and control systems for industrial facilities while serving as a firm partner.
Direct 814.421.3163
Works directly on food and beverage process projects while leading the Columbus office.
Direct 614.905.7781
Works directly on fermentation process projects while leading the Rochester office.
Direct 813.404.5759
Directs mechanical engineering and works as a mechanical engineer.
Directs validation and the West Chester office as a validation engineer.
Practices architecture while directing the firm's U.S. architectural services.
Direct 919.360.5879Read the industry pages for process equipment, utilities, controls, power, and facility scope tied to each type of manufacturing plant.
Share the facility, operating need, schedule, and known constraints. An engineer will review the request and follow up about fit and next steps.