PBE Expert Inc, we Process, Build, Engineer
Services
Process engineering “ASME-BPE“
- Pharmaceuticals
- Cannabis
- Biotechnology
- Fine Chemicals & API
- Healthcare & Hospitals
- Foods
- Pulp & Paper
- Biorefinery & Biofuel
- Sanitary Design & Process Engineering (ASME-BPE) basic and detailed, 3D drawing and performance specifications.
- Development of PURS, URS, BOD, DDE, PFD, P&ID and “CPP“:
- Specification of materials and internal finishes.
- Sanitary design, dead-legs reduction, optimization of slopes, speeds, CPP.
- Specifications of the valves (diaphragm, Block-Bleed), TC fittings, pumps, filters, exchangers.
- 3D design of processes skids and related equipment.
- 3D design of formulation, mixing and filling tanks.
- 3D design of filling machines, freeze-drying, primary and secondary packaging.
- 3D design of Clean in Place (CIP) skids, COP, sanitisation, sterilization (SIP).
- 3D design of process transfer lines (orbital welding).
- 3D design of the clean utilities, production and distribution: PW, WFI, PS, PCA, N2, …
- 3D design of pharmaceutical systems: HVAC, FFU, autoclave, freeze-drying, vacuum, vent, …
- 3D design of containment systems: Isolator, RABS, IBC, biological hood, …
- 3D design of protective equipment: laminar flow hood, weighing & sampling (UDAF) cabinet, LEV.
- Interlock between the process equipment and building systems & safety devices.
- Automation, PLC, SCADA, integration, BMS, BAS, ERP, SAP, Industry 4.0.
- Sanitary Design & Process Engineering (ASME-BPE) basic and detailed, 3D drawing and performance specifications.
- Development of PURS(9), URS(11), BOD, DDE, PFD, P&ID and “CPP“, & 3D drawings.
- 3D design of Cannabis plants Drying systems, ATEX Safety, energy efficiency.
- 3D design of the THC and CBD cannabis ingredients extraction and purification technologies.
- Specification of materials and internal finishes.
- Sanitary design, dead-legs reduction, optimization of slopes, speeds, CPP.
- Specifications of the valves (diaphragm, Block-Bleed), TC fittings, pumps, filters, exchangers.
- 3D design of processes skids and related equipment.
- 3D design of formulation, mixing and filling tanks.
- 3D design of filling machines, freeze-drying, primary and secondary packaging.
- 3D design of Clean in Place (CIP) skids, COP, sanitisation.
- 3D design of process transfer lines (orbital welding).
- 3D design of the clean utilities, production and distribution: PW, PCA, N2, CO2 …
- 3D design of pharmaceutical systems: HVAC, FFU, CIP, freeze-drying, vacuum, vent, …
- 3D design of protective equipment: laminar flow hood, weighing & sampling (UDAF) cabinet, LEV.
- Interlock between the process equipment and building systems & safety devices.
- Automation, PLC, SCADA, integration, BMS, BAS, ERP, SAP, Industry 4.0.
- Sanitary Design & BioProcess Engineering (ASME-BPE) basic and detailed, 3D drawing and performance specifications.
- Development of PURS, URS, BOD, DDE, PFD, P&ID and “CPP“:
- Specification of materials and internal finishes.
- Sanitary design, dead-legs reduction, optimization of slopes, speeds, CPP.
- Specifications of the valves (diaphragm, Block-Bleed), TC fittings, pumps, filters, exchangers.
- 3D design of processes skids and related equipment.
- 3D design of formulation, mixing and filling tanks.
- 3D design of filling machines, freeze-drying, primary and secondary packaging.
- 3D design of Clean in Place (CIP) skids, COP, sanitisation, sterilization (SIP).
- 3D design of process transfer lines (orbital welding).
- 3D design of the clean utilities, production and distribution: PW, WFI, PS, PCA, N2, …
- 3D design of pharmaceutical systems: HVAC, FFU, autoclave, freeze-drying, vacuum, vent, …
- 3D design of BSL containment systems: Isolator, RABS, IBC, biological hood, …
- 3D design of protective equipment: laminar flow hood, weighing & sampling (UDAF) cabinet, LEV.
- Interlock between the process equipment and building systems & safety devices.
- Automation, PLC, SCADA, integration, BMS, BAS, ERP, SAP, Industry 4.0.
- Sanitary Design & Process Engineering (ASME-BPE) basic and detailed, 3D drawing and performance specifications.
- Development of PURS, URS, BOD, DDE, PFD, P&ID and “CPP“:
- Specification of materials and internal finishes.
- Sanitary design, dead-legs reduction, optimization of slopes, speeds, CPP.
- Specifications of the valves (diaphragm, Block-Bleed), TC fittings, pumps, filters, exchangers.
- 3D design of processes skids and related equipment.
- 3D design of formulation, mixing and filling tanks.
- 3D design of filling machines, freeze-drying, primary and secondary packaging.
- 3D design of Clean in Place (CIP) skids, COP, sanitisation, sterilization (SIP).
- 3D design of process transfer lines (orbital welding).
- 3D design of the clean utilities, production and distribution: PW, WFI, PS, PCA, N2, …
- 3D design of pharmaceutical systems: HVAC, FFU, autoclave, freeze-drying, vacuum, vent, …
- 3D design of containment systems: Isolator, RABS, IBC, biological hood, …
- 3D design of protective equipment: laminar flow hood, weighing & sampling (UDAF) cabinet, LEV.
- Interlock between the process equipment and building systems & safety devices.
- Automation, PLC, SCADA, integration, BMS, BAS, ERP, SAP, Industry 4.0.
- Sanitary Design & Process Engineering (ASME-BPE) basic and detailed, 3D drawing and performance specifications.
- Development of PURS, URS, BOD, DDE, PFD, P&ID and “CPP“:
- Specification of materials and internal finishes.
- Sanitary design, dead-legs reduction, optimization of slopes, speeds, CPP.
- Specifications of the valves (diaphragm, Block-Bleed), TC fittings, pumps, filters, exchangers.
- 3D design of processes skids and related equipment.
- 3D design of formulation, mixing and filling tanks.
- 3D design of filling machines, freeze-drying, primary and secondary packaging.
- 3D design of Clean in Place (CIP) skids, COP, sanitisation, sterilization (SIP).
- 3D design of process transfer lines (orbital welding).
- 3D design of the clean utilities, production and distribution: PW, WFI, PS, PCA, N2, …
- 3D design of pharmaceutical systems: HVAC, FFU, autoclave, freeze-drying, vacuum, vent, …
- 3D design of containment systems: Isolator, RABS, IBC, biological hood, …
- 3D design of protective equipment: laminar flow hood, weighing & sampling (UDAF) cabinet, LEV.
- Interlock between the process equipment and building systems & safety devices.
- Automation, PLC, SCADA, integration, BMS, BAS, ERP, SAP, Industry 4.0.
- Sanitary Design & Process Engineering (ASME-BPE) basic and detailed, 3D drawing and performance specifications.
- Development of PURS, URS, BOD, DDE, PFD, P&ID and “CPP“:
- Specification of materials and internal finishes.
- Sanitary design, dead-legs reduction, optimization of slopes, speeds, CPP.
- Specifications of the valves (diaphragm, Block-Bleed), TC fittings, pumps, filters, exchangers.
- 3D design of processes skids and related equipment.
- 3D design of formulation, mixing and filling tanks.
- 3D design of filling machines, freeze-drying, primary and secondary packaging.
- 3D design of Clean in Place (CIP) skids, COP, sanitisation.
- 3D design of process transfer lines (orbital welding).
- 3D design of the clean utilities, production and distribution.
- 3D design of pharmaceutical systems: HVAC, FFU, autoclave, freeze-drying, vacuum, vent, …
- 3D design of protective equipment: laminar flow hood, weighing & sampling (UDAF) cabinet, LEV.
- Interlock between the process equipment and building systems & safety devices.
- Automation, PLC, SCADA, integration, BMS, BAS, ERP, SAP, Industry 4.0.
- Process Engineering, Sizing, basic and detailed design, 3D drawing and performance specifications.
- Development of PURS, URS, BOD, DDE, PFD, P&ID and “CPP“:
- Specification of materials and chemical compatibility.
- Design and Optimization of P&ID & CPP.
- Specifications of the valves, pump, fittings, filter, exchanger, evaporator, dryer.
- 3D design of processes skids, and related equipment.
- 3D design of process transfer lines (orbital welding).
- 3D design of the critical utilities, generation and distribution.
- 3D design of systems: waste treatment systems, vacuum, vent, …
- Interlock between the process equipment and facility systems & safety devices.
- HAZOP design of P&P facilities including explosive & flammable compounds risks assessment & mitigation.
- Automation, PLC, SCADA, integration, BMS, BAS, ERP, SAP, Industry 4.0.
- Process Engineering, Sizing, basic and detailed design, 3D drawing and performance specifications.
- Development of PURS, URS, BOD, DDE, PFD, P&ID and “CPP“:
- Specification of materials and chemical compatibility.
- Design and Optimization of P&ID & CPP.
- Specifications of the valves, pump, fittings, filter, exchanger, evaporator, dryer, pyrolysis technologies.
- 3D design of processes skids, and related equipment.
- 3D design of process transfer lines (orbital welding).
- 3D design of the critical utilities, generation and distribution.
- 3D design of systems: waste treatment systems, vacuum, vent, …
- Interlock between the process equipment and facility systems & safety devices.
- HAZOP design of P&P facilities including explosive & flammable compounds risks assessment & mitigation.
- Automation, PLC, SCADA, integration, BMS, BAS, ERP, SAP, Industry 4.0.
Are you looking for a Partner in Process Engineering, Clean Utilities, Project Management, CIP, Layout, Compliance, Validation, QA, Audit, PAI, Calibration or Energy Efficiency?
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