C.E.C.H.S. Consulting, LLC:
Standards, Guidelines, and Specifications:
Over my career, I have worked in roles as a project engineer and as a technical process/mechanical engineer. In working as a technical engineer, I have learned through industry experts, attendance of various technical professional seminars, and from research.
As a result, I have a wealth of technical knowledge of mechanical systems in hygienic application that I rely on to best serve my clients. This technical support is delivered in any or all of the following forms, as required:
- Engineering Best Practices (Standards and Guidelines)
- Technical Equipment Specifications and Data Sheets
- Technical Expertise/Consulting
Process Industry Practices (PIP):
As an active consultant on the Hygienic Practice Function Team for Process Industry Practices (PIP), I encourage my clients to purchase required practices and specifications directly from PIP. My expertise and understanding of the practices offered by PIP position me to efficiently identify the practices required for purchase.
What is PIP?
PIP – Process Industry Practices – is a member consortium of process industry owners and engineering construction contractors.
Members collaborate to harmonize internal company standards and ‘best practices” around design, procurement, construction, and maintenance into industry wide PIP Practices for member use.
PIP Practices are on a 5-year revision cycle and are written and maintained by members on discipline teams.
How C.E.C.H.S. adds Value:
Pipe Material Specifications:
While the PIP Pipe Material Specifications address 70-80% of project purchase needs, the identification of components (gaskets, valves, filters, filter housings, specialty items, etc.) often require specification for purchase prior to submittal approval.
Purchasing level detail for components does not typically exist in an industry standard; in fact, component catalogs rarely remain the same from one project to the next.
- In addition to addenda for PIP Practices, my service includes creation of a customized valve and specialty items catalog which identifies:
- the component specified (make/model)
- the manufacturer’s specific catalog number and page number
- a cross-reference code for each Pipe Material Specification in which that specific valve or specialty item are utilized
C.E.C.H.S. Engineering Solutions
- Piping:
- Pipe Material Specifications:
- Hygienic Process Tubing
- High Alloy (Stainless Steel, hastelloy, etc)
- PVDF
- Medical Gas (Copper, SS)
- Custom Process Pipe upon Request
- General Utility Piping
- Carbon Steel (Welded & Threaded)
- Copper
- Sanitation/Plumbing
- Hygienic Process Tubing
- Pipe Standards:
- Design and Material Selection
- Fabrication and Examination
- Installation, Inspection, & Testing
- Cleaning, Chemical Treatment, and Start-up
- Equipment Specifications and DataSheets:
- Rotating Equipment:
- Hygienic Pumps
- Centrifugal/Liquid Ring
- Positive Displacement
- Hygienic Agitators
- Hygienic Pumps
- Packaged Equipment:
- Clean In Place Equipment
- Clean Out of Place Equipment skids
- Clean/Pure Steam Geberators
- Water for Injection Distillation Units
- Static Equipment:
- Pressure Vessels
- Heat Exchangers
- Plate and Frame
- Shell and Tube
- Manufacturing Environments:
- Cleanroom & Support Facility Design:
- Process Flows
- Personnel Flows
- Equipment Flows
- Material Flows
- Waste Flows
- CleanRoom Requirements:
- Room Operating Grade Determination
- ISO Classification
- Air Change Per Hour
- Air Flow Patterns
- Airlock Design:
- Toxic Chemical Containment
- Pressure Cascades
- Material Entry/Exit
- Gowning/De-gowning areas
- Process Flows
Engineering Assessments:
- Quality Management System (QMS)/Quality System (QS) Assessment for compliance of manufacturing
- System Suitability and Condition Assessment
- Reliability Assessment
- Preventive/Predictive Maintenance Program Assessment
- Utility Usage and Capacity Assessment
- Code Interpretation for Utilities and Equipment
- Critical Utilities Operations and Maintenance Suitability Assessment
- Troubleshoot and identify potential solutions for systems performing less than historical norms and/or design specifications









