PEER REVIEW OF SOLIDS HANDLING SYSTEM

A peer review is a process in which a design is reviewed and evaluated by a peer who is independent and an expert in the field. It is an invaluable tool a stakeholder uses to make decisions regarding the suitability of a process design. In a peer review, one examines soundness of presented ideas; it is not value engineering.

When designing a solids handling system or equipment that will play an important role in reliable and efficient plant operation, it is advisable to have the design reviewed by a peer. This ensures that there are no major engineering mistakes or issues overlooked and the appropriate effort has been made to develop both a safe and cost effective design.

A peer review is important when:

• Reliable performance is crucial
• Process design lacks redundancy
• Operation is related to public health and safety
• Using new technology or design methods
• Working with new or unique bulk solids

In a peer review, we evaluate the conceptual and technical soundness of equipment or process design for its likelihood of achieving the intended objectives. A peer review can be conducted on components such as a stockpile, silo, hopper, feeder, chute, blender, etc.

Our peer review involves verification of:

• Assumptions and governing laws
• Appropriate procedures and analyses
• Attainment of client’s needs and specifications
• Feasibility and practicality of the process design
• Solids handling effects on process or equipment

Often, companies use peer review as an integral part of project milestones; a peer review is commonly requested after design completion. Note that insurance carriers and major equity stakeholders are usually willing to pay for a substantial part of the peer review service.