How Process Engineers Are Impacted by Mechanical Integrity.

Process Engineers are instrumental to the design, production, and safe operation of oil, gas and petrochemical facilities. Of equal criticality is the Mechanical Integrity department, which helps contribute to the continuing availability and safe operation of the equipment residing in the facility. Although these functions are often viewed as separate and distinct activities, there are several areas in which the Process Engineering department’s activities are dependent upon, or in some cases driven by, the activities of the Mechanical Integrity team.

As a piece of equipment progresses through the various stages of the equipment life cycle, there are a number of points at which awareness and communication between the Mechanical Integrity and Process Engineering groups is paramount. The equipment life cycle consists of the following stages: Pre-Operation, Operation, Modification, and Decommissioning. At each stage, the Mechanical Integrity and Process Engineering departments impact, or are impacted by, the activities performed by its counterpart.

This presentation explores these interactions. By increasing awareness of how the Mechanical Integrity department is engaged throughout the equipment life cycle, the Process Engineer can better understand and plan for these interactions in his or her daily work.

 

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Presenter(s):

Jon

Jon Snyder

Mr. Snyder possesses roughly 15 years of experience in supporting various aspects of fixed equipment Mechanical Integrity (MI) programs within the oil, gas, and petrochemical industry.  His career began with the support, development, and product management of the industry’s most widely licensed inspection data management software, and expanded to execution of MI system implementations.

His experience has extended to other areas of Process Safety Information (PSI) data management; most notably, he has overseen continued development of Provenance’s ARTS software which facilitates the identification of data discrepancies and data gaps between facility data systems.

Currently, Mr. Snyder’s focus leans toward working with clients to design and implement complete fixed equipment inspection programs, and to establish work processes that ensure these programs are maintained after initial implementation.

Mr. Snyder holds the American Petroleum Institute’s API 570 – Certified Piping Inspector and API 510 – Certified Pressure Vessel Inspector certifications.