Centrifugal vs. Positive Displacement Pumps
What are centrifugal and positive displacement pumps and how are they different? There are various designs for pumps used in the engineering industry today, but these types of pumps can usually be classified into centrifugal and positive displacement pumps.
Jose Alvarez, Project Engineer I – published 3/4/2024
Evaluating the Importance of Proper Corrosion Inspections
The release of flammable or toxic material could be attributed to many reasons, but one common mode of failure for incidents in today’s industry is corrosion. That is why it is important to apply corrosion inspections to any piece of equipment that may be susceptible to any type of corroding or cracking.
Jose Alvarez, Project Engineer I – published 2/12/2024
Renewable Diesel vs. Biodiesel
Over the last few years, renewable diesel has become an increasingly popular alternative fuel alongside biodiesel; but first, what’s the difference between the two?
Craig Stickelmaier, EIT, Senior Engineer I – published 1/29/2024
Accurately Quantifying Pump Failures During a PHA
Are you overestimating the severity of a pump failure during your PHA? Pump failures are one of the most common scenarios analyzed during a PHA study. Without proper preparation, these scenarios can be easily overestimated to conservatively cover a hazard that may be less severe than determined by the available PHA team. The goal of this TechTip is to provide a helpful way to approach these scenarios to ensure that your systems and personnel are being properly protected.
Brian Camey, EIT, Project Engineer I – published 1/8/2024
Voluntary Hazard Reviews
Should facilities voluntarily perform Hazard Reviews? Even if not required by RMP or PSM, performing a PHA can be massively beneficial. PHAs identify vulnerabilities and practical recommendations to improve workplace safety and lower risk of fatalities, injuries, and facility damage.
Faye Saied, Engineering Intern – published 8/7/2023
Pressure Safety Valve Credibility During a PHA
Are you ensuring that the PSVs that you credit during a PHA are truly reliable? Overpressure is a major concern for engineers where the pressure within a vessel or pipework exceeds the maximum design pressure of the equipment.
Brian Camey, EIT, Project Engineer I – published 5/8/2023
Rupture Disc: Usage, Strengths and Weaknesses, Incident Study
Many common industrial processes involve highly pressurized vessels and piping, which leads to the potential for overpressure and vessel damage resulting in personnel injuries or even fatalities. For this reason, a variety of protections have been developed – such as relief valves, safety valves, explosion doors, explosion vents – one of which are rupture discs.
Joyce Shen, EIT, Project Engineer I – published 5/1/2023
Modernizing Your PHA Experience
Why is a quality PHA important? Initiating events can have impacts well-beyond the individuals directly involved and the goal of industry is to avoid tragedies and mitigate process failures before they occur.
Stephanie Smith, PE, Principal Engineer – published 3/20/2023
Evaluating Vessel Overpressure Scenarios During the PHA
It is understandable why overpressure scenarios are some of the more commonly identified hazards across many PHAs. However, evaluating overpressure scenarios in the context of the PHA is not always simple. Please see the URL below to read the full article.
Craig Stickelmaier, Senior Engineer – published 02/15/2023