Time and again our clients have acknowledged that we ‘go the extra mile’ with regard to our service. ioKinetic professionals offer in-person training for all your process safety management needs. Check back often to see when the next scheduled course begins.
The Accelerating Rate Calorimeter (ARC®) is considered a key tool for assessing chemical reactivity and ensuring process safety. This instrument is used in the chemical manufacturing, pharmaceutical, and battery industries to assess the thermal stability of materials, identify potential runaway reaction risks, and optimize process conditions for safe handling.
On Monday, June 23, 2025, and Tuesday, June 24, 2025, join us in Salem, NH for this in-person course facilitated by Abdo Iskandar, Ph.D., and Ehab Shaaban, Ph.D., both experienced chemists who consult for major oil, gas, and petrochemical manufacturers worldwide. This two-day training program will teach participants the principles and characteristics of the ARC® instrument, along with comparisons to other techniques.
View the Agenda & Register
For an international energy company, we conducted Process Hazard Analysis (PHA) training for one of their locations. We also reviewed PHAs completed by their internal PHA leaders and provided recommendations for improving their PHA process. As part of the training, we lead/scribed a PHA section for our client so that they would be able to see how the tools and methods applied to their facility.
We led Dust Hazard Analysis (DHA) training for an international food and beverage company, teaching their team the current standards and RAGAGEPs, how to identify and characterize dust hazards, explosion and protection methods, how to set up a DHA team, how to apply multiple DHA methodologies, and how to complete fault tree analyses (FTAs).
Combustible dust hazards have been in the forefront of everyone’s minds recently, from regulatory authorities who are developing codes and standards for appropriate protections to owners, operators, and engineers who need to implement protective systems. Learners were taken through all the steps for risk management, from the realization that there may be a combustible dust hazard, to the steps necessary to reduce the risks and prevent the realization of that hazard, including engineering design and safeguards appropriate for typical unit operations.