“I was blown away. The project was completed under time and under budget.”
“Did quality work and communication was good throughout the project. ioMosaic’s work was important in order to understand the physical risk our equipment may have. ioMosaic’s work product was a key input to our final risk assessment.”
“Fantastic job, no complaints at all, everything was completed on time and as expected.”
“For us it was not just short term but long term value added to be able to continue working with ioMosaic on additional PRV management projects. ioMosaic exceeded expectations as well as completed additional scope within original time frame.”
“The ioMosaic personnel are good to work with. They are experienced and were able to work quickly within our budget.”
“ioMosaic knew what they needed to do, they delivered what they needed to deliver and they did so in a very timely manner. No extra effort needed on our side. The client got what they wanted and were pleased. That's what matters.”
Professional Development
In-Person, Virtual, or Online Process Safety Training
Learn to develop and implement cost-effective best practices in safety, technology and risk management.
Master techniques for addressing relief sizing for various scenarios, relief piping system design, flare header modeling and consequence modeling.
Learn the principles, techniques, and best practices of the LOPA method, including how to complete an order-of-magnitude analysis.
This study explores the mysterious reactions involved that released more energy than predicted by simply modeling hydration to glycerin from ARC data for a 50/50 mixture of α ― epichlorohydrin and water mixture.
The process of managing the lifecycle of relief and flare systems data is complex and fraught with challenges and risks. Learn what the key reliability requirements are.
Given all of the variables in risk tolerability, how does a company establish risk criteria that can effectively contribute to decisions about the tolerability of certain consequences, likelihoods, and risks?