When it comes to temperature control, the chemical processing industry requires precise solutions. To keep up with increasing demand, the expert engineers at Mokon have developed effective heating and cooling equipment that regulates jacketed pipe, vessels, mixers, reactors and more to ensure effective product control. There are a number of factors that greatly impact the type of temperature control you need, including system size, fluid, control features, installation and preventative maintenance. With these components in mind, you’ll be able to find a reliable temperature control system for advanced chemical processing applications.
Pressure Relief Valve (PRV) stability challenges for existing installations are not unique to any particular segment of the chemical process industry and are widely debated. Download this paper to gain a clear understanding of how and why PRV instability occurs through animation of key concepts, flow variables, and PRV lift under a variety of scenarios, configurations, and conditions. Important concepts are highlighted by one dimensional fluid dynamics and a single degree of freedom representation of a spring loaded pressure relief valve using Process Safety Office® SuperChems™ to demonstrate the risk and cost reductions detailed PRV stability dynamics can have on a facility.
Effective Process Safety Information (PSI) Management is a critical component for satisfying OSHA, EPA, state, and corporate safety requirements. Unfortunately, an ever-increasing demand for product, limited internal resources, and quick deadlines make managing facilities’ PSI a challenging and costly endeavor. Utilizing an “evergreen” approach to your site’s PSI Management eliminates wasted time and resource costs, provides accurate and usable PSI data, prevents sitewide revalidations, keeps facilities fully compliant, and most importantly, ensures the facilities’ staff and assets are operating safely. Download this paper to find out how your site can save millions of unnecessary costs through an “evergreen” approach.
Corrosion affects nearly every metal structure, causing expensive and dangerous damage. Developing more effective protection systems could help minimize the cost of corrosion damage by billions of dollars worldwide. However, designing effective protection systems is challenging, as it requires an in-depth understanding of the corrosion processes involved. Modeling of the transport and reactions that take place in corrosion and corrosion protection processes is an efficient way to gain insight into and predict the effects of corrosion. High-fidelity models must include thermodynamics, reaction...