Distillation columns are crucial in various industries, yet they face significant challenges due to temperature variations along their height. These temperature differentials can disrupt the equilibrium between liquid and vapor phases, leading to compromised efficiency and safety hazards. We address these concerns with our latest whitepaper highlighting the SLA Multiloop and Multifunction Logic Solver and Alarm as an efficient and effective solution when compared to a traditional Safety PLC for a safety application on temperature monitoring within distillation columns that requires an advanced alarm voting scheme, logic, and shutdown capabilities.
This whitepaper explores the complexities of temperature stratification within distillation columns and the need for efficient monitoring and mitigation strategies to keep the process safe. Traditional safety PLCs offer solutions but come with hefty costs and programming complexities. However, the latest logic solver from Moore Industries, the SLA bridges this gap by providing a cost-effective and efficient alternative that is easy to use and program.
The SLA offers a wide range of features tailored to address the difficulties and importance of temperature monitoring and process control of distillation columns. With the SLA’s ability to accept up to six temperature inputs, execute complex logic equations, and employ straightforward voting logic, the SLA ensures precise monitoring and timely intervention helping keep processes safe. Furthermore, its simplicity in programming through FDT/DTM software makes it a much more accessible and user-friendly solution for operators compared to Safety PLCs.
Read the full whitepaper to gain a deeper understanding of SLA’s advantages over traditional safety PLCs and the SLA's impacts for a more effective and efficient safety solution for your applications. Dive into the details to uncover how the SLA sets a new standard for operational performance and safety in safety applications.
