Sarom Global - Blogs

  In the food processing and preservation industry, pasteurization stands as a fundamental pillar for ensuring food safety. As we dive into the benefits of pasteurization, let's explore how this heat treatment process, performed by advanced pasteurisers like SAROM GLOBAL's HERMES series, plays a vital role in maintaining the quality and safety of our food supply. Understanding Pasteurization and Its Significance Pasteurization is a heat treatment technique designed to eliminate harmful pathogens and extend the shelf life of various consumable products, particularly dairy items like milk. This process is pivotal for food safety, as it neutralises harmful microorganisms without compromising the nutritional value or taste of the product. Enhancing Food Safety Through Heat Treatment Milk pasteurization, for instance, involves subjecting the liquid to a precise temperature for a specific duration. This mild heat effectively eliminates pathogens, such as harmful bacteria and parasit

  In the dynamic world of industrial operations and complex machinery, unforeseen mishaps can wreak havoc on your assets and finances. That's where forensic failure analysis steps in, providing a comprehensive and cost-effective solution to protect your investments and ensure smooth operations. In this article, we'll explore the intricacies of forensic failure analysis, highlighting its significance, benefits, and why it's a crucial component of accident investigation. Understanding Forensic Failure Analysis Imagine a scenario where a crucial component of your manufacturing machinery suddenly malfunctions, leading to a production halt. The first thought that comes to mind is likely the potential financial losses and the intricate puzzle of pinpointing the root cause. This is where forensic failure analysis enters the scene. It's a systematic approach used to determine the cause of failures in various systems, be it mechanical, electrical, or structural. The Significanc

Process control engineering plays a vital role in optimising industrial operations and ensuring efficient and reliable production processes. However, like any complex system, process control systems can encounter problems that affect productivity and quality. In this article, we will explore common industrial process control problems and provide practical troubleshooting tips. By understanding these issues and their solutions, engineers can minimise downtime, enhance process performance, and achieve optimal control. 1. Sensor and Instrumentation Issues The proper functioning of sensors and instrumentation is critical for accurate process control . Common problems include sensor drift, calibration issues, or faulty instruments. Troubleshooting steps involve verifying sensor accuracy, recalibrating if necessary, and replacing faulty components. Regular maintenance and periodic checks can help prevent process control instrumentation issues and ensure reliable measurements. 2. Control Loo

  IO modules play a vital role in programming, enabling input and output operations in various applications. However, mistakes in using IO modules can lead to errors and inefficiencies in code execution. This article highlights five common mistakes when using IO modules and provides practical tips on how to avoid them. By understanding these pitfalls, developers can enhance their code quality and optimise their IO operations. 1. Not Importing the IO Module Correctly One of the most common mistakes is failing to import the IO module correctly. In Python , for example, the correct way to import the IO module is by using the following statement: This allows access to all the functions and classes within the IO module. However, it is recommended to import only the necessary functions and classes to avoid namespace conflicts and improve code readability. 2. Neglecting Error Handling Failure to implement proper error handling can result in unexpected program behaviour. When working with I

Everyone in the production process wants the facility to be safe and stable. An industrial plant's or facility's security and integrity require much work and effort to maintain. Would you prefer working in a process industry that doesn't value the importance of an effective alarm management system? We bet you won't. The importance of alarm management systems in process industries is not just synonymous with safety. Instead, it is a way of life rather than a theoretical idea. Like all other elements of a fully operational process industry , an alarm management system is extremely important . It must be updated to meet the plant's evolving needs. Alarm configuration in the early days of control systems, before the Distributed Control System (DCS), was done manually using annunciators, light boxes, etc. The cost of adding additional alarms has significantly dropped since the DCS was introduced because the software can now complete most of the jobs. However, if the con

We all know the complexity of operating an industrial plant. But not everyone comprehend the fact that process engineering highly critical for such intricate operations. Before we dive into understanding the importance of process engineering in plant operations , its is ideal to know what is process engineering because without knowing about process engineering you won’t be able to ideally accept its importance. So read on. What is Process Engineering? Process engineering is a complex multidisciplinary specialisation that involves elements of economics and mathematical engineering, primarily based on chemical engineering it draws from environmental and mechnical enginnering. Throughout the process development cycle, process engineering makes use of systematic computer-aided tools and experimental procedures. The whole responsibility for the design, execution, control, and optimisation of industrial processes falls on this intricate and constantly evolving field. Why is Process Engineeri

Over the past century, the control valve industry has experienced enormous expansion. Since they were particularly designed to meet standard standards, industrial control valves have become a crucial component of many Australian industries. Control valves are highly crucial and utilised in numerous process sectors to meet their flow requirements. But how do they function? What is the control valves' underlying mechanism? Do you find these queries bothersome? This article provides comprehensive information about control valves from globally recognised industrial control valve engineering consultants from SAROM GLOBAL. Read on. 1. What are Industrial control valves and why are they used? Control valves are devices are utilised to regulate the direction and flow of fluids, which can be either liquids or gases with a variety of consistencies. It creates a flow path by fully, partially, or partially closing the valve's passage. A valve will allow fluid to pass from the side with hi