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In chemical and process industries, instrumentation often operates under challenging high-temperature conditions — such as medium-pressure steam, thermal oil, or crystallizing process fluids. These environments demand not only reliable measurement and control performance but also effective thermal management. Temperature, pressure, and level instruments must remain accurate, while their electronic components stay within safe limits. This […]

1. The Debate: IIoT vs. DCS — Rivalry or Reinvention? A recent trending article claimed that the Industrial Internet of Things (IIoT) will “replace DCS and lead the era of Industrial Revolution 5.0.”It reignited a long-standing argument in the automation community — can IIoT truly replace the Distributed Control System (DCS)? Supporters of this view

The monthly report should focus on five key dimensions:Work Achievements – Problem Analysis – Risk & Solution – Capability Improvement – Next Month Plan.All sections should contain measurable data, clear outcomes, and traceable actions. The goal is to present both value creation and problem-solving capabilities. 1. Major Work Achievements This Month (Quantified results + relevance

Introduction In the full lifecycle of process instrumentation, maintenance is not a single-stage activity but a continuous, evolving strategy. Preventive, predictive, and proactive maintenance are not isolated tasks performed at different times—they form a progressive reliability chain that connects time, condition, and root cause. The earlier and deeper these three dimensions are integrated, the longer

In hazardous environments such as petrochemical plants, battery material production, paint shops, and gas processing facilities, bringing ordinary electrical equipment safely into explosive areas is a major challenge.One of the most reliable engineering solutions is Positive Pressure Explosion Protection (Ex p). This article provides a comprehensive explanation of the Ex p principle, classification standards, key

In many industrial accidents, the root cause isn’t the equipment itself — it’s a lack of gas detection knowledge.A worker enters a confined space without checking oxygen concentration and passes out due to hypoxia.A chemical plant’s gas alarm goes off by mistake — because the operator confused “PPM” with “mg/m³”.These are not rare mistakes. They