NEWS UPDATE
Before investing in an emission monitoring system, the first question a plant must answer is whether it is legally required to install CEMS. This article summarizes the criteria, factory categories, and the duty to report into the POMS system.
"How much does CEMS cost?" cannot be answered with a single number, because price depends on the specification your plant actually needs. This article breaks down the price drivers so you can budget and compare quotes with confidence.
A finished CEMS installation is not the endit is the start of the duty to keep data accurate and complete every day. This article lays out a maintenance and QA/QC plan by cycle so your data passes audits all year.
There is no one-size-fits-all CEMS. The right choice starts with your pollutants, stack conditions, and lifetime cost. This buyer's guide helps you decide with confidence.
Measuring accurately is only half the job. The other half is delivering complete, on-time data to the DIW through POMS. This article traces the data path from the DAS to the regulator.
Installing a CEMS is only the beginning. Calibration, RATA, and preventive maintenance are what keep your data accurate and compliant. Here is every step engineers need to know.
Selecting the right gas detector is about more than just costit's about protecting lives and assets. This definitive guide explores every gas detection technology, from basic sensors to advanced Open Path systems and the global standards your facility must meet.
Gas Chromatography (GC) is the backbone of chemical analysis in industrial plants. This guide explores the principles of Process GC and how to maintain efficiency amidst carrier gas shortages.
New CEMS laws are now a nationwide mandate. Learn which 13 industry types must comply and get the latest on the 2026 deadlines for POMS integration.
A reliable CEMS requires expert maintenance. This guide provides a professional maintenance checklist and tips for selecting a system based on Total Cost of Ownership (TCO).
CEMS is more than just monitoringit's a critical safety ecosystem connecting industry to regulators. Learn about the 5 essential components and stay ahead of the new 2026 BKK emission laws.
Stop waiting 5 days for lab results! Discover how BOD Online technology enables industrial plants to control effluent quality and reduce wastewater management costs effectively.
Deep dive into what a System Integrator is and their vital role in integrating WMS and RFID to fully transform warehouses into the digital era.
Learn the definition of Predictive Maintenance and how Analyzer technology predicts machinery failure to reduce unplanned downtime in industrial plants.
Explore the benefits of factory automation and why System Integrators are the key to reducing costs and transitioning to a Smart Factory.
An in-depth look at portable and fixed Gas Detector technology. Learn how to select precise sensors and meet ATEX/IECEx standards for petrochemical and industrial plants.
Explore Standard COD levels, the differences from BOD in wastewater systems, and Online COD Analyzer solutions for precise pollution control and industrial compliance.
An in-depth look at Gas Chromatography (GC) principlesa high-precision solution for separating and analyzing volatile compounds for quality control in industrial and environmental systems.
Deep dive into Gas Sensor and Gas Detector technologies, essential devices for detecting gas leaks to enhance safety and efficiency in petrochemical and power plants.
Optimize petrochemical plants and power plants with expert System Integrators. Design and install Analyzers for precise measurement and maximum quality control.
Discover the working principles of the GC (Gas Chromatography) analyzer, an advanced innovation for the highly precise separation and analysis of complex chemical compounds. The key to quality control in petrochemicals and environmental management in the Industry 4.0 era.
Looking to invest in a GC instrument? This comprehensive guide compares Lab GC vs. Process GC and outlines 5 critical selection factorsfrom detector types and automation requirements to Total Cost of Ownership. Make an informed decision for your plant or laboratory with expert insights on pricing, maintenance, and ROI.
Reliable gas detection is critical for industrial safety. This guide explores the working principles of various gas sensors, including Electrochemical and Infrared types, helping engineers select the optimal solution for hazardous environments.
CEMS (Continuous Emission Monitoring Systems) is now mandatory for 13 factory categories in Thailand under the 2022 regulations. This complete guide covers system types, 5 key components, installation process, RATA testing requirements, and how to choose the right System Integrator for your facility.
Go beyond GC theory to real-world application. This article provides field tips for stable results, from system prep (gas, liners, septa) and leak prevention to troubleshooting classic problems like 'Peak Tailing' and 'Ghost Peaks', and implementing QC charts.
What is CEMS? This guide explains the importance of Continuous Emission Monitoring Systems for factories, their benefits in managing legal risks, optimizing combustion processes, and building transparency.
What is Gas Chromatography (GC)? Learn its "molecular race" principle, key components (Injector, Column, Detector), and its applications in labs and factories, from environmental analysis and food quality to forensics.
COD (Chemical Oxygen Demand) is a critical wastewater treatment burden indicator for Thai factories. This article explains its impact on legal compliance, treatment costs (energy, chemicals, sludge), common causes of COD spikes, and control strategies from measurement to on-site solutions.
A Water Analyzer is an essential device used to measure water quality in real-time within industrial sectors. It monitors various parameters such as pH, COD, DO, or conductivity, enabling factories to control production processes, prevent contamination, and ensure wastewater meets environmental standards before discharge.
An Analyzer System is an essential analytical system in modern industry used to monitor and track production process conditions in real-time. It comprises a sampling point, a sample conditioning system (SCS), and the analyzer itself, which sends accurate data to a control system (DCS/SCADA). This is crucial for quality control, enhancing safety, and ensuring environmental compliance.