Flue-gas analyzers are designed to be rugged and accurate at the same time. They are used by the HVAC industry, energy industry, process control, glass industry, food industry, universities and analysis is required.
Process control and emissions monitoring in a glass manufacturing plant is a challenge due to high temperature in the flue gas. The OPSIS DOAS system provides the glass industry with an accurate analyser that will operate with a minimum of maintenance. The OPSIS DOAS system is based on a non-contact method that uses an optical path to measure across the duct. A single OPSIS system will measure all relevant gas componensts such as NOX, SO2, CO, CO2, H2O, O2, and others.
Emissions occur during various stages of the glass-making process, precision combustion measurements are therefore critical. We supply a range of advanced solutions designed specifically for the glass industry, meeting the highest standards of quality and reliability. Glass is used for a variety of purposes, and can be shaped, toughened, coloured, laminated or treated to suit specific requirements. Our measurement systems provide accurate combustion monitoring to support these applications.
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Heavy metals, particulates, SO2 & NOx are the main emissions from the glass manufacturing industry and their measurement requires careful selection of instrumentation. Ecotech offers a complete monitoring solution tailored to this industry.
The installation of suitable installation material in buildings is a cost effective way to reduce energy costs. The manufacture of insulation from minerals or mineral products, such as glass. Recycling glass to form insulation materials is another way to keep the process "green".
Tetronics` twin torch system has been used continuously for the commercial production of high quality silica glass for optical applications since 1992. Tetronics’ unique twin torch technology allows a plasma arc to be created in space, which enables a falling stream of high quality silica powder to be melted at the junction of the two arcs to form an ingot of high optical quality silica glass. By using plasma as a clean and controllable heat source, the product has a high degree of integrity, because the absence...