Total investment in the project is 4 million dollars, and its potential to reduce energy consumption while lowering the production of carbon and waste is expected to set a new standard for sustainability in the chemical industry. (National Tsing Hua University)
Revolutionary Microfluidic Process

How the desktop chemical plant can transform the semiconductor and biomedical industries

There’s a new innovative and revolutionary microfluidic system which allows the mixing and extracting operations to be carried out using a mini glass chip which was otherwise conventionally performed with large-scale equipment. This microfluidic process boasts of combining numerous microfluidic chips simultaneously, thus, creating a ‘desktop chemical plant.’ Now, NTHU and Daicel have plans to integrate this microfluidic system into the chemical manufacturing industry.

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Almost immune from the effects of varying liquid viscosity, density and temperature, the measurement performance of oval gear flowmeters improves as liquid viscosity increases. (Titan Enterprises)
Precise Batch Dosing

Flow Meters Assist Biodiesel Plant to Convert Bio Waste into Sustainable Biofuels

Titan’s Oval Gear flow meters have played a vital role in converting bio waste into sustainable biofuels for Green Fuels’ biodiesel plants. The chemically resistant flow meters when combined with the Namur switch were suitable for precise batch dosing at the firm’s plants and can also be used across a wide range of applications. The switch ensures that the flow meters deliver highly accurate flow measurement in explosive atmospheres.

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Clariant’s EnviCat N2O-S catalyst removes N2O from the tail gas of nitric acid plants and converts it into harmless nitrogen and oxygen.  (Clariant)
Climate Campaign

Free N2O-Removal Catalysts for Global Nitric Acid Producers

Clariant has announced a major climate campaign under which it will deliver its nitrous oxide- (N2O) removal catalysts i.e. its EnviCat N2O-S catalyst for free to 10 nitric acid producers across the globe. The catalyst is capable of removing up to 95 % of N2O generated as a by-product of nitric acid production and converting it into harmless gases such as oxygen and nitrogen.

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