August 2020
The 2020 Chopey Scholarship winner
Corrosion Protection with Direct-to-Metal Coatings
Building a Sustainable Coatings Infrastructure
Virus Countermeasures Drive Worker Safety
Significantly reduce cyanide consumption in refractory gold-ore treatmentTurning plastic waste into high-quality winter diesel fuelChementator Briefs-Aug 2020
A step toward supercritical-carbon-dioxide power generation
Making CO-rich syngas while avoiding carbon formation
Italian industry-academic collaboration yields prototype machine for making new masks
Commercial plant will recover salts from incinerator flyashStainless-steel alloy for additive manufacturingNew method makes nanocellulose composites industrially viable
CPI Business News - August 2020
Mechanical Pressure Gages in the CPI
Pressure Instruments: Avoiding the Harmful Effects of Hydrogen
Technology Profile: Cumene Production from Benzene
Focus on Solids Handling
Non-intrusive measurement of very low liquid flows
New PLC with explosion-proof options
Quantitative/qualitative analysis of gases at ambient pressure
New technologies enhance metallic filter elements
The next evolutionary level of explosion protection
Modular cleaning system for tanks of all sizes
Ethernet safety I/O modules with IP67 protection
Custom-designed pre-filter vessel
A space-saving innovation for control boxes and cabinets
Remote, IoT-enabled monitoring of AODD pumps
A device for smart time-control applications
A laboratory mixer for high-containment applications
Diesel-tank level transmitters for oil-and-gas applications
Comment Automation & Control
By mjsmaling |
The ISR 6-TI Advanced pyrometer uses a built-in video camera with infrared (IR) filter to improve manufacturing processes in metals, glass and other heat-dependent manufacturing industries. The ISR 6-TI Advanced is said to be a true breakthrough by combining pyrometry with IR-imaging technology to produce relative thermal images. Relative thermal images are produced by measuring the temperature of the center spot with a ratio pyrometer and using an IR filter to show an auto-calibrated thermal image based on the highly accurate ratio pyrometer temperature reading. The system provides accurate and reliable temperature measurements between 700 and 1,800°C. The analog video output signal is converted to USB and fed to a PC using the companys InfraWin software, which generates and shows a relative thermal image from this signal. — LumaSense Technologies, Inc., Santa Clara, Calif.
Technical salts and crystallization products have found a broad spectrum of different applications in the industrial sector in the past decades. One of the most frequently used salts is sodium chloride...
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