Sustainability

Courtesy: Control Engineering with AspenTech information

AI and Machine Learning

How industrial AI deepens sustainability in 3 ways

Industrial sustainability: Get better measurements, analytics, visibility for better results

Manufacturer's barriers to going green. Courtesy: Brett Sayles, CFE Media and Technology

What’s the hold up? Manufacturers’ barriers to going green

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Alternative solid-state battery materials advance offshore wind applications

Emerson Launches Ovation Green, a Dedicated Renewable Power Technology and Software Portfolio

DCS, SCADA, Controllers

Expanded control and monitoring with new system release

Digital Transformation

Most refineries, more than 40 years old: How to improve

Motors and Drives

Exclusive EPD shows environmental impact of ring motor

Data Acquisition, DAQ

Hybrid scanner combines barcode and RFID in one device

Sustainability Continued

Riding the wave: new adaptive pump captures clean ocean

How the control engineering profession helps sustainability

Sustainability platform to help companies meet greenhouse gas targets

Courtesy: Maverick Technologies

IoT’s impact on sustainability in industrial facilities

Rice University engineers have designed a catalyst of ruthenium atoms in a copper mesh to extract ammonia and fertilizer from wastewater. The process would also reduce carbon dioxide emissions from traditional industrial production of ammonia. Photo by Jeff Fitlow. Courtesy: Rice University.

Process strips ammonia from wastewater

John Lee is the strategic manager of manufacturing intelligence at Matrix Technologies. Courtesy: Matrix Technologies

Creating automation interoperability, sustainability at a resin plant, flour mill

Courtesy: Yokogawa

Survey shows significant impact of industrial autonomy on environmental sustainability

Illinois chemical and biomolecular engineering professor Xiao Su and colleagues found an economical and sustainable method for separating cobalt and nickel from each other for battery recycling purposes – making spent battery electrodes a secondary source of these valuable metals.

Sustainable electrochemical process could improve lithium-ion battery recycling

Image courtesy: Brett Sayles

Sustainability: It’s time to get on with it

Courtesy: Mark T. Hoske, Control Engineering, CFE Media and Technology

Next-generation automation development for sustainability