Yokogawa explains how a digital plant approach and autonomous operations can integrate the full green hydrogen value chain, from renewable power generation to end-use applications, and why digitalisation and system integration are central to making green hydrogen viable in South Africa.

One of the key factors in ensuring safe drinking water is the accurate monitoring of free chlorine residuals. This is where advanced online analysers, such as Yokogawa’s FC800 free chlorine analyser, are becoming increasingly valuable for water treatment operators and municipal utilities.

Yokogawa’s advanced flow imaging microscopy technology, FlowCam is helping utilities move from reactive treatment to proactive prevention of harmful algal blooms in reservoirs, dams and freshwater sources.

Yokogawa has developed a compact, intelligent, low-power battery-operated wireless sensor, the LoRaWAN, that can be deployed to perform vibrational condition monitoring in the field.

Yokogawa recently completed the installation of an IoT system for integrated remote performance management at Kenya’s Olkaria geothermal power generation complex.

Yokogawa Electric and JSR successfully put into practical use a next-generation control technology that takes into account quality, yield, energy savings, and sudden disturbances.

Real-time data combined with a single, asset-wide digital twin and proprietary analytics capabilities enable automatic opportunity identification and performance gap breakdown.

One way Yokogawa is successfully pursuing its sustainability goals is through its service to the global water industry.

Within Repsol’s Industrial Business, the development of a refinery digital twin leads the digitalisation program. The digital twin maximises production while optimising energy consumption.