Augmented Reality is especially useful for technical maintenance staff and engineers of industrial plants as plant maintenance and training activities can be carried out with ease.  (Source: PaulShlykov - stock.adobe.com)
Real Time Solutions

Augmented Reality for Plant Maintenance and Training

Industries looking to adopt advanced digital technologies for their production plants will find augmented reality to be a real gamechanger. Plant maintenance with the help of remote offsite-experts as well as training activities for newly joined engineers or technical maintenance staff can be carried out without any difficulty with the help of this technology. The biggest plus points of using augmented reality: Reduced costs, reduced plant downtime, access to remote offsite-experts in real time and saving valuable time.

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Galleries

The announcement marks the start of a third project between the companies which aims to enable the mass production of functional chemicals via fermentation. (Source: Pixabay)
Expanded Partnership

Sumitomo Chemical, Ginkgo Bioworks to Develop Functional Chemicals with Synthetic Biology

Sumitomo Chemical and Ginkgo Bioworks have plans to expand their existing biomanufacturing partnership by developing functional chemicals with synthetic biology. For this project, Ginkgo Bioworks will utilize its strain design technology to develop a microbial strain and related fermentation process to produce the target molecule, while Sumitomo Chemical will develop the manufacturing process and its scale-up for commercialization.

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The Managing Director of Phoenix Zementwerke in Beckum, Marcel Gustav Krogbeumker (l.), with Dr. Felix Ortloff, Senior Director Carbon Capture Solutions at GEA. (Source: GEA/Tim Luhmann)
Carbon Capture

GEA’s Solutions to Decarbonize Cement Industry

GEA’s carbon capture portfolio has the capacity to decarbonize carbon-intensive industries such as cement both swiftly and cost-effectively. A number of trials have been conducted at a pilot plant at Phoenix Zementwerke in Beckum, Germany and it has demonstrated that CO2 emissions in cement production can be reduced by 90 %.

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