Siemens and oil and gas The oil and gas industry faces many challenges in exploration, production, transportation, storage, refining and distribution. One of the challenges is to have highly reliable and safe structure of electrification, automation and digitalization. Siemens AG is the right partner to overcome this challenge. More efficient processes, greater plant availability, asset and resource flexibility – in the Oil and Gas industry, only one thing counts: competitiveness over the entire lifecycle.    With our Digital Enterprise we offer a comprehensive portfolio for the digital transformation of your plant. Industry-specific scalable solutions and products for electrification, automation, and digitalization support you in making the most of existing and future data to boost your competitiveness in current and new markets. We help you master the challenges from resource management and process efficiency for upstream, midstream and downstream.   At the underground Siemens test lab in Munich, sowing, watering, fertilizing, and harvesting radishes, lettuce, and other vegetables is done automatically – by a gardening robot. Using simulation models – a Digital Twin of the indoor garden – calculations are performed to determine what the robot has to do to ensure each plant gets exactly the right quantity of nutrients and water it needs for ideal growth. Thanks to the robot’s high precision, less water is consumed. And thanks to constantly gathering data with IoT operating system MindSphere from Siemens, it`s possible to provide much higher transparency to consumers about the foodstuffs' properties.

B&R & paper Area Machines and plants that produce a single unchanging product are no longer state-of-the-art solutions - the ability to customize products has become the new standard. The market therefore demands modular concepts that can be easily adapted to new requirements. This will make it possible to produce batches of one.   A completely new generation of adaptive machines is what is required here. This whitepaper describes the features that make a machine "adaptive" and how you can increase the OEE for adaptive manufacturing.

Allen Bradley Industry Decide to install Allen‑Bradley® PowerFlex® 7000 variable frequency drives on the conveyor belts. Because variable frequency drives more accurately control motor speeds, they typically use less energy than hydraulic systems.   On conveyor belts, for example, variable frequency drives can reduce the current needed to start the motor from 650 percent of FLA typical of Direct On Line Starting, to 150 percent of FLA, typical of Current Limited VFD Starting – all without requiring a special rotor design. Meanwhile, the starting torque may be increased to approximately 150 percent of Full Load Torque. Using linear or S-ramp acceleration profiles, the belt can start without causing undue voltage sags, while the mechanical drive train, including gearboxes and the belt-tensioning systems, aren't exposed to the motor's breakdown torque. The speed control is infinitely variable and can be used to level load the belt. This helps mine operators ease motor startups or slow down the conveyor belt speed, for instance, when an issue in the pit disrupts coal delivery.   The drive installation process began at the beginning of the conveyor belt network. Since then, the drives have been added in stages to subsequent sections of the conveyor network, such as between the crusher and the prep-plant. Rockwell Automation also installed Allen‑Bradley PowerMonitor™ devices so managers could track the mine's energy use in real time.

More Industrial applying All our products also widely applying for the below industry sectors: oil and gas, petrochemical, chemical, paper printing, Mining, Energy & Utilities, Pharmaceuticals, Electronics, Food and etc.