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Explore the latest developments in industrial advancements, delve into practical case studies, and immerse yourself in a variety of insightful blog posts, all curated in one central hub. Begin your Neohance experience now, unlocking a wealth of expertise that goes beyond the surface.
Neohance Automation Solutions proudly announces the appointment of Sjoerd Beärda as their Technical Director, marking a significant milestone in the company's journey towards innovation and excellence in industrial automation.
This September, Neohance exhibited at the World of Technology & Science (WOTS) exhibition, the leading event for technology and innovation in the Netherlands. Over the course of four inspiring days, our team had the opportunity to showcase our latest technological solutions, strengthen our network, and gain valuable insights into the latest market developments.
In May 2024, Neohance had the privilege of attending the World Hydrogen Summit & Exhibition, held from May 13 to 15 at Rotterdam Ahoy. This significant event attracted over 11,000 attendees from more than 100 countries, including energy ministers, industry leaders, and key decision-makers, all dedicated to advancing the hydrogen economy.
In many industrial plants, control system architecture includes field instruments linked to I/O modules and a central PLC. Operators manage these systems via an HMI computer. The HMI computer's lifespan is similar to a desktop's, but the instruments, wiring, I/O boards, and PLC controllers last much longer. This often leads to an "if it isn’t broken, don’t fix it" mindset. Upgrading can be costly, so many facilities continue using old hardware.
So, how do you determine when it’s time to upgrade your control system? And what upgrade options are available?
Hydraulic systems are essential components in various manufacturing processes, enabling precise and efficient movement of heavy machinery. However, behind their functionality lies a potential hazard: oil mist or mist generated during operation. These seemingly innocuous byproducts pose significant risks to both employee safety and the integrity of the manufacturing environment.
Calibration of Gas Detection Systems
Calibration is an indispensable process for ensuring the accuracy and reliability of gas detection systems. It involves adjusting and validating the measurements of these instruments against known standards, ensuring they provide precise readings of gas concentrations in the environment. Without regular calibration, these systems may produce inaccurate measurements, posing potential safety risks.