MRS Training & Rescue Partners with VISICS to Introduce Cutting-Edge Digital Monitoring for Safer, More Efficient Turnarounds

MRS Training & Rescue, a UK leader in confined space safety and rescue, has partnered with VISICS, powered by Access Technology Group, a global innovator in digital monitoring solutions, to introduce state-of-the-art technology that enhances safety, efficiency, and compliance in confined space operations. This collaboration will revolutionise the way our customers manage maintenance shutdowns, turnarounds, and outages, providing continuous monitoring and real-time data to improve operational control.

Transforming Confined Space Safety with Digital Innovation

Confined space work is one of the highest-risk activities in industry, requiring strict controls to prevent accidents. Traditionally, companies have relied on hole watchers or standby attendants to monitor confined spaces, but these methods have limitations- restricted visibility, reliance on manual communication, and the potential for human error.

Through its partnership with Access Technology Group, MRS Training & Rescue now offers the VISICS Digital Monitoring System, a next-generation solution that enhances safety and efficiency by providing:

• High-definition camera surveillance inside and outside confined spaces for real-time visibility.
• Continuous gas detection and monitoring to prevent hazardous exposure.
• Automated alarms and emergency alerts for rapid response.
• Remote access control to track personnel entry, duration, and exit times.
• Digital data capture for enhanced compliance, reporting, and incident investigation.

This innovative approach reduces the need for traditional hole watchers while ensuring a higher standard of safety and control. However, it does not replace the need for professional rescue teams, which remain a critical element of confined space operations.

A Safer Alternative to Traditional Hole Watchers

The role of a hole watcher has long been a debated issue in safety-critical environments. Stuart Hoult, CEO of MRS Training & Rescue, explains:

"Too often, hole watchers are assigned without adequate training, meaning they may not fully understand the hazards involved. In an emergency, an untrained hole watcher might instinctively enter a confined space to help a colleague- without realising they are exposing themselves to the same unseen dangers. This is how multiple fatalities occur in confined spaces."

By integrating the VISICS digital monitoring system, MRS Training & Rescue is offering a smarter, safer alternative. This technology provides continuous remote supervision, removing the reliance on traditional hole watchers while ensuring all confined space activities remain under constant surveillance. Skilled operatives oversee multiple entry points from a central control hub, delivering real-time monitoring, enhanced safety, and complete operational control. This partnership reinforces our commitment to supporting businesses in high-risk industries, protecting workers, and setting a new benchmark for confined space safety.

A Message from VISICS

Jos van den Hoven, Director of Operations Access Technology Group, says:

"By combining our expertise in real-time monitoring with MRS's track record in confined space rescue, MRS is now able to deliver their customers a solution that reduces risk, enhances operational efficiency, and helps businesses meet the highest safety standards."

Enhancing Turnaround Efficiency and Reducing Costs

Beyond safety, digital monitoring brings significant operational advantages:
• Reduced personnel requirements: Traditional hole-watching requires one dedicated attendant per entry point, plus additional cover for breaks. With VISICS, two operatives can monitor up to 12 confined spaces simultaneously.
• Faster turnaround times: Continuous gas monitoring eliminates delays caused by manual sampling and permits can be issued without disruption.
• Data-driven decision-making: The system records real-time gas levels, entry logs, and incident footage, helping companies improve planning and compliance.

Advanced Reporting for Safety and Project Efficiency
In addition to improving real-time safety, the VISICS system provides detailed reporting that supports both project safety and efficiency. The system captures and logs vital operational data, which can be used to enhance decision-making and compliance. Key features include:

• Comprehensive access records: Digital entry logs ensure accurate tracking of personnel entering and exiting confined spaces.
• Hazard detection insights: AI-driven monitoring helps identify safety standard breaches and potential hazards before they become critical issues.
• Incident review and analysis: Video recordings and gas monitoring data provide valuable insights for incident investigations and future safety planning.
• Efficiency monitoring: The system highlights inefficiencies in confined space operations, allowing for process improvements and reduced downtime.

By leveraging this advanced reporting capability, companies can not only enhance safety but also optimise project execution, ensuring work is completed more effectively and with fewer disruptions.

A Game-Changer for MRS Training & Rescue
MRS Training & Rescue and VISICS are expanding the future of confined space monitoring in the UK. This partnership ensures organisations can operate with greater safety, efficiency, and regulatory compliance - while reducing risks and operational costs.

To learn more about implementing digital confined space monitoring in your organisation, contact MRS Training & Rescue today.

MRS Training & Rescue,
LEEMING LANE SOUTH
MANSFIELD WOODHOUSE
MANSFIELD
NOTTINGHAMSHIRE
NG199AQ

Julie Wilson
Julie.wilson@mrsl.co.uk

Established in 1902, MRS Training & Rescue has been at the forefront of health and safety training in the UK. With a commitment to delivering high-quality, practical training, MRS Training & Rescue continues to serve communities with dedication and expertise.

For more information about MRS Training & Rescue please visit https://www.mrsl.co.uk/

This release was published on openPR.