HIMA GROUP: INDUSTRIAL SAFETY AND AUTOMATION SOLUTIONS

HIMA is a global independent provider of safety-related automation solutions for the process and rail industries, protecting people, assets, and the environment from harm. The open and independent HIMA Safety Platform combines hardware and software on one technology platform and provides a uniform security concept. With more than 55,000 installed safety systems worldwide (SIL 3 / SIL 4, PL e, CENELEC SIL 4), HIMA is recognized as a technology leader.
In addition to proven safety technology, HIMA offers consulting, safety engineering, services, and training. This enables solutions that ensure functional safety, OT cybersecurity, standards compliance, process efficiency, and production availability throughout the entire safety lifecycle. As a safety expert, HIMA is a pioneer in the digitalization of functional safety and creates significant added value for customers through holistic safety solutions.

HIMA Safety Platform

The world’s first scalable safety platform with built in automation security

Products and Services

• Safety PLCs and automation platforms for SIL-rated applications
• Turbomachinery control solutions that combine protection with high availability
• High Integrity Pressure Protection Systems for critical pressure scenarios
• Burner Management Systems for safe ignition, monitoring, and shutdown sequences
• Leak Detection Systems for fast identification and localization of pipeline leaks
• Fire and Gas solutions integrating detection, alarms, and mitigation actions
• Safety lifecycle digitalization
• Consulting, engineering, services, and training

By combining proven safety technology with deep application expertise, HIMA delivers tailored solutions for critical industries where reliability, compliance, and risk reduction are essential. As functional safety becomes increasingly digital, HIMA supports customers with holistic, future-ready solutions that create measurable value.

HIMA Solutions

We specialize in customized applications: we do not simply provide a PLC, but a safety solution designed around the unique logic and risks of specific industrial processes.

Turbomachinery Control (TMC)

More profit, less downtime
Whether turbines or compressors, these are high-value, high-speed assets. Our solution is focused on the principle of “more profit, less downtime” by integrating safety with high-speed control, preventing mechanical overspeed, and keeping equipment within safe operating limits.

High Integrity Pressure Protection System (HIPPS)

Maintaining safety in critical situations
This system ensures safety in high-pressure environments, often replacing traditional mechanical relief valves with faster and more reliable electronic shutdown systems that prevent overpressure in pipelines or vessels.

Burner Management Systems (BMS)

Keep the fire under control
In furnaces, boilers, and heaters, we protect and automate ignition and monitoring sequences. This ensures safe fuel and air management, prevents explosions, and helps meet strict international standards such as EN 746 or NFPA 85.

Leak Detection System (LDS)

Stop leaking money
In addition to environmental safety, undetected leaks cause direct revenue losses. Our systems provide highly sensitive detection, enabling fast identification and localization of leaks over long distances.

Fire and Gas (F&G)

Minimizing risks in hazardous situations
We integrate detection devices, such as flame, smoke, or toxic gas detectors, with mitigation measures including alarms or fire suppression systems, within an architecture designed to meet the required SIL level.

Safety Lifecycle Digitalization (SLD)

#safetygoesdigital
The solution transforms the key activities described in IEC 61511 into a single digital environment. It simplifies the management of all safety systems across multiple sites and consolidates critical information into one reliable source of truth for more effective and efficient control.

SafeHMI

A SIL 3-certified human-machine interface solution specially designed for visualization and control of safety-critical functions.