Following our presence at the exhibition, one thing became evident through conversations with engineers, installers, and facility managers: the industry is shifting from brand familiarity to specialist-driven solutions. At Neohance, this shift reflects exactly how we approach gas detection, as a core discipline, not a side component.

What We Learned at VSK 2026

Across the exhibition floor, several recurring challenges dominated discussions:

• The need for stable gas detection systems with minimal false alarms

• Increasing demand for retrofit-friendly installations

• Strong focus on long-term availability, serviceability, and lifecycle support

• Seamless integration with BMS and existing control systems

These challenges are not theoretical. They are daily operational realities, especially in environments where safety margins are tight and downtime is costly.

From specification-driven to performance-driven

Historically, many gas detection systems have been selected because they were familiar or written into specifications. While familiarity offers comfort, it does not always guarantee optimal performance over the system’s lifetime.

Today’s installations demand more:

• Stable sensors that minimise false alarms

• Flexible integration with BMS and control systems

• Retrofit-friendly designs

• Long-term availability of parts and service

These requirements cannot be met by products alone. They require expertise, from system design through commissioning and ongoing support. This is where a specialist-driven approach makes a measurable difference.

Why specialist knowledge matters

Gas detection behaves differently depending on the environment it is installed in. Factors such as ventilation, temperature fluctuations, humidity, and gas dispersion all influence system behaviour.

At Neohance, gas detection is treated as a discipline in its own right. Our experience spans complex and demanding environments where safety margins are tighter and tolerance for instability is minimal. This background shapes how we approach every project, including HVAC, refrigeration, and building applications.

Instead of adapting generic solutions, systems are designed with performance, reliability, and maintainability in mind from the start.

 Learn more about our gas detection solutions

Working With the Right Partners Matters

A key part of delivering dependable gas detection solutions is who you work with. That’s why we collaborate closely with Sensitron and TQ Environmental, partners that share our focus on stability, compliance, and long-term system integrity.

Together, we support applications including:

• HVAC and refrigeration systems

• Parking garages and utility spaces

• Industrial facilities and automation environments

• Marine and offshore installations

This collaboration allows us to deliver open, modular, and scalable gas detection systems that integrate smoothly into existing infrastructures, without locking customers into rigid architectures.

Our technology partners and system approach

Beyond Products: What Customers Really Need

One of the most important conversations at VSK 2026 wasn’t about hardware specifications, it was about support.

Customers are increasingly looking for:

• Proper system design and engineering

• Accurate commissioning and calibration

• Ongoing maintenance and lifecycle support

• Training and technical assistance

Gas detection is not just about selecting the right detector. It’s about ensuring the entire system performs reliably for years.

That’s where specialist-driven solutions make the difference.

engineering, maintenance, consultancy & training

Looking ahead

VSK+E 2026 confirmed a clear direction for the industry. As buildings become more complex and safety expectations rise, gas detection must move beyond checkbox compliance.

The future belongs to systems that are:

• engineered by specialists

• designed for integration

• supported throughout their lifecycle

For organisations looking to invest in long-term safety and performance, this shift is not just logical, it is essential.

Let’s Continue the Conversation After VSK 2026. Whether you’re planning a new installation, upgrading an existing system, or looking for expert guidance, we’re ready to help.

Contact us

FAQs

What is the role of gas detection in modern HVAC systems?

Gas detection plays a critical role in protecting people, property, and equipment. It enables early leak detection, supports regulatory compliance, and ensures safe operation of HVAC and refrigeration systems.

Why is long-term stability important in gas detection systems?

Over time, unstable sensors and false alarms can lead to system mistrust and operational issues. Long-term stability ensures that gas detection systems remain reliable and effective throughout their lifecycle.

How do gas detection systems integrate with building management systems?

Modern gas detection systems are designed to integrate with BMS, alarms, and ventilation controls using open interfaces, allowing coordinated safety responses and simplified system management.

What types of gases are typically monitored in buildings and industrial environments?

Commonly monitored gases include refrigerants, oxygen, toxic gases, and flammable gases. Each requires dedicated sensing technology to ensure accurate and reliable detection.

Why is specialist expertise important for gas detection projects?

Gas behaviour, environmental conditions, and system design all influence detection performance. Specialist expertise ensures correct sensor selection, proper system design, and reliable operation beyond basic compliance.

How does gas detection support regulatory and environmental compliance?

Gas detection systems help facilities meet safety standards and environmental regulations, including refrigerant-related legislation, while reducing risks to people and assets.