In water utility operations, confined spaces like underground sewage systems, tunnels, manholes and pipelines are high-risk environments for workers.
Toxic gases such as hydrogen sulphide, carbon monoxide, hydrocarbons, methane, ammonia and chlorine can accumulate. The build-up of gases or poor ventilation can lead to an oxygen-deficient atmosphere, posing a risk to workers carrying out inspection, maintenance and repair tasks.
If something does go wrong, the severity of the incident can be compounded by limited entry and exit points, which may make it difficult for emergency responders to enter quickly and safely. Reliable gas detection technology that is compliant with Australian/NZ Standards AS 4641 and AS 60079 (for explosive atmospheres) is crucial.
But environmental factors in confined spaces can also affect the technology itself. Extreme temperatures, corrosion and humidity may compromise reliability, potentially reducing its effectiveness when it’s needed most.
In some cases, inadequate maintenance of equipment or insufficient worker training may increase the risks, underscoring the importance of proper procedures, regular servicing and ongoing training.
Wearable gas detection devices are designed to alert users of dangerous gas levels or low oxygen so they can exit the space themselves. When combined with proper training, this approach helps reduce the risk of costly accidents.
However, traditional gas detection devices can come with their own problems – such as lack of connectivity, and delays in providing information that can impact both safety and operational efficiency. This is where MSA Safety’s advanced technology kicks gas detection up a level, going beyond individual devices to a holistic solution.
The MSA ALTAIR io™ 4 Gas Detection Wearable is a fully compliant gas detection device that can be configured according to user needs.
What sets the device apart is that it can be connected to a network. This allows for the relaying of live data (including GPS location) to safety officers and maintenance teams, enabling remote oversight in the process, more efficient workflows and fast emergency response. The data can also be recorded and then accessed later by maintenance or other teams so that problems or patterns with specific locations can be detected.
It is this connectivity that takes it from being a passive device to one that is integrated with company software platforms and part of a systemic whole.
The device offers:
As well as helping to improve safety and avoid incidents, the ALTAIR io4™ delivers a range of other benefits.It provides constant visibility of data, helping to encourage stronger compliance across teams. With clear, accessible information available, operators are better positioned to monitor performance and ensure safety protocols are being followed.
It also makes interpreting data straightforward for management. This can be particularly valuable for larger workforces, allowing leaders to efficiently oversee multiple devices and users without unnecessary complexity. By enabling faster responsiveness to emerging safety issues, the system supports improved risk management. Early identification of potential problems allows corrective action to be taken promptly, helping to prevent incidents before they escalate.
Kevin Wright, MSA Safety Channels Leader says,
“It enables safety teams to be proactive rather than reactive."
In addition, the data insights generated by the system can facilitate more targeted training by identifying knowledge gaps or areas of concern. Hugh Martel, Business Development Manager at MSA Safety, says the ALTAIR io4™ goes beyond safety to help keep operations running smoothly.
“It’s not just a detector, but a connected work platform that enables safer and more efficient workplaces within the sector.”
As Australia’s leading supplier of industrial solutions, Blackwoods has everything you need to keep your operations running smoothly. Contact your Blackwoods Technical Safety Specialist to learn more about how MSA Safety’s connected gas detection solution can transform safety on site.