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Maintworld Magazine 4/2023

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HSE<br />

The focus<br />

on ESG compliance<br />

is not going away<br />

any time soon.<br />

must be balanced against the fact that<br />

they rely on individuals using them correctly<br />

at the required time, risking introducing<br />

human error into the process.<br />

Another avenue for gas detection<br />

is presented by laser absorption spectroscopy.<br />

Offering high sensitivity, reliability,<br />

and fast response times, laserbased<br />

sensing is becoming increasingly<br />

popular for gas detection and analysis<br />

applications.<br />

This popularity is due to the unique<br />

properties of infrared (IR) light for gas<br />

detection applications. IR wavelengths<br />

are particularly well suited for gas detection<br />

and analysis due to how they<br />

interact with gas samples. Different<br />

gases have different absorption profiles,<br />

meaning that they absorb wavelengths<br />

of light in varying amounts.<br />

This information can be used to create<br />

a unique chemical fingerprint<br />

enabling gases to be identified. Many<br />

gases are particularly absorbent to IR<br />

wavelengths, making it easy to create<br />

detection devices that can identify gas<br />

with a sensitivity that extends to parts<br />

per billion.<br />

In laser absorption spectroscopy,<br />

an IR laser beam is passed through gas<br />

samples before reaching a sensor that<br />

converts the light into electrical signals.<br />

Monitoring the changes between the<br />

laser beam and the light that reaches the<br />

sensor can help to demonstrate the presence<br />

of a particular gas. These systems<br />

are also capable of continually monitoring<br />

for combustible gases and vapours<br />

within the lower explosive limit and provide<br />

alarm indications where necessary.<br />

Investing in systems like these can<br />

provide the pillar that a solid ESG<br />

strategy is built around. By enabling<br />

companies to quickly and accurately<br />

determine where leaks are occurring,<br />

preventative action can be taken that<br />

reduces the risk to staff and the environment<br />

alike.<br />

FOCUS FOR THE FUTURE<br />

The focus on ESG compliance is not<br />

going away any time soon. To remain<br />

competitive, companies must actively<br />

demonstrate their commitment to<br />

wellbeing and the environment, by taking<br />

action to reduce their impact on<br />

the planet and protecting their people.<br />

These ESG programmes must be authentic<br />

and achievable, reflecting companies'<br />

own market positions, and be<br />

supported with a workplace culture that<br />

ensures safety is treated as a priority.<br />

Training and education are essential<br />

in ensuring workers can identify<br />

potential hazards and begin the process<br />

of addressing them. Staff must be<br />

coached and supported by a management<br />

team that genuinely cares about<br />

safety and is committed to ensuring<br />

gas detection data is collected and<br />

acted upon. Crucially, these cultures<br />

must be supported by state-of-the-art<br />

gas detection systems that make data<br />

accessible and enable appropriate precautionary<br />

actions. With a combined<br />

approach to air quality such as this, it<br />

is easier than ever to get on the path to<br />

delivering excellence in ESG.<br />

20 maintworld 4/<strong>2023</strong>

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