Air quality laws are tightening – a valuable safeguard for human health. These laws have become especially topical after the Court of Justice of the European Union’s ruling that the UK has ‘systematically and persistently’ showed excessive levels of nitrogen dioxide since 2010. This was found in the context of many years of warning from the European Commission. These pollution levels are both illegal and raise concern for being harmful.

The first step to rectifying the situation is the ability to effectively monitor air quality. This alerts authorities about nitrogen dioxide levels and changes in these levels. This gives authorities the ability to target these areas for change. Air quality has become the focus of regulation (and this dates back some time within the UK). Its enforcement stands to be drastically streamlined through smart air quality monitoring.

Why air quality laws matter 

Air pollution has a dire effect on the health of the human population, causing disease, death, and shortened lifespan. According to Environmental Protection UK, it costs the UK £20 billion a year. They have recommended national and local government to assist in bringing down harmful pollutant levels through monitoring, regulation, and enforcement.

Air quality laws at home 

Air quality improvements require adjustments to behaviour. This is being seen at a domestic level. The most recent example of this is the new restrictions on the sale of coal and wet wood burning at home in the UK. These restrictions came into force on 1 May 2021 with the aim of preventing pollutants entering the lungs and bloodstream. This forms part of wider environmental policy to improve air quality at home.

How smart technologies are helping to meet air quality law requirements

The Role of Big Data

Big data has become a buzzword in recent years. Big data in action, however, has the potential to spearhead real change. Smart air quality monitoring uses IoT-powered sensors and tags to report on air quality readings in real time. These technologies report on carbon dioxide, noxious gases, and pollutants. In many cases, this allows for trends to be evaluated with predictive effect for meaningful, early intervention.

Scalable Applicability

These technologies are powerful because of their accessibility. Whether you are a homeowner looking to monitor indoor and outdoor air quality or government or business entities with widespread compliance in mind, smart air quality monitoring is the simple, effective way to start.

Customisable Reporting

With data transmitted to a remote, central dashboard, you are empowered to set thresholds depending on your particular interests. This means gas leaks and extensive area safety can be monitored in equal measure. Cloud-based record-keeping also minimises manual processes for reporting purposes.

Retrospective Strategic Planning

The key to change is understanding. There is no greater premise to understanding than data. Air quality data provides a comprehensive overview of causes and effects. This, in turn, creates an opportunity for adapted strategies to achieve impactful results.

Multi-Site Capability

One of the traditional challenges associated with air quality monitoring is remote and multi-site capability. Smart technologies address these challenges directly, with data transmitted in real time to a centralised remote dashboard across even multi-site applications.

The smarter way to fast-track air quality laws 

The improved quality of the air we breathe is a fundamental objective of more intensive air quality laws. Smart air quality monitoring provides data-driven insights to help us all protect ourselves, ensure compliance, and strategise for the future.

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