Maintaining high air quality is crucial in engineering work environments, as it directly impacts the health and well-being of employees. With the recent changes in WorkSafe requirements, engineering and welding industries are now expected to conduct regular environmental audits that measure numerous gases and particles in the air, compared to the previous environmental monitoring that focussed on a relatively very narrow group of hazards. This increased focus on air quality reflects the growing understanding of the risks associated with exposure to pollutants and the legal obligation to protect workers from potential harm.
In industrial settings that involve production and welding, air quality is a major concern. Harmful gases and particles released during these processes can have serious health implications for employees. Therefore, it is essential for employers in the engineering field to prioritize the implementation of measures that ensure clean and safe air in the workplace.
Navigating Changes in Workplace Air Quality Regulations
The engineering industry is currently experiencing changes in workplace air quality management practices to the recent classification of some welding fume constituents as carcinogens and their published associated safe exposure limits. According to WorkSafe's Carcinogens Survey, a significant number of workers, approximately 80,000, are exposed to high levels of silica dust, which can lead to various respiratory diseases and even cancer. This is particularly true for workers in the engineered stone industry.
To address these risks, WorkSafe is collaborating with the industry to ensure that businesses effectively manage the hazards within the existing regulatory framework. Inspectors have been working closely with higher risk engineered stone businesses to assess their compliance history and promote improvements in dust management. Additionally, the Ministry of Business, Innovation, and Employment (MBIE) is providing advice to the Minister for Workplace Relations and Safety on potential regulatory options for the engineered stone industry.
By staying informed about these regulatory changes and actively implementing necessary measures, engineering businesses can protect their employees from the harmful effects of workplace air pollutants.
Innovative Technologies for Monitoring and Improving Air Quality
With the increasing focus on air quality in engineering workplaces, innovative technologies have emerged to facilitate the monitoring and improvement of air quality. One such technology is the use of PM and gas sensors, which can provide real-time data on particulates and CO2 levels in the air. These sensors enable continuous monitoring of air quality, allowing businesses to quickly identify any potential risks and take immediate action to mitigate them.
Furthermore, extraction at the source of welding fumes has pretty much become a standard requirement for industrial places that have production and welding areas. These systems extract polluted air directly from the work areas, preventing release into the factory and ensuring a healthier environment for employees. By embracing these innovative technologies and implementing effective air quality management systems, engineering businesses can create safer and more productive work environments.
Case Studies: Success Stories in Air Quality Management
Several engineering businesses have successfully implemented air quality management strategies with the use of AirSuite indoor air quality sensors to help protect their employees and comply with the new regulatory requirements. These success stories serve as valuable examples for other businesses looking to enhance their air quality standards.
For instance, Te Pukenga, one of New Zealand's largest training polytechnics has engaged with the use of Indoor Air Quality Sensors through AirSuite and implemented a comprehensive air monitoring system at four of their sites that continuously measures and analyses various gases and particles in their training centres. By closely monitoring air quality, they are able to identify potential risks and implement necessary control measures to prevent harm to their staff and trainees.
This case studies demonstrate the positive impact of prioritizing air quality management in engineering workplaces and highlight the importance of implementing proactive measures to protect employees.
Future Directions in Air Quality Standards and Employee Health
As the understanding of the relationship between air quality and employee health continues to evolve, it is expected that air quality standards in engineering workplaces will undergo further advancements. Future directions in this field include the development of more comprehensive workplace exposure standards (WES) and biological exposure indices (BEI).
To facilitate these advancements, WorkSafe is currently consulting on proposed changes to WES and BEI, with a focus on reviewing and updating exposure standards for various substances. These proposed changes aim to further protect employees from the risks associated with exposure to hazardous substances in the workplace.
By staying informed about these future directions and actively participating in the consultation process, engineering businesses can contribute to the development of more robust air quality standards that prioritise employee health and well-being.
For more information on how monitoring the air quality can help your workplace and meet your new WorkSafe regulations, talk to the team at JK Building Wellness.
