Occupational Health & Safety Case Studies

In this case study, we delve into a large commercial development project in central London, focusing on the indoor air quality assessment carried out to satisfy the requirements of the BREEAM scheme, particularly the HEA02 part. The importance of building sustainable structures, understanding the role of Total Volatile Organic Compounds (TVOC), and formaldehyde in indoor air quality are explored in-depth. With meticulous adherence to our recommended sampling methodologies and stringent reference limits, the project was awarded the coveted BREEAM credit, validating the indoor air quality measures implemented.

This case study presents our work in monitoring and controlling occupational exposure to metalworking fluids in a manufacturing setting. We provide an in-depth analysis of workplace conditions, operative tasks, and exposure levels of harmful substances. Our actionable recommendations, focused on preventive measures, engineering controls, and health surveillance, aim to ensure regulatory compliance and worker safety. Our expertise in occupational exposure monitoring can help businesses identify and mitigate risks, leading to a safer and more productive work environment.

n the field of lithium-ion battery recycling, our expertise in occupational exposure monitoring has allowed us to identify and mitigate the health risks associated with handling various contaminants. Through comprehensive monitoring, we have assessed exposure to dust, volatile organic compounds, and microbiological agents, providing valuable insights to our client. By recommending engineering controls, implementing health surveillance programs, and delivering tailored solutions, we have helped improve the management of health and safety in this evolving industry.

This compelling case study delves into our extensive experience in the field of electroplating safety and showcases our expertise in mitigating health risks and ensuring compliance. We partnered with a prominent company in the electroplating industry, committed to prioritizing worker safety and adhering to stringent regulatory standards. By thoroughly assessing the health hazards associated with electroplating chemicals, we implemented effective control measures to protect workers from inhalation of acid aerosols, chemical splashes, burns, skin exposure risks, eye irritation, and irritating fumes. Our approach included implementing robust engineering controls, providing appropriate personal protective equipment, conducting comprehensive training programs, and fostering a culture of safety. Through our collaborative efforts, we enabled the company to create a safer work environment, minimize occupational health risks, and demonstrate their commitment to the well-being of their workforce.

In our latest case study, we examine the issue of hand-arm vibration (HAV) among ground maintenance operatives. By leveraging our expertise in occupational exposure monitoring, we were able to assess and address potential risks in a proactive manner. The study discusses our methodology, observations, and the strategic recommendations we provided to our client, enabling them to ensure compliance with the Control of Vibration at Work Regulations 2005, while significantly enhancing the health and safety of their ground maintenance operatives.

This case study delves into our robust methodology for the identification, monitoring, and mitigation of exposure to diesel exhaust fumes in the railway depot maintenance sector. Using a blend of specific indicators and rigorous analytical methods, we captured precise exposure data, compared it against recognized workplace exposure limits, and provided evidence-based recommendations to enhance health and safety. The study illuminates our commitment to creating safer working environments and our competency in handling complex occupational health challenges.

Our case study outlines a detailed noise exposure assessment we conducted for a client's workshop. With potential health risks due to excessive noise exposure, we provided clear, actionable steps to control the situation, ensuring compliance with relevant regulations and contributing to a safer working environment.

Our comprehensive hand and arm vibration exposure assessments deliver tailored solutions to mitigate risks and protect workers' health. With our expert guidance, you can effectively manage vibration-related hazards and create a safer working environment.

This case study provides a detailed examination of a commercial bakery where workers were being exposed to hazardous levels of flour dust. A thorough investigation and assessment were conducted to understand the extent of exposure and its associated risks. Practical and cost-effective strategies were recommended, leading to significant improvements in the working conditions. Flour dust levels were successfully reduced to 2mg/m3, in compliance with HSE good practice guidelines, which resulted in enhanced worker safety, increased productivity, and minimized legal risks for the bakery. The case study showcases our expertise in managing occupational health risks and fostering safer workplaces.

In this case study, we present our experience in effectively managing health and safety concerns during the refurbishment of a historic building. Initially, our mission was to identify potential Bacillus anthracis exposure due to the presence of animal hair plaster, a common material in historic constructions. While no Bacillus anthracis was found, we identified other health risks and recommended crucial protective measures. Our approach underscores the importance of comprehensive risk assessments in ensuring safe and responsible refurbishment projects.

This case study offers a deep-dive into a challenging mould contamination situation in a school environment. Faced with significant mould spore concentrations and potential health risks, our team employed a comprehensive methodology to identify the root cause, manage the situation, and ensure successful remediation. Discover the value of swift, expert response to environmental concerns in educational settings.

This case study showcases our comprehensive assessment and strategic mitigation plan for managing lead exposure at an indoor shooting range. Our intervention led to a substantial reduction in workplace exposure limits, elimination of lead from employees' blood, and establishment of robust health surveillance.

This case study outlines our comprehensive evaluation of a rubber production facility, focusing on the exposure of operatives to rubber dust and fumes. By employing methods such as MDHS 14/4, MDHS 47/3, and MDHS 104, we were able to pinpoint gaps in the facility's safety protocols, including underutilized or absent local exhaust ventilation systems, inadequate respiratory protective equipment, and a lack of regular health surveillance. Our actionable insights provided the client with a roadmap to enhance the safety and health of their employees, demonstrating our competence and commitment in the field of industrial hygiene.

This case study delves into the assessment of isocyanate exposure in an art studio, a unique and ever-changing creative setting. We highlight the challenges posed by the continuously evolving processes, materials, paints, and adhesives, as opposed to established and fixed procedures in typical industrial environments. Our expert team employed the MDHS 25/4 method to evaluate isocyanate levels accurately. The assessment revealed insights into the potential exposure risks and health effects associated with isocyanates. The conclusions emphasize the need for proactive measures to maintain exposure levels below the workplace exposure limits. Our recommendations focus on elimination strategies, personal exposure monitoring, inspection and maintenance protocols, instruction and training enhancements, and the implementation of an in-house health surveillance program. By following these recommendations, the art studio can ensure a safe working environment and safeguard the health of its employees.

This case study focuses on a large-scale steel fabrication company, where welding plays a crucial role in the production process. The inherent difficulties in controlling welding fume exposure, due to the need for movement and large distances to cover, pose generic risks to the workforce. Our assessment aimed to evaluate the exposure levels of various metallic components in welding fumes, including manganese, chromium, and nickel. We followed recognized methods and guidelines to measure personal exposure and compared the results against relevant Workplace Exposure Limits (WELs). Our findings highlight the potential health effects of prolonged exposure to these metals and provide recommendations to mitigate risks and enhance the safety of workers in the industry.

This case study details our comprehensive dust exposure assessment conducted for a construction company. Despite adherence to safety regulations, our specialized approach identified specific areas and tasks where dust and Respirable Crystalline Silica (RCS) exposure exceeded acceptable levels. We provided actionable recommendations to reduce exposure and enhance overall workplace safety, emphasizing the value of regular monitoring and proactive risk management in the construction industry.

This case study delves into the crucial aspect of occupational health risks in the kitchen worktop industry, focusing particularly on exposure to respirable crystalline silica. By adopting rigorous methodologies compliant with the MDHS guidelines, we unravel the risks inherent in everyday operations and provide pragmatic, safety-enhancing solutions. This case study emphasizes the need for regular risk assessments and proactive safety measures, underscoring our commitment to safeguarding employee health.

As industry-leading professionals, we deliver comprehensive radon assessment services for commercial properties. Utilizing state-of-the-art technology and methodologies, our expert team meticulously measures radon levels and interprets the findings. We assess potential risks, provide actionable insights, and offer guidance on measures to maintain radon concentrations within safe and legal limits. Our commitment to safety goes beyond mere compliance with regulations. We proactively partner with our clients to promote a healthier, cleaner, and safer working environment, highlighting potential areas of concern, and suggesting remedial actions. Trust us to ensure the wellbeing of your workforce and the ongoing health and safety of your commercial space.

Sysco Environmental Ltd excels in conducting comprehensive lead surveys and hazard identification for large-scale sites. With our advanced technologies and expertise, we ensure the thorough assessment of lead-based paint presence, guaranteeing the safety of workers and future occupants. Our meticulous inspections cover both interior and exterior surfaces, delivering immediate and accurate results. We pride ourselves on providing unparalleled service to the industry, utilizing cutting-edge methods that allow us to survey extensive areas efficiently. Trust Sysco Environmental Ltd for reliable lead survey solutions that meet regulatory standards and safeguard the health and well-being of all stakeholders.

In lead removal projects, ensuring site safety is crucial. Sysco Environmental specializes in managing lead removal projects to protect workers and maintain compliance. Our comprehensive approach involves rigorous monitoring, on-site analysis, and immediate action to address any issues. With our expertise and commitment to safety, we can effectively manage lead removal, prevent the escape of lead contaminants, and safeguard the well-being of workers and the environment. Trust Sysco Environmental for reliable and compliant lead removal solutions.

This case study presents a comprehensive lead-based paint survey conducted by Sysco Environmental Ltd on a residential property. The assessment involved an exhaustive XRF analysis and a visual inspection of interior and exterior surfaces, revealing varying lead concentrations in the paint. Despite the generally good condition of the lead-based paint, friction on surfaces such as doors and window frames can create lead-containing dust. The primary exposure risk was identified during refurbishment and redecoration activities, highlighting the need for proper safety precautions and controls. The study underscores the necessity for such surveys to safeguard the health of occupants and workers, while also complying with regulatory requirements.

This case study explores a proactive approach to manage dust exposure at a wood products company, focusing on robust risk assessments, effective control measures, and specialized training

This case study investigates mould infestation in a large residential hotel. Initially, air quality issues were linked to dampness and high airborne fungal spore concentrations. Sampling, conducted in compliance with ISO 16000-20 Indoor Air standards, utilised Sysco Environmental Ltd's analysis process. After targeted mould remediation efforts, a significant decrease in airborne spores was recorded, indicating improved indoor air quality. The findings confirmed the safety of the rooms for occupancy, demonstrating the effectiveness of strategic interventions in ensuring a healthy environment in large-scale accommodation establishments.

Sysco Environmental effectively assessed and managed extensive mould contamination at a large masonry and brick manufacturing facility, safeguarding the health of the facility's operatives and maintaining indoor air quality.