--- title: "Chromium VI: Health Hazards in Construction and Demolition" description: Learn where Chromium VI exposure can occur in construction and demolition, its health effects, UK exposure limits and how to assess and control risks. image: https://www.shawcity.co.uk/hubfs/chromium6-blog-v2.png --- - [Training](https://www.shawcity.co.uk/training) - [Service & Calibration](https://www.shawcity.co.uk/gas-detector-service-calibration-uk) - [Hire](https://www.shawcity.co.uk/gas-detector-hire-uk) - [Customer Support](https://www.shawcity.co.uk/customer-support) - About Us - [About Shawcity](https://www.shawcity.co.uk/about-shawcity) - [Vacancies](https://www.shawcity.co.uk/shawcity-careers) - Resources - [Events](https://www.shawcity.co.uk/events) - [News](https://www.shawcity.co.uk/news) - [Contact Us](https://www.shawcity.co.uk/contact) [![Shawcity Logo](https://www.shawcity.co.uk/hs-fs/hubfs/Brand%20Logos/NEW%20colour%20logo%2c%2050%20and%20strap.png?height=70&name=NEW%20colour%20logo%2c%2050%20and%20strap.png)](https://www.shawcity.co.uk/) [Login](https://products.shawcity.co.uk/account/login) - Gas Detection - [Portable Gas Detection](https://products.shawcity.co.uk/collections/portable-gas) - [Ground Gas/ Contaminated Land](https://products.shawcity.co.uk/collections/ground-gas-contaminated-land) - [Calibration Gas](https://products.shawcity.co.uk/collections/calibration-gas) - [Air Quality & Dust](https://products.shawcity.co.uk/collections/air-quality-and-dust) - [Fit Testing](https://products.shawcity.co.uk/collections/fit-testing) - [OEM Gas Sensors](https://products.shawcity.co.uk/collections/oem-gas-sensors) - [Chromium-6](https://products.shawcity.co.uk/collections/chromium-6-detection) - [Drug & Alcohol](https://products.shawcity.co.uk/collections/drugs-alcohol-testing) - [Accessories](https://products.shawcity.co.uk/collections/accessories) [![Shawcity Logo](https://www.shawcity.co.uk/hs-fs/hubfs/Brand%20Logos/NEW%20colour%20logo%2c%2050%20and%20strap.png?height=70&name=NEW%20colour%20logo%2c%2050%20and%20strap.png)](https://www.shawcity.co.uk/) ![](https://cdn.shopify.com/s/files/1/0555/2901/3401/t/2/assets/hamburger-icon.svg) ![](https://cdn.shopify.com/s/files/1/0555/2901/3401/t/2/assets/menu-close.svg) Menu - Products - [Portable Gas Detection](https://products.shawcity.co.uk/collections/portable-gas) - [Fixed Gas Detection](https://products.shawcity.co.uk/collections/fixed-gas-monitoring) - [Ground Gas/Contaminated Land](https://products.shawcity.co.uk/collections/ground-gas-contaminated-land) - [Air Quality & Dust](https://products.shawcity.co.uk/collections/air-quality-and-dust) - [Fit Testing](https://products.shawcity.co.uk/collections/fit-testing) - [OEM Gas Sensors](https://products.shawcity.co.uk/collections/oem-gas-sensors) - [Chromium-6](https://products.shawcity.co.uk/collections/chromium-6-detection) - [Drugs & Alcohol](https://products.shawcity.co.uk/collections/drugs-alcohol-testing) - [Accessories](https://products.shawcity.co.uk/collections/accessories) - [Calibration Gas](https://products.shawcity.co.uk/collections/calibration-gas) - [Training](https://www.shawcity.co.uk/training) - [Service & Calibration](https://www.shawcity.co.uk/gas-detector-service-calibration-uk) - [Hire](https://www.shawcity.co.uk/gas-detector-hire-uk) - [Customer Support](https://www.shawcity.co.uk/customer-support) - About Us - [About Shawcity](https://www.shawcity.co.uk/about-shawcity) - [Vacancies](https://www.shawcity.co.uk/shawcity-careers) - Resources - [Brochure](https://www.shawcity.co.uk/hubfs/Shawcity%20overview%20brochure%20MAR%2025%20web.pdf) - [News & Events](https://www.shawcity.co.uk/news) [CONTACT US](https://www.shawcity.co.uk/contact) ##### [**Guides & Insights**](https://www.shawcity.co.uk/news/tag/guides-insights) # Chromium VI: Health Hazards in Construction and Demolition **Shawcity**|27 October 2026 ![](https://www.shawcity.co.uk/hubfs/chromium6-blog-v2.png) Welding stainless steel during a refurbishment project, removing protective coatings from structural steelwork or dismantling equipment at a former industrial facility can introduce hazardous substances that are not immediately apparent from the materials being handled. One substance that requires particular consideration is **hexavalent chromium**, commonly known as Chromium VI or Cr(VI). Certain Cr(VI) compounds are associated with serious occupational health effects, including lung cancer, respiratory sensitisation and skin disease. The potential for exposure depends on the materials present, the processes used and the conditions under which work takes place. For construction and demolition contractors, identifying credible sources of Cr(VI) is an important part of assessing and controlling hazardous-substance exposure. ### What Is Chromium VI? Chromium is a metallic element used in alloys, surface treatments, pigments and various industrial processes. It can occur in different chemical forms, commonly described by their oxidation states. Two important forms are trivalent chromium, Cr(III), and hexavalent chromium, Cr(VI). These forms have different chemical behaviour and toxicological properties. Chromium(VI) compounds generally present greater occupational health concerns, particularly where workers may inhale airborne contamination. Cr(VI) can occur in certain chromate-containing coatings, industrial residues and process-generated fumes. However, the presence of chromium in a material does not automatically establish that Cr(VI) is present or that workers are exposed to it. For example, stainless steel contains chromium, but the chromium within the intact alloy should not be confused with the Cr(VI) that certain high-temperature processes can generate. Understanding the material and the work process is therefore essential. ### Where Can Chromium VI Exposure Occur in Construction and Demolition? #### Stainless Steel Welding and Thermal Cutting Welding and thermal cutting are important potential sources of airborne Cr(VI) exposure. During welding, high temperatures generate metal fume containing extremely fine airborne particles. The chemical composition of the fume depends on the parent metal, consumables, welding process and operating conditions. When stainless steel or other chromium-containing alloys are welded, some of the chromium may be present in the resulting fume as Cr(VI). This is relevant to construction projects involving structural modifications, pipework installation, industrial refurbishment and maintenance. Workers undertaking the welding may be exposed, but others nearby can also be affected if fumes are inadequately controlled. The HSE identifies welding fume as a cause of occupational lung cancer and recognises chromium-containing stainless steel welding fume as a respiratory sensitisation hazard. Control measures must therefore consider the welding process, local exhaust ventilation, respiratory protective equipment and the potential exposure of surrounding personnel. #### Removing Historical Protective Coatings Certain historical paints, primers and industrial protective coatings contained chromate pigments or corrosion-inhibiting compounds. These may be encountered when refurbishing steel structures, dismantling industrial equipment or removing coatings from older installations. Abrasive blasting, grinding and mechanical preparation can release airborne dust and contaminate surrounding surfaces. Whether Cr(VI) exposure is credible depends on the coating composition and the work method. Before disturbing an unknown coating, contractors should review available records, safety information and survey findings. Where necessary, representative material samples should be analysed. If hazardous chromates are identified, the work method should be designed to control airborne release, surface contamination and waste handling. #### Industrial Demolition and Decommissioning Demolition projects involving former chemical plants, manufacturing facilities or industrial process installations can present additional contamination challenges. Chromium-containing materials may have been used in coatings, treatment processes or equipment. Residues may remain on metal surfaces or within areas of the facility where relevant substances were handled. The presence and chemical form of contamination should be established through historical information, surveys and appropriate testing. Where Cr(VI) contamination is identified, dismantling, cutting, cleaning and waste-management procedures should reflect the assessed exposure risks. For some applications, surface testing may help identify contamination on accessible metal surfaces. Air monitoring may also be necessary where work could generate airborne Cr(VI). These assessments answer different questions and should be selected accordingly. #### Refurbishment and Maintenance Refurbishment work can combine several potential exposure sources within one project. For example, modifying stainless steel pipework may involve welding, while removing an older protective coating may generate contaminated dust. Maintenance activities can also disturb deposits or residues associated with the previous operation of industrial equipment. A task-specific COSHH assessment should therefore consider the complete sequence of work, including preparation, cutting, cleaning and waste disposal. #### Contaminated Land and Legacy Industrial Sites Construction and remediation projects on former industrial land may encounter chromium contamination. Relevant site histories can include certain metal-finishing, chemical manufacturing and waste-disposal activities. However, total chromium concentrations alone do not establish the amount of Cr(VI) present. Where chromium contamination is suspected, the investigation should consider the chemical form, distribution and potential exposure pathways. Excavation and material handling may generate airborne dust, while direct contact with contaminated soil or water can introduce other exposure routes. The need for Cr(VI)-specific analysis should be determined by the site's contamination assessment. #### Cement and Concrete Work Cement can contain small amounts of soluble hexavalent chromium. The principal chromium-related concern during handling of wet cement is allergic contact dermatitis. Repeated skin contact can cause sensitisation, after which further exposure may trigger an allergic reaction. Cement manufacturers use reducing agents to lower soluble Cr(VI) content, although their effectiveness can depend on storage conditions and shelf life. Workers should follow product information and use appropriate skin protection and hygiene arrangements. This hazard should be distinguished from inhalation exposure to Cr(VI) generated during welding or released from contaminated coatings. Cutting or drilling concrete also presents other significant dust hazards, particularly respirable crystalline silica, which require separate assessment. ### What Are the Health Effects of Chromium VI Exposure? The health effects of Cr(VI) depend on the compound involved, exposure route, concentration and duration. #### Lung Cancer Inhalation exposure to relevant Cr(VI) compounds is an established occupational carcinogenic hazard. Airborne Cr(VI) particles can enter the respiratory tract during activities such as welding, cutting and certain industrial processes. The individual risk depends on the circumstances of exposure, but the carcinogenic classification makes effective prevention and control particularly important. #### Occupational Asthma Chromium-containing welding fumes and certain chromium compounds can contribute to respiratory sensitisation. A sensitised worker may develop asthma symptoms following subsequent exposure. Symptoms can include wheezing, chest tightness, coughing and breathlessness. HSE guidance identifies the need to consider respiratory health surveillance for stainless steel welding where exposure to asthmagens creates a reasonable likelihood of occupational asthma. #### Nasal and Respiratory Tract Damage Exposure to some Cr(VI) compounds can irritate and damage respiratory tissues. Depending on the substance and exposure conditions, effects can include inflammation, nasal irritation and ulceration. Repeated or substantial exposure may cause more serious tissue damage. These effects reinforce the need to control airborne contamination before symptoms develop. #### Allergic Contact Dermatitis Skin contact with certain Cr(VI) compounds can cause sensitisation. Once sensitised, an individual may develop allergic dermatitis following further contact. Symptoms can include redness, itching, inflammation and cracking of the skin. Construction workers handling cement and those disturbing contaminated coatings may be among the groups requiring appropriate skin protection. #### Skin Irritation and Ulceration Some Cr(VI) compounds can also cause direct irritation and skin damage. Under certain exposure conditions, chromium-related ulceration can occur. This is distinct from allergic dermatitis, although both demonstrate why direct skin contact should be controlled. ### How Can Workers Be Exposed? There are three main routes to consider. **Inhalation** is particularly important where work generates fumes, airborne dust or mists containing Cr(VI). **Skin contact** can occur when handling contaminated materials, wet cement, industrial residues or affected equipment. **Incidental ingestion** may occur when contamination transfers from hands or surfaces to food, cigarettes or the mouth. The relative importance of each route depends on the task. For example, welding may primarily require airborne exposure controls, while wet cement handling creates a significant skin-contact concern. ### What Does UK Legislation Require? The Control of Substances Hazardous to Health Regulations (COSHH) require employers to assess and adequately control exposure to substances hazardous to health. This includes hazardous substances generated by work processes, even when the original material is not supplied as a hazardous chemical. Employers should identify the substance, assess how exposure may occur and determine suitable control measures. For relevant chromium(VI) compounds, HSE EH40 specifies an eight-hour time-weighted average workplace exposure limit of **0.01 mg/m³, expressed as chromium**. A separate limit of **0.025 mg/m³** applies to process-generated Cr(VI), such as that arising from welding. These limits should be interpreted according to the relevant substance and process. Because Cr(VI) presents carcinogenic hazards, employers must also apply the more stringent COSHH requirements for controlling exposure to carcinogens. Depending on the assessment, responsibilities may include exposure monitoring, maintenance of controls, information and training, and appropriate health surveillance. ### How Is Airborne Chromium VI Exposure Measured? Assessing airborne Cr(VI) normally requires an occupational hygiene sampling strategy and a suitable analytical method. A competent occupational hygienist will consider the materials involved, the activities performed and the workers most likely to be exposed. [Personal air sampling](https://products.shawcity.co.uk/products/gilair-3) may be used to collect airborne particles from a worker's breathing zone over a defined period. A calibrated sampling pump draws air through an appropriate collection medium at a controlled flow rate. The sample is then analysed by a laboratory using a method capable of determining Cr(VI). Sampling duration and analytical requirements must be suitable for the task and the exposure limit being assessed. Task-based measurements may help identify activities producing elevated exposure, while longer sampling periods may be required to assess an eight-hour time-weighted average. Where appropriate, static samples can provide additional information about contamination in an area, although they do not necessarily represent individual exposure. Results should be interpreted by a competent person, taking account of the sampling method, analytical uncertainty and working conditions. ### Why Real-Time Dust Monitoring Alone Cannot Identify Chromium VI Real-time particulate monitors can provide useful information about airborne dust concentrations and changes during work. For example, they may help identify periods when grinding, cutting or demolition activities generate increased particulate concentrations. However, a general [dust monitor](https://products.shawcity.co.uk/collections/air-quality-and-dust) does not normally identify the chemical composition of the particles being measured. A particulate reading cannot therefore establish the airborne concentration of Cr(VI). Similarly, conventional portable gas detectors are not a substitute for appropriate Cr(VI) particulate sampling and analysis. Where a project requires assessment against a Cr(VI) workplace exposure limit, the monitoring method must be capable of determining the relevant chromium(VI) concentration. ### How Can Employers Control Chromium VI Exposure? The hierarchy of control should guide the selection of preventive measures. #### Review Materials and Work Methods Where practicable, avoid using materials or processes that create unnecessary Cr(VI) exposure. Review whether alternative coatings, joining methods or surface-preparation techniques can reduce the hazard. For demolition and refurbishment projects, establish the composition of suspect materials before disturbing them. #### Use Engineering Controls Suitable local exhaust ventilation can help capture welding fumes and airborne contamination close to the source. Enclosures, segregation and appropriate dust-control methods may be necessary during coating removal or contaminated-material handling. Control measures should reflect the substance, work process and operating environment. #### Manage Contamination and Housekeeping Contaminated dust and residues should be managed using appropriate cleaning and waste procedures. Dry sweeping or compressed-air cleaning can redistribute hazardous dust and should be avoided where it creates exposure. Suitable hygiene arrangements help reduce the transfer of contamination to clean areas. #### Provide Appropriate RPE and PPE Respiratory protective equipment may be necessary where engineering controls cannot adequately control exposure or during particular high-risk tasks. Selection should reflect the hazard, required protection factor and working conditions. Tight-fitting RPE requires appropriate face fit testing, alongside training, maintenance and correct use. Suitable gloves, protective clothing and washing facilities may also be needed to control skin contact. #### Verify That Controls Are Effective Exposure monitoring can help evaluate the effectiveness of controls and identify tasks requiring further attention. Monitoring should be repeated when relevant processes, materials or working conditions change. Health surveillance should be provided where the COSHH assessment identifies the need. ### Surface Detection and Neutralisation of Chromium VI In addition to airborne exposure assessment, certain industrial maintenance and decontamination tasks may require investigation of Cr(VI) contamination on metal surfaces. Shawcity supplies the [**Chromium-6 Detection Test Kit TK11**](https://products.shawcity.co.uk/products/chromium-6-detection-test-kit-tk11), a swab-based solution for checking relevant surface contamination, and the [**TK20 Chromium-6 Neutralising Solution**](https://products.shawcity.co.uk/products/chromium-6-neutralising-solution), designed for treatment of affected metal surfaces. These products may be relevant when investigating contamination on accessible industrial equipment or metal components. Their use must follow the manufacturer's specified application and test procedures. A surface test result does not determine airborne Cr(VI) exposure, and treatment of an accessible surface does not establish that all contamination has been removed from a facility. Where occupational exposure assessment is required, suitable [air sampling](https://products.shawcity.co.uk/products/gilian-12-air-sampling-pump-4-12-lpm) and laboratory analysis remain necessary. ### How Shawcity Can Support Occupational Hygiene Monitoring Shawcity provides equipment used in occupational hygiene investigations, including personal air sampling pumps, [airflow calibrators](https://products.shawcity.co.uk/products/gilibrator-2-highly-accurate-primary-calibrator) and real-time dust monitoring instruments. These technologies can support different parts of an exposure assessment when selected with a suitable sampling method. For Cr(VI)-specific airborne monitoring, the sampling pump, collection media, flow rate and laboratory method must be compatible. Shawcity also supplies Chromium-6 surface detection and neutralisation products for relevant industrial applications. Our team can help organisations identify suitable equipment options for their monitoring and testing requirements. ### Managing Chromium VI Risks in Construction and Demolition Effective management begins with identifying where Cr(VI) may be present and how the planned work could expose people. Stainless steel welding, historical coating removal, industrial demolition and certain contaminated-site activities can require particular attention. Employers should combine reliable material information, appropriate exposure assessment and effective engineering controls, supported by monitoring and health surveillance where necessary. **Explore Shawcity's Chromium-6 detection and neutralisation products, or contact our team to discuss occupational hygiene monitoring equipment for your project.** ##### Share [Previous post](https://www.shawcity.co.uk/news/north-sea-gas-production-and-offshore-safety-how-connected-gas-detection-supports-workers-at-sea) ## **Latest posts** ##### [![](https://www.shawcity.co.uk/hubfs/Jackdaw%20north%20sea%20gas%20field.png) News **North Sea Gas Production and Offshore Safety: How Connected Gas Detection Supports Workers at Sea** 23 October 2026](https://www.shawcity.co.uk/news/north-sea-gas-production-and-offshore-safety-how-connected-gas-detection-supports-workers-at-sea) ##### [![](https://www.shawcity.co.uk/hubfs/QuantiFit%202%20and%20fire%20services.png) Blogs **Protecting Those Who Protect Us: The Importance of Respiratory Fit Testing in Emergency Services** 22 October 2026](https://www.shawcity.co.uk/news/protecting-those-who-protect-us-the-importance-of-respiratory-fit-testing-in-emergency-services) ##### [![](https://www.shawcity.co.uk/hubfs/07_banner_ammonia_x5000_1_EN.jpg) Blogs **MSA ULTIMA X5000: Smart Gas Detection Capabilities Explained** 21 October 2026](https://www.shawcity.co.uk/news/msa-ultima-x5000-gas-monitor-capabilities) [Back to blog](https://www.shawcity.co.uk/news) ![Newsletter icon](https://www.shawcity.co.uk/hubfs/Icons/newsletter-icon.svg) ### **Sign up to our newsletter** ### **Sign up to our newsletter** ![Newsletter icon](https://www.shawcity.co.uk/hubfs/Icons/newsletter-icon.svg) ![Shawcity logo](https://www.shawcity.co.uk/hubfs/Brand%20Logos/NEW%20colour%20logo%2c%2050%20and%20strap.png) ##### Products - 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