Hazardous or toxic materials safety refers to the safe handling, storage, use, and disposal of substances that may pose a risk to people, property, or the environment. These materials may be chemicals, gases, liquids, solids, fumes, or vapours that can harm workers if they are not controlled properly.
Every industry today uses some form of chemicals — from manufacturing plants and warehouses to laboratories, construction sites, oil & gas units, pharma companies, and even offices. When employees lack proper knowledge about hazardous materials, it increases the chance of leaks, spills, fires, injuries, and long-term health hazards.
Hazardous (Toxic) Materials Safety Training helps workers understand how to work safely with these substances, how to follow regulatory requirements, and what to do during an emergency.
Industries around the world rely heavily on chemicals and toxic materials. Even a small mistake can lead to major consequences such as:
Global safety standards require organisations to train their teams on how to identify, label, store, transport, and dispose of hazardous materials. Lack of training is one of the biggest reasons behind chemical-related accidents.
Proper hazardous materials safety training is not just important — it is a legal and business necessity. It protects people, ensures compliance, and builds trust among employees, clients, and regulators.
Ken Institute’s Hazardous Materials Safety Training is designed to help workers develop a strong understanding of chemical hazards and safe work practices. The programme covers practical knowledge, real-world scenarios, industry regulations, and step-by-step methods to control risks.
Our training is delivered by experienced industry experts who have worked in high-risk industrial environments. We use simple examples, clear explanations, and hands-on methods so participants can easily apply what they learn at their workplaces.
The training focuses on:
This programme equips employees with the confidence and skills required to safely work with toxic materials and prevent accidents before they happen.
Below are the main modules included in the BBS training program. These can be customised based on your organisation’s needs and safety maturity level.
This training is ideal for anyone who works with, near, or around chemicals or toxic substances, including:
The programme is relevant for all industries that use hazardous materials, whether in small quantities or bulk.
After completing this training, participants will:
Participants walk away with a strong foundation in hazardous materials safety, ready to implement best practices immediately.
At Ken Institute, we focus on simple, easy-to-understand learning that is practical and directly useful at the workplace. Our delivery approach includes:
We tailor the training based on industry type, job roles, and the chemicals used at your site.
We use case studies from manufacturing, oil & gas, pharma, and logistics industries.
Quizzes, activities, role plays and demonstrations help participants learn faster.
Our trainers come with years of industrial experience in chemical safety.
Participants receive a recognised safety certificate from Ken Institute, adding value to their professional profile.
Consultant - NSDF, Ministry of Youth Affairs & Sports, Govt of India
NASA'S Senior Scientist in Human Computer Interface, NASA Life Time Acheivement Award Oct 2013 Winner
Director - Clinical & Medical Affairs , Morphic Medical , USA
Because it helps prevent chemical spills, fires, injuries, and long-term health issues, while ensuring legal compliance.
No. The training is designed for all skill levels.
Yes. Ken Institute certification is valued by companies worldwide, especially in HSE-related roles.
Duration depends on the level — basic, intermediate, or advanced. Custom modules are also available.
Absolutely. We tailor the training to the exact chemicals, processes, and risks at your workplace.
Yes. We offer live virtual classes and online self-paced modules.
Yes. Participants get digital resources, checklists, templates, and reference guides.