Brief Guide on conducting projects involving Hazardous Materials

The faculty of projects involving dangerous biological materials (including recombinant DNA), radioactive materials or hazardous chemical waste must be approved beforehand and comply with all relevant government regulations. SIUC 's Environmental Health and Safety Center (453 - 7180) oversees the following approval committees and supervises compliance. In-house biosafety committee and biosafety officer of Biosafety SIUC are responsible for ensuring that faculty members engaged in dangerous biomaterial research comply with recently published federal and state research standards. Hazardous Substance Management 13. Harmful substances may be used as raw materials or produced by projects. In case unavoidable, the customer avoids or minimizes release of dangerous goods. In this case, it is necessary to evaluate the production, transportation, handling, storage and use of hazardous materials for project activities. If hazardous substances are intended to be used for manufacturing processes or other tasks, the customer considers a less dangerous alternative. Customers avoid manufacturing, trading and using chemical substances and hazardous materials prohibited by international ban or law. Toxicological effects of hazardous substances may be local or systemic. Local injuries include parts of the body that come into contact with dangerous substances and are usually caused by reactive or corrosive chemicals such as strong acids, bases, oxidants, etc. Systemic lesions include tissues or organs that are unrelated to or removed from the contact site when the toxin is transported through the bloodstream. Certain hazardous substances may affect target organs. Physical effects of substances also depend on acute or chronic toxicity. Acute toxicity can occur with a single brief exposure, but this is usually very rapid and usually reversible. Long-term repeated exposure can cause chronic toxicity. The effect is usually lagging progressive and may be irreversible Annex C Hazardous Materials HAZMAT In consideration of the technical nature of the threat, NRT-1 of the National Response Team, Dangerous Goods Emergency Planning Guidelines and Environmental Protection Agency (EPA) Hazard Analysis Technology Guidelines to Address the HAZMAT Plan's Needs It must be used as a main source of information. Other useful guidelines include the Department of Transportation (DOT), the co-issued chemical analysis procedure manual of EPA and FEMA, and the planning part of the DOT agreement and coordinated FEMA's public sector hazardous material training guidelines. . The planning team should use the guide and this annex to complete the hazard analysis and to identify the unique planning requirements to be addressed at the EOP. Hazardous substance hazard work definition