Chemical Safety Assignment On The Use Of Potassium Nitrate In The Workplace

1. Which reactants used in this experiment are flammable? Discuss the safety precautions that are necessary when working with flammable materials in the lab?

| Describe how and when the different types of fire extinguishers, relevant to the given occupation, are used in accordance with legislation and official guidance.QCF641. 3.7 & 3.8

Risk assessments are vital to be included within a laboratory setting as it involves evaluating the potential risks which may be involved when completing an experiment or activity. The employer must be aware that risks which someone is exposed to at work must be reduced by them responsibly implementing precautions in order to make the setting safer. They need to analyse: what could possible go wrong? How likely is it? And what would be the consequences? These questions are regularly used when creating a risk assessment so that every risk sheet has a similar outline and meets the criteria of an effective risk assessment. It covers the general procedures, the working environment and the handling, storage and transportation of various substances.

• Investigate reasons for hazard and what preventative measures may need to be taken in thefuture

Environment/industry specific concern: Minimal risk, this chemical is only used when the facility is not in operation. For example, the fogging equipment is set to run at the end of the day for a short period and allowed to dissipate overnight before production commences the next day. Elevated risk is introduced

I will then follow with he Physics Department, the amount of chemicals on this department maybe small, but the hazardous communications related to it, is related to the tools and

For years if not decades, firefighters have responded to a reported structure fire that turned out to be a fully involved single room. This fire scenario requires a core set of fire tactics and skills to control and extinguished the fire, but is it this simple? Perhaps twenty years it may have been, but new dangers are lurking in every scenario and may have detrimental outcomes for unsuspecting and unaware firefighters and victims. The National Institute of Science and Technology (NIST) agency along with the Underwriters Laboratory (UL) have been conducting research to understand fire behavior and fire dynamics. This research is providing firefighters with new information about how and why

When working with fuels such as gasoline and diesel, physical hazards to humans are possible. Gasoline is highly explosive and flammable, while diesel is flammable. The use of GEBMO is to prevent or reduce the number of fires and explosions. GEBMO is broken down into seven steps. The first step is to predict a stressing event such as a fire when a tanker is

Chemical terrorism presents a unique threat to the Homeland and response agencies due to the vast array of various chemical effects and availability. To illustrate this threat, an examination will be conducted into the historical development and a recent use of chlorine gas agent. Then, an investigation into chlorine’s chemical properties, its harmful effects, and required response protective/detection equipment will be conducted. Lastly, an analysis into the regulatory policy of chlorine and a current news article reference the use of chlorine will be conducted. Overall, by understanding the chemical properties and risks associated with chlorine gas, response agencies can be better equipped to respond and protect the public. First, let’s examine

For instance, pentan-1-ol, the alcohol utilised to synthesis 1-pentyl ethanoate, is relatively flammable due to the hydroxyl functional group attached to the molecule. Therefore, in order to prevent severe burns, a laboratory coat and safety glasses were worn. The experiment was additionally performed whilst standing up, so that if the aliquot of pentan-1-ol ignited,

An assessment of the risks to health arising from the use of hazardous substances at work and deciding what precautions are needed,

Hazardous materials can be important in everyday life when properly handled. However, when improperly handled, they can result in injury, death, and destruction as well as have lingering effects that may last for years to come. To address the risk of an uncontrolled hazardous materials release, there must be a coordinated effort to identify, locate, and quantify the hazardous materials in a particular location (Drexel University Safety & Health, 2001). Typically, industry and government agree that a hazardous materials incident is one where

Events which interfere with the normal operations of Hennepin Technical College (HTC) are unavoidable. The purpose of this document is to explain the actions, roles, and responsibilities that are to be taken by individuals and departments in the event of a spill or release of a hazardous chemical or waste. (Homeland Security, 2011)

In order to evaluate common fire hazards within a building and the risks presented by these, it is essential to have an understanding of where fires start, and what causes them in varying occupancy types. The best process to fulfil this aim is to review existing statistical data. Existing data is a vital tool in analysing areas or functions of a building which have the greatest risk to occupants. In particular, those functions or areas of a building having higher fatality rates historically in buildings of a similar type should be treated with special consideration (i.e. Class 2, Kitchen). It is important to be familiar with these statistics as they play a key role in predicting outcomes of future fires. Using this knowledge, fire safety engineers can identify patterns and high risk factors; and apply appropriate building fire safety systems in an attempt to reduce fire

The fire stated in the most inauspicious of circumstances. Workers were packaging Prussian Blue (Iron(II, III)hexacyanoferrate(II, III)), a deep blue pigment, using a blow