Verified Document

Workplace Safety And Disposal Of Hazardous Marterials Essay

Environmental and Employee Safety Concerns Chemical acids such as Hydrochloric acids are hazardous wastes that must be used with caution. This acid is corrosive in nature and releases concentrated mists, which tend to be dangerous. If the mist or acid itself come into contact with the eyes, skin or internal organs, the damage could be fatal or irreversible.

Safeguards when handling the acid

When dealing with deadly acids such as hydrochloric acid, safety is of paramount importance (The United States, 2007). The U.S. Environmental Protection Agency regulates the acid as a toxic material. The agency recommends that people wear a set of protective gears when using this acid, regardless of the concentration level. These equipments include a face shield, full suit, boots, rubber gloves and vapor respirator.

When using the acid at the office, it is advisable to prepare for accidental exposure by having access to an eye-flush specialist. If using the acid at home, it is important to adhere to the safety and label instructions closely. However, it must be noted that the user must wear protective equipment when using the acid, regardless of the concentration level. This ensures that the acid does not come into contact with the user's mouth, eyes or skin.

Usage

Based...

These exposures could pose critical health hazards and warrant an immediate management. If the acid comes into contact with skin, eyes, or intestinal system, experts recommend that it must be flushed immediately with plenty of clean water for a minimum of 20 minutes. The person should remove any contaminated clothing. Given there is serious skin contact, the person should use a disinfectant soap, water, and an anti-bacterial cream as s/he pursues immediate medical attention.
Storage and Disposal

Hydrochloric acid must be kept in a dry, cool and well-ventilated area far from moisture sources. The storage area must be well marked and not near the general work population. It should not be stored near oxidizing agents like alkalis, metals, and organic compounds. This acid is capable of corroding metallic surfaces, so the container must be tightly closed and put in a safe place.

Spills during transfer

During transportation, operational use or any situation where an accidental spill is likely to happen, the people or field involved must have as part of their stipulated emergency preparedness, adequate absorbent…

Sources used in this document:
References

Hill, B. (2014). Environmental Justice. Environmental Law Institute

United States. (2007). The Comprehensive Environmental Response, Compensation, and Liability Act of 1980 (Superfund) (P.L. 96-510): As amended by the Superfund Amendments and Reauthorization Act of 1986 (P.L. 99-499). Washington: U.S. G.P.O.
Cite this Document:
Copy Bibliography Citation

Related Documents

Hazardous Material Operations Chemical Name:
Words: 1160 Length: 4 Document Type: Term Paper

Health Hazards: Eyes: Increased tear production, inflammation, accumulation of blood, clouding of the cornea, burns. Ingestion: Unlikely, due to gaseous state: frost-bite of the lips, mouth, and throat possible. Inhalation: Upper airway irritation, cough, choking, shortness of breath, breathing difficulty, vomiting, narrowing of major airways, fluid in lungs, lung lesions, upper airway closure resulting in death, cardiovascular collapse due to low oxygen. Skin: Irritation, ulceration, first, second, and third degree burns, frost-bite. Chemical Name: Acetylene Product Identification: Trade Name: Acetylene Synonyms: Acetylen, Ethine, Ethyne,

Hazardous Materials Transportation Safety
Words: 957 Length: 3 Document Type: Research Paper

Most state and federal regulations related to the transportation of hazardous materials were first established in 1975 with the Hazardous Materials Transportation Act. The Act broadly defines hazardous materials as anything that “may pose an unreasonable risk to health and safety or property,” (OSHA, 2017). In practice, hazardous materials generally include explosives, hazardous waste, gasses, radioactive material, flammable or combustible materials, and harmful chemicals. However, each state would have its

Hazardous Materials on the Fire
Words: 2385 Length: 7 Document Type: Research Paper

Ones a site has been detected or surveyed to contain such carcinogens, proper protection should be availed to the brigade before they are allowed to access the site. Neurotoxic Chemicals Neorutoxic chemicals can cause damage (reversible or irreversible) to the central nervous system (the brain and the spinal cord) or the peripheral nervous system (the nerves responsible for movement and sensation in the arms, hands, legs, and feet). This can be

Hazardous Materials Handling
Words: 998 Length: 3 Document Type: Case Study

1984 when a toluene storage tank at a bulk petroleum storage facility exploded while firefighters were trying to get to an low-skill worker that was trapped inside said tank. The author of this report will assess the factors involved, what could be done to prevent a recurrence of such an incident, what changes should be made for the same reasons, the regulations or standards involved and so forth. The

Analyzing and Developing a Landfill for Disposing Hazardous Material...
Words: 810 Length: 2 Document Type: Essay

Landfill for Disposing Hazardous Material Challenges Resistance of the public to siting a waste management facility While citizens are thankful for convenient existing locations for dumping garbage, recyclables, and yard waste, it may be rather hard to gain their acceptance with regard to waste management facility sites (Walker, 2012). Community planning in relation to waste management facility Land-use planning for a community seldom takes into consideration waste management site locations in its community design.

Advanced Interactions of Hazardous Materials
Words: 1019 Length: 3 Document Type: Case Study

Interactions of Hazardous Materials Chemistry of the process MCMT, methylcyclopentadienyl manganese tricarbonyl, was manufactured in a three-step process by T2 Laboratories, Inc. The first step of the chemical reaction necessitated the use of heating to activate or initiate the reaction. All three of the steps that followed were heat producing (exothermic) and in turn required some form of cooling. The first step (known as metalation), involves molten metallic sodium being reacted

Sign Up for Unlimited Study Help

Our semester plans gives you unlimited, unrestricted access to our entire library of resources —writing tools, guides, example essays, tutorials, class notes, and more.

Get Started Now