Paper Example on Steps & Hazards for Work Process: Auto Parts Cleaning

Directions: List the steps involved in performing the process, and identify the potential hazards associated with each step.

Is your time best spent reading someone else’s essay? Get a 100% original essay FROM A CERTIFIED WRITER!

Save 25%

Steps to Perform the Work Process Hazards/Potential Hazards

Use industrial solvent in cleaning the auto parts Skin corrosion and irritation, eye damage and irritation, organ damage, inhaling of toxic substances, fire outbreak.

Place parts on moving lines. Falling objects

Use coating powder to spray the parts. Skin and eye irritation, inhaling of toxic substances, ingestion risk and fire outbreak.

Move auto parts using the oven Skin burns

Remove the parts Falling objects and skin burns

Transport the parts in phases by placing them in slots. Falling objects

Prepare a two-page homework assignment summarizing your health hazard analysis and answer these questions from the Basic Job Hazard Analysis form.

What are the health hazards associated with the operation?

What are the primary exposure routes associated with each health hazard?

Are there any potential acute or chronic health effects for any of the health hazards you identified?

Are there any special hazards associated with any of the health hazards?

You may use the Safety Data Sheets provided, information from the OSHA or NIOSH web sites, or any academic references from the Internet to answer the questions.

The industrial solvent has potential hazards when used in cleaning the auto parts. The hazards and potential hazards include: feeling dizzy, experiencing a headache, having watery eyes due to irritation, being weak, having muscle pains, inhaling causing nausea and depression. Too much exposure to the industrial solvent may trigger unconsciousness, convulsions and even cause death through inhaling the vapors. Other hazards associated with the solvent are: causing skin irritation, skin corrosion, fingers become numb, eye irritation that can lead to complete eye damage. Extended contact may lead to muscle pains, diarrhea, unconsciousness and death when ingested frequently. Some of the risks associated with hazards include; impairment of the bone marrow, risk of contracting dermatitis, liver damage, jaundice and skin corrosion. Exposure to body parts may be the primary cause of skin diseases, interference to the respiratory system and worse, leading to death.

The primary exposure routes are when employees physically move the auto parts to the transporting cart via the solvent tank and the moving line. The movement from one chamber to another of auto parts risks falling on the employees when moved from a solvent tank to the carts. The cart is used primarily to transport the pieces to the oven for them to be coated. Incidences at the workplace occur because the workers get exposed to skin burns and injuries directly associated with falling objects and high heat emission from the oven. The oven temperatures are so high such that any complacency by the operator may cause skin burns or eyes becoming watery.

The potential acute hazards are constant skin irritation, fingers and arms periodically becoming numb, skin corrosion. The chronic risks are damage to somebody parts such as liver, respiratory system, muscles, and in a worse scenario death. Both acute and chronic hazards are identified from the steps hence need mitigation to prevent them.

According to the 2012 OSHA, the communication guidelines do not consider the coating powder hazardous. Nevertheless, there are hazards associated with coating powder. Skin and eye irritation as a result of direct exposure to the powder as well as being toxic when ingested or inhaled either as a vapor or as dust emission. The coating powder should be reassessed by OSHA to determine the potential hazards one may face when using it.