Chemical Care of Household Products Essay

For decades, a substance known to cause burns, hospitalizations, and deaths has been found throughout the world. 3.41 million people die every year from issues related to this chemical, including over 200 children every hour. Approximately 80% of all diseases are either caused by the chemical or are somehow related to it. More substances dissolve into this substance than any other substance on earth, which is helpful for another usage of the chemical in nuclear power generators. Inhaling this substance causes suffocation, and eating too much of its solid form or drinking too much of its liquid form can cause intoxication and death. The name of this substance is Dihydrogen Monoxide, and despite its known dangers and prevalence across the United

When the children are playing in the different station. For example, the child is over in the dress up area playing and saw a bottle had chemicals in it. And child sprayed it on his /she face. Teachers should make sure everything in place so that the child will not get hurt from poisons and chemicals. As the children are becoming more mobile, poisons and chemicals should be kept is safety locked cabinets or out of their reach. As their climbing ability increases, so does their risk of falling and causing an injury. Electric shock can be a risk, so electric cords should be out of reach, as well as, safety plugs in all outlets and all small objects should be removed to prevent the toddlers from choking “(Dr. Charlotte Hendricks "Earlychildhood

This gas may cause temporary blindness and inflammation of the nose and throat of the victim. A gas mask would easily offer good protection against this gas. This chemical and any chemical with bromide were quite popular during World War I since it was easily brewed.

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

The chemicals that Clorox bleach contains are water, sodium hypochlorite, sodium chloride, coco-betaine, fragrance, sodium carbonate, sodium chlorate, sodium hydroxide, sodium [olyacrylate, and sodium xylene sulfonate. Sodium hypochlorite has several short term potential health risks such as causing irritation and burns when in contact with skin, causing eye damage and irritation when in contact with eyes, irritating the nose, throat, and lungs upon inhalation, which can cause shortness of breath and pulmonary edema at higher exposures, and can also cause headache, dizziness, nausea, and vomiting. Chronic health effects include bronchitis after repeated exposure to inhalation. Fragrance can cause skin irritation, allergy, and has been linked to organ system toxicity. Sodium carbonate can be corrosive to the gastro intestinal tract if ingested. It can also cause blistering when in contact with skin and can be corrosive to eyes and cause conjuctival edema and corneal destruction. Sodium chlorate can irritate and burn skin and eyes, and can cause nausea, vomiting, and abdominal pain, as well as damage the kidneys and affect the liver. High levels of sodium chlorate can reduce the body’s ability to transport oxygen and at very high levels, exposure can lead to death. Sodium hydroxide is corrosive to skin and

Store dangerous, unpredictable chemicals in a flame resistant bureau or if non-combustible, or if in little sums, in a fume cupboard.

In workshop 2, we have substances such as ferric chloride, fine etch crystals and photoresist developer. Whilst handling these substances we must wear protective goggles to avoid any splash or fumes getting in contact with the eyes causing redness, irritation and blurred vision. Gloves and protective clothing to avoid any spillage contacting the skin and causing irritation, burns or pain. We use vapour respirator to avoid any inhalation of any toxic fumes causing coughing or sore throat and wash our hands after handling to avoid indigestion causing abdominal pain, vomiting, diarrhoea, shock or collapse.

Ethyl acetate may cause minor irritation of the eyes, nose and skin when exposed. Gloves and/or safety goggles may be worn to avoid irritation.

The chemicals inhaled nare arsenic, ammonia, hydrogen cyanide,many of these have been proven toxic or have been proven to cause

Ammonia inhalation causes upper respiratory irritation. In a study conducted in 1973, four of six participants admitted to experiencing irritation of the nose and eyes after an exposure to 50 ppm of ammonia for 10 minutes. Thirty percent of the participants described nose, eye, and throat irritation at an exposure of 75 ppm for 5 minutes. However, low occupational exposure over a period of about fourteen years showed no effect on pulmonary function. However, rare cases of high concentrated exposure show sever effects. For example, around 1989 an adult male was found unconscious next to a ruptured pipeline carrying liquid ammonia. He suffered burns on his eyes as well as his skin, and experienced difficulty breathing. Throughout the following month, he suffered from cases of complete circulatory collapse (which he was resuscitated from) and eventually died from cardiac arrest. Exposure to high concentrations of ammonia (2,500 ppm) can potentially lead to cardiovascular problems including: elevated pulse, rise in blood pressure, and cardiac

The thousands of volunteers and federal workers who are cleaning up oil that has already weathered and lost many of its most toxic volatile compounds may still be exposed to toxins — particularly if they remove protective gear or do not have sufficient training in handling toxic substances

Poor air quality and breathing in the dry residues from toxigenic organisms can cause multiple health concerns. This material has the potential to create havoc in many ways.

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

There are many types of chemical agents that can be used for a variety of effects. Most are not meant to be lethal, but most chemicals at high concentrations can be lethal.

Ethanoyl anhydride and concentrated sulfuric acid are highly corrosive. Ethanol is flammable, salicylic acid is irritant to eyes and skin. Chemicals were handled in the fume cupboard. Plastic gloves were worn throughout the experiment.