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Effects Based On Time And Dosage It In

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1. Effects Based On Time And Dosage It In

 Acution Effects  If it exposed to chlorine too often or the concentration of chlorine in the body is too high, it can cause to death.

 Chronic/Subchronic Effects  Poisoning which is a fatal impact due to chlorine which can cause symptoms such as:

- Blurred vision

- Burning pain, redness, and blisters on the skin if exposed to gas - Frostbite such as frostbite when exposed to chlorine in water - Burning sensation in the nose, throat and eyes

- Cough

- Hard to breathe

One of the risks is developing respiratory tract disorders such as pulmonary edema (accumulation of fluid in the lungs).

To the environment: CFCs that decompose in the atmosphere release chlorine which can damage the ozone layer. CFCs and other components and chlorine solvents that are often found in cleaning fluids also contribute to the greenhouse gas effect.

 Lethal effect  We do not know whether exposure to chlorine gas during pregnancy can result in damage to unborn babies because there are no studies of pregnant women or pregnant animals exposed to chlorine gas.

One study of rats exposed to hypochlorite solution during pregnancy found no evidence of birth defects or any other developmental alteration in the baby rats. The amount of chlorine that the rats consumed was many times higher than what people are normally exposed to through drinking water.

Sublethal effects Children are likely to have similar effects as adults, but may be more sensitive than

Short-term exposures (minutes) to high concentrations of chlorine affect children in the same manner they affect adults (i.e., mucous membrane and respiratory tract irritation). We do not know what the effects could be in children following longer- term (weeks or longer), low-level exposure to chlorine gas, but this type of exposure occurs only in workers and is not relevant to children. We also do not know what the

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effects could be in children following longer-term, low-level exposure to hypochlorite solution.

2. Effects based on the Source (Target Effect)

 Local Effect  If an accident involving chlorine takes place nearby, such as a liquid chlorine spill, a leak from a chlorine tank, or a leak from a facility that produces or uses chlorine, you may be exposed through breathing and skin and eye contact.

You may also be exposed to chlorine if you mix household chemicals such as toilet cleaner with bleach.

Hypochlorous acid is used to treat swimming pool water. You may be exposed to chlorine gas through the improper use of swimming pool chemicals.

 Systemic effects  Because Chlorin is very unstable, and reacts with a variety of chemicals and water when it is released into the environment it will spread very fast.

If chlorine is spilled into water or onto soil or if it is released from a tank into the air, the chlorine will evaporate very quickly forming a greenish-yellow cloud that can be carried away from the source by the wind.

With Air: Chlorine is broken down by sunlight within minutes.

Cl2(g) + 2 O2(g) → 2 ClO2(g)

With Water: Chlorine dissolves in water and is converted into chloride and hypochlorous acid.

Cl2(g) + H2O(l) → HClO(aq) + HCL (aq)

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Source:

https://www.orami.co.id/magazine/manfaat-dan-bahaya-klorin

Hasan, Achmad. 2006. Dampak Penggunaan Klorin.Badan Pengkajian dan Penerapan Teknologi.

Public Health Statement, Atsdr. 2010. Division Of Toxicology And

Environmental Medicine. Department Of Health And Human Services, Public Health Service Agency For Toxic Substances And Disease Registry.

https://wwwn.cdc.gov/TSP/PHS/PHS.aspx?phsid=683&toxid=36

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