Hospital Safety & Medical Waste Disposal. Ahmed alassf Muwayed Al-Khnaini . Abstract Introduction Identifying Risk Factors in the Hospital (waste ,environment ,technology , people, system) Focus on medical waste & different type How we dispose these waste. Abstract.
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Medical Waste Disposal
Ahmed alassf Muwayed Al-Khnaini
Identifying Risk Factors in the Hospital
(waste ,environment ,technology , people, system)
Focus on medical waste & different type
How we dispose these waste
Our goal in this research are to focus on very important issue in medical field .
A lot of people does not realize the sensitivity and important of this issue. But the big problem is that some of the people who works in the medical field (staff) do not consider the dangerous of carelessness in this issue.
Finally, we hope to be part of the persons who contributed to awareness of the importance for this subject.
What is healthcare safety? Q Is it a matter of checking the resistivity of the electrical wiring system? Or is it focusing on infection control? Or is it ensuring proper water and air quality within the hospital environment?
So what does safety mean? Or in other words, when can we say that a certain hospitals is safe?.Let us say that a hospital is safe so, long as it complies with all of the internationally recognized safety standards.
There is unlimited number of risk factors .
we try to categorize these factors in five main sources of risk that exist in hospital, waste, environment, technology, people and system.
Let us also keep in mind that these sources of risk are not necessarily mutually exclusive, i.e., they may interact to cause compound risk
Waste is a general term which refers to material which is produced as-a byproduct or remainder of a certain process not all waste is harmful For instance, biodegradable waste is harmless so long as it is disposed of in a sanitary way.
refer to the ambient conditions in certain space.
temperature, pressure, humidity, air quality, building design and material, electrical supply and water supply.
Technology is responsible for producing healthcare hazards through undesirable byproducts or secondary effects which occur simultaneously with the use of technology itself.
The Institute of Medicine (IQM) has recently published a report which shocked both healthcare policymakers and citizens. the report stated that at Least (44.000) Americans die annually from medical error , (70% ) which are preventable . great percentage of these medical errors are purely human errors.
So , become obvious that without highly qualified people, it is impossible to maintain a safe environment.
The system is the collection of Policies, procedures and practices in the workplace. The system also includes P3 factors dictated by governmental and accredited organizations.
it is essential for any given healthcare facility, regardless of its size and location, to have a safety committee.
* The safety committee sets standards on what constitutes a hazardous effect .
* Hazards are ranked and classified according to health risk level .
* The committee must approve sites to host hazardous equipment prior to installation .
* Training of users and technicians on new equipment must include safe operation , emergency actions and essential ppm .
* All health care employees must immediately report any signs of hazardous conditions to designated committee members .
* Election of committee members .
* Meeting calendar for the committee .
* Voting on disputed issues .
* Documentation Of findings.
* Survey procedures ( suddenly visits, …)
* Warning signs and labels: size, color, disposal methods,…etc.
refers to material which is produced as-a byproduct or remainder of a certain process not all waste is harmful For instance, biodegradable waste is harmless so long as it is disposed of in a sanitary way.
How does hospital waste affect us?
Infectious waste can cause diseases like Hepatitis, AIDS, etc.
When waste containing plastics are burnt, Dioxin is produced, which can cause Cancer, birth defects, hearing defects.
:1. Biohazard Wastedefined as materials of biological origin that are capable of producing an infectious disease in humans and includes at a minimum blood, body fluids.
*Biohazard Sharps Waste
consists of discarded items such as derived from human patient diagnosis, care, or treatment .
These items include hypodermic needles, glass containers.
*Biohazard Non-Sharps Waste
Blood, blood products, and body fluids classified as infectious.
Is any chemical material for disposal and includes both hazardous and non-hazardous chemicals.
like lead acid batteries and aerosol cans.
3. Radioactive Waste
Radioactive waste is any material with detectable radioactivity above background levels.
b. Mercury containing lamps
c. Mercury containing items (thermostats, switches, manometers, etc).
d. Electronic items (circuit boards, computer monitors)
5. General waste
General waste is anything which does not fit into other waste categories.
a. Facilities Management/Engineering
* fluorescent bulbs.
* Waste batteries.
* Lithium, Mercury and Silver.
* Used TV monitors.
* Waste solvents from tissue processing (Example: Formalin).
* Waste tissue stains containing Mercury.
* Discarded or waste diagnostic test reagents.
* Waste solvents (Examples: Acetone, Ethyl
* Outdated or discarded pharmaceuticals .
*Discarded X-ray film .
* Radioactive isotopes being decayed on-site.
Incinerators: a solution or a threat?
Incineration is treatment method for medical waste for two important reasons. First, incineration is best method of eliminating any infectious organisms in medical waste.
Second, incineration has been economical for hospitals because it substantially reduces the volume to be disposed of in landfill.
Waste is burnt at very high temperatures, that produce emissions full of acidic gases, heavy metals and toxic organisms, so Incinerators affect on pollution.
The technologies will be categorized based on the fundamental processes used to decontaminate waste.
The three basic processes are:
1. Thermal processes.
2. Chemical processes.
3. Irradiative processes.
That use thermal energy to destroy pathogens in the waste.
This category is further subdivided into low-heat, medium-heat, and high-heat thermal processes. This classification depends on physical and chemical mechanisms of the waste.
AUTOCLAVES: consists of a metal chamber sealed by a charging door and surrounded by a steam jacket. The removal of air from the chamber is essential to ensure penetration of heat into the waste.
Types of Waste Treated
cultures and stocks, sharps, materials contaminated with blood and limited amounts of fluids.
* Autoclaves are available in a wide range of sizes, capable of treating from a few pounds to several tons per hour.
* Costs are relatively low compared with other technologies.
* If hazardous chemicals such as phenol, or mercury are in the waste, these toxic contaminants are released into the air.
* If the technology does not include a way of drying the waste, the resulting treated waste will be heavier because of condensed steam.
Chemical processes employ disinfectants such as dissolved chlorine dioxide, bleach, peracetic acid, or dry inorganic chemicals.
Types of Waste Treated
Cultures and stocks, sharps, isolation and surgery wastes, laboratory waste.
* Well-automated and easy to use.
* No combustion byproducts are produced.
* Chemical hazards are a potential problem with chemical-based systems.
* Noise levels can be very high.
3. IRRADIATIVE PROCESSES
Irradiation-based technologies involve electron beams or UV irradiation. These technologies require shielding to prevent occupational exposures.
Types of Waste Treated
Soft wastes (bandages, drapes, bedding, …etc.)
* The technology is well-automated and requires little operator time.
* This technology is noiseless & low operating cost.
* Personnel must be protected from radiation exposure.
* Any large, hard metal object in the waste can damage any shredder or grinder.
* Capacity & Cost.
* Types of waste treated.
* Space requirements.
* Reduction of waste volume and mass.
* Noise and odor.
* Community and staff acceptance.