Waste Management in Health Industry
Medical care is vital for our life, health and well-being. But the waste generated from medical activities can be hazardous, toxic and even lethal because of their high potential for diseases transmission. The hazardous and toxic parts of waste from various health care establishments comprising infectious, bio-medical and radioactive material as well as sharps (hypodermic needles, knives, scalpels etc.) constitute a great risk, if these are not properly treated or disposed or are allowed to be mixed with other municipal waste. Such waste called as biomedical waste can be defined as waste generated during the diagnosis, testing, treatment, research or production of biological products for humans or animals.
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Incineration involves a process of burning the waste at high temperature and for treating hospital waste three types of incinerators can be used namely multiple hearth type, rotary kiln and controlled air types. Autoclaves can be used for steam sterilization of waste at temperature of 121 degree C and steam pressure of 15 psi for 60-90 minutes and the types include Gravity type, Pre-vacuum type and Retort type. Hydroclave is an innovative equipment for steam sterilisation process in which the steam is injected into the outer jacket to heat the inner chamber containing the waste and moisture contained in the waste evaporates as steam and builds up the requisite steam pressure (35-36psi). This technology has benefits such as absence of harmful air emissions, absence of liquid discharges, non requirement of chemicals, reduced volume and weight of waste. Microwave is a wet thermal disinfection technology.The input material is first put through a shredder and the shredded material is pushed to a treatment chamber where it is moistened with high temperature steam. The material is then carried by a screw conveyor beneath a series of conventional microwave generators, which heat the material and uniformly disinfects the material. Chemical treatment involves the use of chemicals such as at 1% hypochlorite solution or other equivalent chemical reagents such as phenolic compounds, iodine, hexachlorophene,iodine-alcohol or formaldehyde-alcohol combination for disinfection. Preshredding of the waste is desirable for better contact with the waste material. Sanitary and secured landfilling becomes a necessity for deep burial of human anatomical waste, animal waste when the facility of proper incineration is not available, for disposal of autoclaved, hydroclaved, microwaved waste, disposal of
This is the requirement for HTM 01-05 Best Practice. A main requirement of a decontamination room is the separation of clean and contaminated activities to minimise the risk of contaminating clean or sterile product. Ideally there will be two decontamination rooms, one for the cleaning of instruments and one for inspection packaging and sterilisation. This is the quite common in hospitals, but in dental practices is more typical a single dedicated room.
This method requires the use of a micro incinerator to sterilize any tool that may encounter the bacteria, along
Phase 2: Decision and Engagement In the second phase, thought is required of inside limit and capacities of the hospital, neighbourhood responsibility for the issue, and probability of creating 'do-capable' arrangements. Phase 3: Environmental scan and identification of strategic issues This stage includes a point by point examination of the present circumstance. Firstly, suppliers (private, open and non-government hospitals), neighbourhood government, industry and other important hospitals to workshop the issue and main drivers, recognize a procedure or procedure to advance, characterize parts and obligations of organizations to advance critical thinking, and create more extensive correspondence technique.
It must incorporate innovative approaches to create a stronger organizational ethics culture change, quality improvement intervention, new policies, standards, tools, metrics, and on going in-house monitoring of sterilization areas the hospital can help safeguard from this type of issue from happening again. Additionally the hospital needs to take appropriate disciplinary action against all employees involved that were not performing their job’s properly, this includes not only the technicians but the head of sterile processing. Furthermore the staff must improve the training on sterilization methods, this includes the consequences of not following proper
Health and safety policy Healthy and safety in a general practice surgery aims to keeping patients safe in the surgery. The responsibility of keeping service users safe should be on all the employees. The Health and Safety at Work Act imposes duties on employers and employees to protect individuals. To enable these duties to be carried out (Deepingspractice.co.uk, 2015) GP surgeries have a sharps bin, which is for the disposal of sharp instruments, such as needles. This bin should be kept open and not filled to a certain level because the lives of the patients may be at risk.
Health care professionals must also be trained on how to dispose of the medicines appropriately. For example sharps such as needles and cannulas must be deposited in the sharps bin and emptied on a regular basis to reduce the risk of needle stick injuries and infections being passed on. This act looks at how it can benefit both the service users and staff so that standards are set clearly and
Infections: Needles are a big hazard if not thrown away after use. If they are left lying around someone else it can pass on symptoms if they someone who used it before had diabetes or maybe even HIV, it can even cause an infection. This is a health hazard. Another hazard is if there is no hygiene in the hospital, someone could become seriously ill. For example if nurses or doctors don’t wash their hands after helping another patient and then move on to the next, the patient could catch something.
When dealing with substances, they will have a potential hazard which can affect the health care setting. The substance can be a potential hazard in the residential care home as there is clinical waste and cleaning products. As the nurse and the staff member will have to make sure that the cleaning products is locked in a room so that the visitors and the residents won 't be able to go in and touch the chemical products. There is a law called COSHH Regulation 2005, which stand for Control Of Substance Hazardous to Health regulation 2005. COSHH is when the hazardous substance have to be handled in a right way and it has to be stored in a minimise risk which is present.
The hospitals still had not discovered the importances of sanitation and hygiene. The lack of water and time meant that they did not wash their hands or their instruments after usage and surgery. Knives covered in blood were used as scalpels and doctors wore pus stained clothes, because of this sepsis or pyemia, pus in the blood, was very common and very
Task 2 7 / C.P6: Compare the influence of different health and safety laws or policies on health and social care practice in a selected setting There are several different health and safety laws and policies that vary between settings in health and social care aimed towards different legislations that must be followed, and have resulted in improvements in health and social care practice. It is important that these legislations are followed by service providers in order for them to promote safe practice and to fully understand their responsibilities under these legislations. Some of the legislations include the Health and Safety at Work Act etc 1974, the Data Protection Act 1998, the Care Act 2014, the Care Standards Act 2000 and the Equality Act 2010.
It is commonly used in organic chemistry laboratories suction filtration or vacuum filtration. The solution can be supersaturated, unsaturated or saturated. Vacuum filtrations is used to assemble recrystallized
Needlestick injuries are injuries due to exposed and improper use of needles or sharps. The ANA in 2010, commemorated the 10th anniversary of the Needlestick Safety and Prevention Act, which improved protection against these injuries that expose health care workers to potentially deadly blood borne pathogens. These injuries, unfortunately, are still occurring today and far too often. The Centers for Disease Control and Prevention (CDC) in March 2000, estimated that approximately 62-88 percent of sharps and needlestick injuries are preventable. Health care workers that handle sharp devices or equipment like scalpels, sutures, needles, phlebotomy devices or blood collection devices are all at risk but nurses are at a very high risk for being exposed to these preventable injuries which exposes them to numerous bloodborne pathogens especially deadly viruses such as hepatitis B, hepatitis C, and HIV/AIDs.
Waste Management Inc Is a company that is try to achieve a “zero waste’ in North America. It was founded in 1971 by Wayne Huizenga and Dean Buntrock. They provide services for: • Waste • Recyclables • Yard debris • Hazardous materials collection, • Hauling, treatment and disposal • Dumpster rental • Portable toilet rental • Security services
Chapter 2 Literature Review 2.1 Waste management in developing countries: The Integrated Sustainable Solid Waste Management (ISWM) Cities and towns in developing countries have for several decades been faced with a challenge of handling and managing solid waste adequately. The main reasons associated with these challenges have been mentioned as rapid urbanisation and growing populations in towns and cities which consequently led to increased generation of waste (Guerrero et al, 2013). The management of this solid waste by municipalities grew as a budget burden for each municipality due to the associated high management costs, lack of understanding of the diverse factors that affect waste management at different stages and the linkages that
Eco friendly building material is those provide the appropriate service and lifetime, with the minimal maintenance, while minimizing the decimation the raw of material, the pollution from, and also energy consumption by production and use, and that have the maximum potential for the reuse. The use of the Eco friendly building materials and products are represents one important strategy in the design of a building. In addition, the Eco friendly building materials have benefits to the building users such as improved health and the productivity, in order to change the spatial configurations of the lower costs associated, reduced maintenance costs over the life of the building and so forth.