Tag medical waste

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The Labmaster 25 is our ultra-compact laboratory waste incineration machine, ideal for disposing of medical waste types including syringes, surgical tools and protective clothing.

Manufactured with a load capacity of 10kg and a burn rate of 10kg/hr, the Labmaster 25 offers quick and efficient incineration of material and allows for multiple loads per day.

The on-site installation of this machine is very straightforward, and operating the incinerator has never been easier due to our user- friendly, AIC controller and its plug and play system. Waste can be loaded through the front-loading door access area, with the remaining ash residue being removed before the next cycle.

Built with a two-chamber, vertical design, consisting of the primary loading chamber and the secondary combustion chamber, the Labmaster 25 offers a smoke and odourless incineration process.

Incorporating our high standard, insulation refractory lining technique and material, the Labmaster’s chamber retains heat inside the primary chamber, resulting in an even cleaner and more efficient burn.

The Labmaster 25 also has the capability of being a mobile unit. The mobile options include trailers, skid-mounted and containerised.

Addfield are the leading name in providing efficient & robust incineration & crematoria machines worldwide!

For more information on the Addfield brand, visit the link below: https://addfield.com/

Or contact us on +44 (0)1543 571 280 or by email at: [email protected]

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Kermit the Frog wasn’t lying when he said, “It’s not easy being green.” People associate being green with costing a lot of green. However, creating a “green” hospital may be easier than you think and in the end, it can save you a lot of money. There are three major areas to focus on: medical waste disposal, cleaning chemicals, and the building itself.

Proper medical waste disposal is possibly one of the biggest concerns. Studies show that U.S hospitals alone produce over 6,600 tons of medical waste a day. More than half of the waste isn’t even hazardous waste. It’s made up of paper, cardboard, food, glass, and plastic. Many of these items can easily be recycled and reused. Teach your staff to separate any recyclable items and purchase specific containers for them. When it comes time for choosing medical waste services, you should only be choosing companies that practice environmentally-safe procedures. These medical waste services can reduce the amount of waste in landfills and eliminate the use of toxic chemicals and emissions. A company that uses an incinerator is by far the worst to choose because it releases carcinogens into the air. Carefully research your companies.

It’s surprising to learn that most hospitals use toxic chemicals every day to clean the hospital. Many cleaners contain bioaccumulative toxins, or PBTs, that can pollute the environment and be dangerous to your own health. It’s not difficult at all to find green cleaning products for industries. One simple web search can take you to thousands of places to buy these products. Not only are many of these products free of dangerous chemicals, most are made out of recycled material too. It’s a double win for going green! You don’t have to immediately throw out all the products you own, just slowly start to integrate more and more better products over time. Going fully green is not a process to be done over night.

Lastly, it’s time to make changes around the hospital building. According to the EPA, Environmental Protection Agency, about 30% of the health industry’s energy can be reduced by switching to more efficient energy sources. The Energy Star program actually does free energy audits for health care facilities. They can provide you with plenty of information and advice about ways your building can save. There are also simple steps that employees can take such as turning off machines not in use and checking hot water systems for leaks. One hospital in Boston has actually banned the use of latex gloves and 75% of the building is exposed to natural light. Can’t make more windows? Then switch to energy efficient lighting instead.

A lot of small changes can add up to make one big difference. Imagine how great the world would be if every person and every industry made an effort to go green. With better medical waste disposal, toxic-free cleaners, and improvements to the building, your hospital can be on the right path to a greener future.

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Source by Mark Etinger

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Medical waste needs some care for being disposed of properly. The main problem in dealing with medical waste is the risk of infection. Pathological wastes may contain dangerous and contagious infectious agents and so can laboratory cultures. Sharps (sharp objects like scissors and injections) if mismanaged can insert harmful agents directly into the bloodstream.

Hazardous wastes are a category in and by itself but they can overlap with medical waste. I mean a waste can be medical and hazardous at the same time. Such medical hazardous waste contains highly toxic compounds like those used in chemotherapy, and therefore are subject to special regulations under the federal law.

Below I shall describe two ways how such waste should be dealt with.

Incineration

Incineration refers to the act of burning the medical hazardous waste. The three main types of incinerators that are used are controlled air, excess air, and rotary kiln.

However controlled-air incineration is the most widely used medical waste incinerator (MWI) technology, and now dominates the market for new systems at hospitals and similar medical facilities.

Thermal processes

Processes that rely on heat i.e. thermal energy to destroy pathogens in the waste are called thermal processes. This category is further subdivided into low-heat, medium-heat, and high-heat thermal processes. This further division is necessary because physical and chemical reactions that take place in thermal processes change drastically at different temperatures.

Low-heat thermal processes are those that use heat energy to decontaminate the waste at temperatures which are insufficient to cause chemical breakdown or to support combustion. In general, low-heat thermal technologies operate between 200 F to about 350 F (93 C to 177 C).

Medium-heat thermal processes take place at temperatures between 350 F to 700 F (177 C to 370 C) and involve the chemical breakdown of organic material. These processes are the basis for relatively new technologies.

High-heat thermal processes generally operate at temperatures ranging from around 1,000 F to 15,000 F (540 C to 8,300 C). This intense heat is provided by electrical resistance, induction, natural gas, and/or plasma energy.

Waste which is considered both as medical waste and hazardous waste i.e. medical hazardous waste can be particularly difficult to deal with, since most service providers that handle treatment and disposal of medical wastes are not willing to accept hazardous wastes, and vice versa.

Therefore the logical thing to do here is to hire a good medical waste disposal company that deals with medical hazardous waste. They will take care of things for you.

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Source by Farhan Musavi

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