Computers Recycling

COMPUTER components have changed over the years, but a PC today is typically 40 percent steel, 30 percent to 40 percent plastic, 10 percent aluminum and 10 percent other metals, including copper, gold, silver, cadmium and platinum. A monitor adds glass and lead to the components.

If a computer cannot be resold or donated, recycling companies take apart the machine — by hand or with shredders — and separate the materials.

Scrap steel is shipped to mills to be melted down for use in cars and construction beams, among other things. Aluminum can be made into cans and foil. Precious metals are refined and sold to jewelers, dentists and chip makers. Refined copper can be reused in wiring, pipes and computer circuitry. Recycled lead finds its way into car batteries and film.

Glass and plastic are more complicated. Leaded glass, used in monitors, cannot be easily recycled, so it is often crushed and used as an industrial abrasive or to make asphalt. Nonleaded glass can be crushed and turned into usable glass.

Plastics from older computers often have paint and metallic coatings that can contaminate the waste stream. But even when computer plastic can be separated into pure streams, there are not many markets for it.

The potential is there for greater recycling. I.B.M.’s IntelliStation E Pro computer has eight major parts made of 100 percent recycled plastic, and the covers of its RS/6000 server contain 25 percent recycled plastic from several sources, including old computers.

Recycling Your Computer

It can be difficult keeping up with technology. The latest in phones and laptops can make even the most tech savvy business person break into a cold sweat. Especially when you’re trying to figure out what to do with all the outdated equipment that seems to be piling up in the supply closet.It may make sense to recycle and at Itech Recycling can help.

Itech Recycling will help with every step of the recycling procedure. Most of us know that recycling has a lot of benefits. This is true for electronics, too. Depending on what kind of electronics that you need to recycle, we will process it accordingly. Computers are taken apart and any components that can be salvaged are separated and other pieces that cannot be used are broken down. No part of your computer or electronic device will be wasted or put into a landfill. Even older televisions and computer monitors will find a home.

computer-in-trash

Developing a hospital recycling program

Because health care facilities frequently are the largest organizations in many communities, reducing the amount of waste that is diverted for beneficial use can have a significant and measurable impact. The benefits of a successful hospital recycling program can be wide-ranging, providing a means to reduce operational costs, increase worker safety, enhance community relations and, on some occasions, generate revenue.

Hospitals generate many distinct categories of waste, so a successful recycling program must be planned carefully, with a highly defined infrastructure, ongoing educational programs and regular monitoring. By setting up a well-planned program throughout the facility, hospitals and other health care organizations can reduce the quantity of expensive disposable materials and develop a powerful tool to enhance operational efficiency at all levels.

Leading health care facilities across North America have set up innovative materials management programs. Many organizations partner with an experienced local resources provider to establish a program. But, whether they rely on outside help or attempt to do it in-house, they generally follow a similar process.

Reasons to recycle

The largest waste stream in hospitals is solid waste, which covers several types of specialty waste, including regulated medical waste, confidential waste and hazardous materials, among others.

Some of the waste, such as pharmaceuticals, must be disposed permanently, but much of the material, if properly handled, is completely recyclable.

To get an idea of the general composition of hospital waste, a recent survey of hospitals in the Los Angeles area showed the following solid-waste components by weight:

  • 54 percent paper and cardboard;
  • 18 percent organic, including food and landscaping waste;
  • 15 percent plastic;
  • 3 percent metal;
  • 2 percent glass.

Much of this material is directly recyclable and doesn’t need to go to a landfill. A significant problem, however, is that most facilities are not set up to separate and handle these materials properly. Recognizing the need to establish best practices and maintain constant oversight is key to a successful program.

Properly training staff and ensuring adequate procedures down to the level of clearly mandating use of correct waste containers is critical to ensuring program success and minimizing worker risk inside and outside a health care facility. By establishing and enforcing guidelines for properly categorizing waste, hospitals can avoid serious consequences.

For instance, red bag waste or radioactive material improperly included with regular solid waste greatly increases regulatory and compliance risk. This type of sorting error can result in serious health issues for employees and the public; it also can trigger audits and disruptions in workflow, creating a financial burden for the health facility.

The benefits of a well-designed waste program incorporating recycling are myriad: keeping staff safe; improving compliance; reducing environmental impact; and helping the facility manage community and regulatory affairs.

It can change the way facilities manage their waste streams before they leave the building. But, above all, the most compelling reason to recycle is cost. On average, medical waste is five times more expensive to discard than solid waste, and solid waste is more expensive to dispose than to recycle.

Necessary steps

The initial challenge of recycling in the health care setting is the diversity of waste. The goal should be to manage all waste at a high level and reclassify materials from one category to another as needed.

If health care workers fail to segregate waste properly, they create a larger flow of materials into the regulated stream than is needed, resulting in more negative employee events, more cost and more compliance documentation.

A brief overview of the necessary steps for creating a health care recycling program includes the following:

Perform an audit. This should be as comprehensive as the organization can afford, and must answer as many basic questions as possible. What is the state of the facility’s current disposal practices? Where are all the facility’s disposal locations? Where are different types of waste most often handled?

Additionally, an estimate of the quantity of materials that will be directed to recycling facilities should be developed. Local and state authorities should be contacted for additional guidelines, resources and explanations of any regulations that will impact the scope of the recycling program.

Identify local resources. What facilities and brokers are in the area to handle the facility’s recycled waste stream? How will materials need to be sorted? What quantities are required and what are the prices? Commodity prices for such materials as cardboard and plastic are often volatile, which can have a negative impact on a program that has based projections on stable prices. Partnering with a resources provider who can navigate these fast-changing and inherently local markets is one way to deal with price fluctuations.

Establish goals. An environmental or sustainability committee should be set up internally or through external partners to set goals, a timeline, manageable milestones and well-defined metrics to measure success. Once these are determined, the committee can begin detailing the processes. This will include determining the number, type and placement of receptacles where staff generate the most recycling waste to maximize participation. The objective should be to consider ways of simplifying the process of discarding materials in the correct recycling bin rather than in the waste bin.

Maximize the value of materials. The internal team should work with external partners and brokers to maximize the value of the new recycling streams. By closely examining the product and monitoring the market value of different materials, program organizers can make decisions. From an operational perspective, it’s easier to segregate material properly in the first place than it is to recycle a poorly segregated waste stream. Ongoing poor segregation will lead to higher cost and ultimately cause dealers to sever relationships.

Educate staff. Educating all hospital staff about proper segregation is key to successful recycling. Creating the culture to make the recycling program successful takes a sustained commitment by leadership from the top down, and funds for staff education. Quarterly flyers, e-mails or announcements to hospital staff are important tools to keep everyone focused on the program.

Monitor and measure. Projections that were established at the beginning of the program should not be filed away in a spreadsheet. Rather, these become the lifeblood of a successful program. People at all levels of the process should know they are responsible for hitting specific goals. Publicizing select targets to the entire organization can be an excellent incentive. Initially, as the processes are refined and goals are fine-tuned, targets should be confined to the core organizing team so unrealistic goals will not hurt enthusiasm. As realistic targets are confirmed, however, metrics can be shared with all participants. Examples include weight of waste diverted from landfills or cost savings.

Earn recognition for the facility. Successes should be communicated through local, regional and national press outreach. Awards programs that can provide further validation and recognition should also be researched. Again, the facility should not be confined to local or regional programs; national and even international opportunities should be sought.

Highlighting success improves immediate community relations and can help raise the profile of a facility more broadly. It also can open the door for new partnerships and other relationships to expand and refine the existing recycling program.

Special considerations

While developing this program, health care organizations must pay particular attention to a number of special considerations that are peculiar to hospitals. They include the following:

HIPAA compliance. Health Insurance Portability and Accountability Act (HIPAA) standards for the handling and disposal of documents containing patient information are not incompatible with recycling, but it is critical that careful consideration be taken to ensure that procedures for document recycling are designed to ensure compliance. The most sustainable options for recycling documents regulated by HIPAA include the following:

  • Contracting with a provider who can take material directly to bonded shredding facilities or bonded paper mills that also offer recycling;
  • Installing on-site shredding equipment to destroy documents properly, then recycling the material.

Universal waste. Most health care facilities already are compliant with the proper disposal of regulated universal waste. This includes such items as batteries, cell phones, computers, computer monitors, electronic devices, fluorescent lamps, mercury waste, partially full aerosol cans and televisions.

This category poses health and environmental risk if put in the standard waste stream, but does not require the same level of special handling needed by more hazardous materials such as medical waste or industrial chemicals.

It is mandatory that everyone involved in the waste handling chain be aware of the procedures to deal with this waste separate from the hazardous materials stream, the regular waste stream and the recycling streams. For instance, fluorescent tubes are made of glass and can be included accidentally in glass recycling receptacles by uninformed staff. Similarly, partially full aerosol cans may end up in metal recycling receptacles.

Reprocessing medical devices. The practice of recycling medical tools and equipment has been somewhat contentious, but is monitored by the Food and Drug Administration and increasingly is adopted by hospitals nationwide. The practice can reduce waste and save facilities up to hundreds of thousands of dollars in operating costs. A limited range of equipment can be reprocessed, including compression sleeves, laparoscopic ports and pulse oximeters.

Starting small

The U.S. health care system contributes 1 percent of all the solid waste generated in the country.

The benefits of reducing this figure include economic rewards, environmental improvements, employee satisfaction gains and improved community relations.

By starting small and building on simple successes, all health care facilities easily can make this a part of their daily operations.

Dr. Linda D. Lee, Bill Turpin

DATA WIPE – Wipe Drive to Department of Defense (DOD) standards

wipe drive

WipeDrive is the power tool of disk overwrite. All hard drives will be wiped according our data destruction program which meets DOD – Department of Defense Standards by using Vairifi Digital Data Destruction. Vairifi is a disk erasure and full reporting software that erases hard drives to NIST 800-88 STANDARDS

WipeDrive is the only hard drive erasure method that has been approved by NIAP’s EAL 4+ Standard. WipeDrive is also the only hard drive erasure method that is listed on the Armed Forces Approved Product list.

Our wiping room is secure and locked. Authorized personnel are only allowed in the wipe room, and all data wiping is performed by trained employees, and a certificate of destruction is provided when destruction has complete.

ITECH RECYCLING On-Site Data Destruction / Data Shredding

hard-drive-shredding

 

If you require that your sensitive data storage devices remain in your facility until they are destroyed, then we offer mobile – on-site data destruction shredding service, through these services, the client’s enables their personnel to witness the shredding process.

Our mobile on-site hard drive shredding process is quiet, speedy, secure, and all destroyed materials are transported back to our facility.

Our certified on-site (at the client’s location) data destruction and shredding processes meets all federal government regulations and lows, and is performed by trained technicians.

After all your data is fully shredded and destroyed, we will provide you with a detailed certificate of destruction including full serialized reporting.

please contact us with any questions at info@itechrecycling.com