The specific regulatory requirements that govern packaging, transporting, treating, permitting and disposing are based on the infectious waste generator classification, and discussed in greater detail in the corresponding tabs above.

Once the infectious waste is properly package, it should be added to the other routine waste produced daily at a residence, such as from preparing meals, doing the laundry or cleaning the house. The waste is then set out for pick up by the individuals' waste hauler.

Infectious waste is often called “medical waste” or confused with “healthcare waste". These are general terms that may apply to broader types of waste, with different definitions depending on the state. Infectious waste is actually a much smaller subset of medical or healthcare waste. The Missouri Solid Waste Management rules define infectious waste as a waste that is capable of producing an infectious disease because it contains strong and numerous enough pathogens that someone who comes in contact with it could get an infectious disease from it. Infectious waste is found in healthcare facilities, such as hospitals, doctor’s offices, dental offices, research laboratories and veterinary clinics. Infectious waste is also found in non-medical settings, such as schools, hotels, motels, tattoo shops and manufacturing businesses. It can also be found in our own homes.

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Hospitals and other large-quantity infectious waste generators may treat the infectious waste it generates on-site. Like small-quantity infectious waste generators, large-quantity infectious waste generators may treat waste on-site to render it innocuous (no longer infectious). However, because of the amount of waste produced by these generators, most do not choose this option. The treatment method a generator uses must consistently kill pathogens in the waste, the treatment equipment must be maintained to meet treatment standards and the generator must attest and sign treatment certificates guaranteeing treatment has indeed rendered the waste non-infectious.

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You have the battery, the tools, and now it's time to dig in. I am taking apart two battery packs in this tutorial. One is a generic 6-cell pack for an HP Pavilion Dv 5 to Dv 6-series laptop and a pack from an ancient (2004 vintage) digital camera rated at 7.4 volts and 1500 mAh. I think it has two cells inside, but we'll find out.

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Large-quantity infectious waste generators are those entities that produce more than 100 kilograms (approximately 220 pounds) of infectious waste in one month. These generators are likely large-scale medical facilities, such as hospitals, medical schools, large clinics, laboratories or medical research facilities.

The laptop pack has some pretty decent Moli Energy (now called E-One) brand ICR-18650J cells. These are a lesser-known brand that was once located in Canada (now in Taiwan), but are in a variety of devices. I checked the data sheet and they are 2400 mAh capacity and rated at 4000 mA discharge current maximum, 4.2 volts full charge and 3.75 volts nominal charge, and 3 volts discharged. The other pack contains some mysterious cells that are wrapped in plastic coated paper, but I measured them and they come out as 49 mm long and 18 mm wide. I think they are 18500-size lithium-ion cells. The battery case said 1500 mAh for them and 7.4 volts, so there are two cells in series. I would imagine they are good-quality cells since this is an OEM pack, but who knows?

Why? Due to their chemistry, a single 18650 cell holds a lot of energy. Strap 6 or more together, and you have a lot of stored energy. The safety consideration comes if they are short-circuited, over charged, or under charged, or over discharged, the most common type of lithium battery heats up, swells, and can explode, or cause a fire from getting so hot, which we don't want.

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The Missouri Solid Waste Management regulations allow two management options for large-quantity infectious waste generators:

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If a large-quantity infectious waste generator chooses not to treat the infectious waste it generates on-site at the business, the only other option available is to hire a licensed infectious waste transporter to pick up the waste and take it to a permitted infectious waste treatment or disposal facility. Although certain large-quantity generators, such as hospitals, are allowed to transport its infectious waste directly to a permitted infectious waste treatment or disposal facility, it must use its own staff and locked delivery vehicles to do so. Otherwise, hospitals, like other large-quantity generators, must hire a licensed infectious waste transporter.

Depending on the type of battery, the basic design is going to be pretty much the same, consisting of a plastic outer casing containing a liner for insulation or cushioning (foam, silastic, tape, or paper), the cell(s), a protection device/board with its internal connections, either wires, tabs, or wires and tabs. By the way, I've noticed little to no difference in construction between generic (like the laptop battery) and genuine OEM (like the camera battery). Sometimes the case is welded or glued, but other times it's just held together with tabs. You will find out quickly which method the manufacturer uses. OEM batteries are usually glued/welded and cheaper ones are glued or clipped in.

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Infectious waste is regulated mainly by two state agencies, the Missouri Department of Health and Senior Services and the Missouri Department of Natural Resources.

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After some finaggling you should have the case fully or mostly separated and can behold the goodies inside! This is the other fun part, figuring out what you've got inside.

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If you're stuck, resist the urge to use a hammer or break out your Dremel tool with a cutoff wheel. If you're like me and impatient, then be super-careful! Batteries don't like being cut open. For the record, I've never had to use mine.

Now you have your batteries, was your hard work worth it? The problem with salvaging batteries is you don't know how well they were cared for or how old they are. Lithium-ion batteries are sensitive to over and under-discharging. Any time they are discharged too deeply, then fully charged, they lose capacity. You can check the age of the battery pack, and measure the voltage (if able), or check for date codes on the circuit board inside. Most of the time, these batteries will be dead, and I mean dead. Lithium-ion cells don't like to be discharged below their over discharge voltage, usually between 2.5 and 2.75 volts at the most. Below that and the cell goes to "sleep" or is so dead it won't take a charge anymore, and if you do manage to get charge in it, the capacity will be so low that it's unusable. If you can measure the battery before you take it apart (like our camera battery with exposed terminals), you are looking for 4.2 to 3 volts for a single cell, so our laptop battery fully charged is 12.6 volts and 9 volts discharged. I measured it after I dissected it and it was a pretty-much-dead 5.6 volts with each cell reading around 1.8 volts.

If you're like me, then you're always looking for an excuse to save money, tinker, or deconstruct something that seems interesting. I found a way to satisfy all of the above! I have an affinity for lithium-ion batteries. They come in all shapes and sizes, are energy-dense (hold a lot of energy), have a higher voltage than NiCad or NiMH batteries, and can withstand high amp draws. Plus, they don't develop a 'memory' or have high self-discharge so you can store them a long time. Lastly, they lend themselves to multicell configurations. Better yet, they're everywhere and can be had for free. In this tutorial, I'll give you a crash-course in how to find, extract, and salvage lithium-ion batteries, so let's get started! Below are the links for some of the tools and items I used!

Individuals who generate infectious waste at home are largely exempt from regulatory requirements for treating, transporting, tracking and disposal. However, sharps, such as hypodermic needles, lancets and syringes, must be properly packaged before they are placed with other household trash for collection and disposal, as described below.

Untreated infectious waste may not be disposed in any permitted landfill in Missouri, unless the waste was generated by an individual, properly packaged to prevent exposure to anyone who comes in contact with it, picked up by a waste hauler and transported to a sanitary landfill for disposal. All other infectious waste must be treated before disposal at a permitted sanitary landfill in Missouri or transported to a permitted infectious waste treatment or disposal facility.

If improperly managed, infectious wastes can pose a serious health risk to health care practitioners, hospital patients, waste management employees, the general public and even the environment. In Missouri, infectious waste is regulated from the time it is generated (produced) through treatment and disposal. The regulatory requirements that must be followed for packaging, transporting, tracking or manifesting, treating and disposing of this waste, or exemptions to those requirements, are generally based on who generated the waste and the amount of waste generated. There are three classifications of infectious waste generators: individuals, small-quantity generators (SQGs) and large-quantity generators (LQGs). To determine which infectious waste management requirements apply to you, please review the information provided in the corresponding tabs below. If you have questions about infectious waste, please contact the department's Waste Management Program.

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Like I said, rechargeable lithium-ion batteries are everywhere! This is what makes getting these batteries cheap because people tend to toss old electronics that get broken or just stop working, but leave the battery inside. I usually get mine from the thrift store for pennies, or from old toys people give away or get broken and donate for science. The ones to look for are as follows: hand-held devices, cell phones, digital cameras or camcorders, portable DVD or video players, and my personal favorite, laptop batteries. There are different chemistries associated with rechargeable lithium-ion cells as well such as lithium cobalt oxide (ICR-type), lithium iron phosphate or LiFePO4, (you won't encounter these being thrown away often), lithium manganese oxide (IMR), lithium manganese nickle (INR) and lithium nickle manganese cobalt oxide (NCA or hybrid). The MOST common you will find are the ICR-type lithium cobalt oxide. It's the best for energy density and power, but has average to low discharge current and temperature threshold. The maximum discharge current for these is equal or at least double the capacity at most. Plus, they are less stable (read: dangerous) than the other types and need to have some kind of protection circuitry. Now, let's not confuse lithium-ion batteries with lithium-ion polymer batteries or LiPo batteries. In LiPo batteries the electrolyte, anode, and cathode, positive and negative terminals, are housed in polymer pouches. The internal chemistry is similar to lithium-ion cells. Depending on the device, the battery will be different in shape or size, but they are usually rectangular and thin for cell phones or compact devices, or cylindrical like 18650 (common in laptop batteries) or 18500 common in hump packs for cameras or camcorders.

I like to start at the corners of the case with the utility knife first. Find the seam between the two case halves. Inset the knife along the edge. Rock it back and forth to get it going in the case. It should sink in, so be careful not to go too deep and cut the cells or short something out. Once you get it going and have opened up a small gap, time to go for the screwdriver. Use the smaller screwdriver to open the gap further by twisting it. Once you get it opened more, go for the bigger screwdriver and repeat. You should start getting large creases in the case. Move the screw driver up the seam of the case, twisting as you go. If you aren't getting anywhere, go back to the knife and repeat the first step. I don't think I need to remind you to be careful here.

Small-quantity infectious waste generators are those entities that produce less than or equal to 100 kilograms (approximately 220 pounds) of infectious waste in one month. Examples of small-quantity infectious waste generators are doctor’s offices, dental offices, veterinarians’ offices, tattoo shops, health departments or agencies, schools, motels or hotels, home health agencies, nursing homes and research facilities.

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For all those who generate infectious waste while doing business, untreated infectious waste must be properly packaged before being transported to any permitted treatment or disposal facility. Treated infectious waste does not have to meet the packaging requirements described below, except for the packaging requirements for sharps.

Note: The exemption from regulatory requirements granted to an individual does not extend to a business that is hired to clean and sanitize a residence, then remove the treated infectious waste from the home. This cleanup/ sanitation business would be classified as either a small- or large-quantity infectious waste generator, depending on how much infectious waste the business generates in one month. For applicable requirements, please review the information provided in the corresponding tabs above.

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Taking a look at the arrangement of the batteries, the laptop battery has 6 cells in a series/parallel arrangement, so 3 cells in series to generate the 11.1 volts, and 2 cells in parallel to double the capacity to 4800 mAh. The camera battery has 2 cells in series, so the capacity is the same, but the voltage is doubled.

Now before we start digging into battery packs, I want to touch on some safety items specific to lithium-ion cells. If you're into RC and have electric vehicles and have experience with LiPo batteries, you can skip this, but if not, it's important to understand that messing with lithium-ion batteries can be hazardous. I learned this the hard way!

In Missouri, large-quantity infectious waste generators that want to transport their own waste and businesses who desire to haul infectious waste for small- and large-quantity infectious waste generators must first obtain a Hazardous Waste Transporter License from the Missouri Department of Transportation (MoDOT). This license allows the transporter to haul infectious waste from the point of generation to the permitted treatment facility. Companies may apply for a Hazardous Waste Transporter License online through MoDOT Carrier Express. The application provides an option to indicate that the transporter license is to haul infectious waste. For more information, visit MoDOT’s Hazardous Waste Transport webpage. You can also reach MoDOT by telephone at 573-751-7100 or toll-free at 866-831-6277.

You have your batteries, but they're dead. Now what? All is not lost because you can revive them. If you have a balance charger designed for charging LiPo batteries, chances are it will revive your lithium-ion cells too. Or, if you have a digital multicharger that has 'revive' functionality, that will work too. I am using a Chinese clone of a SkyRC iMax B6 charger, and a Zanflare C4 multicharger. The Zanflare has the ability to revive dead batteries and has an analyzer function, but the iMax doesn't.

The Missouri Solid Waste Management regulations allow four management options for small-quantity infectious waste generators:

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The statutory and regulatory requirements governing infectious waste management and disposal in Missouri are found in the Missouri Solid Waste Management Law, located in the Missouri Revised Statues, sections 260.203 and 260.204, RSMo and the Missouri Solid Waste Management regulations, located in the Code of State Regulations, 10 CSR 80-7.010 and 10 CSR 80-5.010.

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The waste generator may transport the treated waste to a permitted waste disposal facility, using a secure delivery vehicle, or have its regular waste hauler transport the treated waste to the disposal facility. In either case, a treatment certificate, completed by the generator, must accompany the shipment and be provided to the waste hauler (if applicable) and the permitted sanitary landfill for their records.

Before the waste is transported to a permitted disposal facility, the waste generator should make contact with their waste hauler (if applicable) and the permitted sanitary landfill where the waste will be taken for disposal. The generator must determine what, if any, additional actions are needed before giving the treated waste to the hauler (if applicable) or transporting the waste themselves to the landfill. This will ensure the waste will be accepted by both the waste hauler (if applicable) and the landfill. The landfill may consider this waste a “special waste” and require certain forms be completed before accepting the treated waste. This documentation will be in addition to the infectious waste treatment certificate.

Infectious waste generators must ensure untreated waste is properly packaged before transporting. Infectious waste transporter companies usually provide waste packaging and tracking documents, or manifests, to waste generators that meet the regulatory requirements. The manifests allow tracking of the waste during transport to a permitted infectious waste treatment or disposal facility. After treatment or disposal, the facility will return a copy of the completed manifest(s) or tracking document(s) to the large-quantity generators to prove the waste was treated and disposed of according to the regulatory requirements. These documents must be kept in the generators’ records to show proof of proper waste disposal.

If the generator treats the waste on-site, the large-quantity generator must meet all the requirements of the waste treatment certification process, which is described in Code of State Regulations 10 CSR 80-7.010(1)(B). After treatment, any treated sharps must be packaged in rigid, puncture-resistant containers before transporting, and all treated waste must be taken to either a permitted sanitary landfill or other disposal site.

Flat blade screwdrivers. It's good to have various sizes, but generally 3 mm (1/8") up to 5 mm (or 1/4") are all you need. Avoid thicker blades as they are too big to fit into small spaces.

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Multimeter. Don't need a Fluke or anything fancy for this. It's just for measuring the cell voltage to see if they are salvageable.

Inside the case we have the same basic features. Both have a battery management board that consists of the protection and balance circuits. The laptop battery adds another important feature, a thermistor for monitoring the temperature of the battery. These are designed for maximum capacity and low drain, so you won't find any heavy-duty components like with some other protection circuits.

Gloves (optional). I say optional because practical gloves for this task probably won't stop a sharp screwdriver blade or utility knife blade that's slipped out of a joint at high velocity.

While it's okay to keep the cells connected, you will want to separate them for charging and analyzing. Lithium cells in battery packs are always connected by spot welded tabs that connect the positive and negative terminals and you need to be careful when cutting them. Use the side cutters or the flush cutters to carefully cut the tabs between the cells and avoid shorting across the terminals. Be careful not to damage or remove the protective wrap on the outside of the cell as you can short on the metal body as well while cutting the tabs. We don't want naked batteries. Use the needle nose pliers to remove the tabs by pulling them off. Be careful. The cut edges of the tabs are razor sharp!

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To use the Zanflare, just insert the dead batteries and let the charger do the work. Always start at the lowest charge current possible. The Zanflare goes down to 300 mAh, so that's fine. It will take a while, but be patient. Let them fully charge, and take them off the charger. Let them sit overnight or a couple days and see if they've lost their charge. If they have significantly self-discharged, then toss 'em, but if they're still holding the charge then chances are you've revived them, but time will tell as you use them whether you are successful. You can run some test cycles on them to see how much life they've lost as well by doing a charge-discharge cycle or two and check the capacity. You can also measure the internal resistance of the cell if your charger has the cell analyzer function, which the Zanflare does. Take this with a grain of salt because lots of variables effect internal resistance, but generally a number around 230 miliohms is a good figure.

Keep working the screwdriver up the seam and separate the case halves. You can use a sturdy spudger here as a wedge to keep the halves spread open while you work the screwdriver. Be patient! It will give up before you! Don't be afraid to be physical with it. Pry the case apart if needed and dig out the goodies inside.

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The camera battery is in much better shape, with the pack showing a fully-charged 7.9 volts and each cell at 3.9 volt, but we don't know how healthy they are, or how much of their capacity has been lost over the years.

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The way to avoid this is to handle and charge them correctly. Most all lithium-ion battery packs or single batteries have some kind of protection circuitry built into them to protect the cell from being overcharged, short circuited, or over discharged. Multi-cell packs have an added feature called a battery management system with a balance function that monitors and distributes charge current and voltage across each cell, making sure each gets charged with the same amount of current and voltage. That said, you must use an appropriate charger, either for single cells or one that supports multiple cells in a pack such as a balance charger. Using any other charger could cause the lithium-ion cells to overcharge and result in a fire.

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If your batteries read under 2 volts, then they are "dead." If they read 0 volts, then they have entered a sort of hibernation state and are probably not worth keeping as even if you revive them, they will have been damaged. Recycle them properly. You can salvage the very low voltage cells, but you need a special charger that can 'revive' dead batteries, or use some techniques that can bring them back to life.

For assistance, please contact the Department of Natural Resources at 573-751-3443 or by email at dnrwebcontact@dnr.mo.gov. If you are having accessibility or usability issues with our website, please fill out an Accessibility Issue form.

Other infectious waste, such as blood-soaked bandages or packing materials, saturated paper towels, paper wastes contaminated with saliva, phlegm, sputum or other liquid contamination produced by a person with an infectious disease, must be packaged so that anyone touching the waste container will not come in contact with the waste. Place the wastes in any color plastic bag, then tie the bag off as shown in the photo to the right. Packaging infectious waste this way will help prevent diseases from being spread to others.

I hope you found this Instructable enlightening and informative. You should know what to look for when scrounging for batteries, how to be remove them (safely!), check, and revive salvaged lithium-ion cells. Harvesting these batteries from devices or battery packs can be fun, challenging, and educational at the same time! Plus, you save $$$. You can find a used but still fully viable lithium-ion cell(s) for a fraction of the cost buying new.

In case you've ever wondered, the name of the battery contains its dimensions. "18650" means the battery is 18 mm in diameter and 65 mm long. The "0" is just hanging out. Regardless of the type or size, these may have a single cell, or multiple cells. Multiple cells are either in series or parallel, or a mix of both. Even small batteries can have two small cells inside connected in series or series/parallel. This is due to the fact that some devices have increased voltage needs more than a single cell can provide, or to add capacity. Series connections increase the voltage, and parallel connections increase the capacity of the pack. Unlike NiMH or NiCad batteries, lithium-ion battery packs will have some kind of protection device in them like a battery management system consisting of IC's and MOSFET's or resistors that regulate current, voltage, detect short circuits, reverse polarity, and temperature. Some have an added function of balancing the cells if there are multiple cells. Why do they need this? It's because the chemistry of the lithium cell makes it sensitive to over charging, over- discharging (draining until the voltage gets too low), short circuit, and even over temperature. Any of those can damage the cell, or worse, cause a fire. Multiple cell batteries in series need the balance function that makes sure each individual cell receives the same amount of current and voltage as the other cells. If one cell gets more charge than another one, it can wear out faster or get damaged. The capacity of the pack is also reduced. These types of batteries also require special charging procedures that NiMH or NiCad's don't. More on that later!

For transportation options for small- or large-quantity infectious waste generators, please review the information provided on the corresponding generator tabs above. The information provided here pertains to large-quantity infectious waste generators that want to transport their own waste to a permitted infectious waste treatment or disposal facility, or other businesses who desire to operate an infectious waste transportation business. For regulatory requirements about infectious waste transportation, review Code of State Regulations 10 CSR 80-7.010(4). Requirements regarding manifesting or tracking documents during waste transport are provided in 10 CSR 80-7.010(3).

Side cutters or flush cutters. For cutting tabs or wires, or cutting the battery case open. Both work, but I like my flush cutters because they get into small spaces better.

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Once MoDOT issues the license, the Missouri Department of Natural Resources is notified and adds the transporter’s name to the licensed infectious waste transporter list.

Individuals must place sharps in a sharps container with a tight-fitting, closeable lid and be leak-proof on the bottom and sides. If sharps containers are not available, another packaging option for individuals only is to use a thick-walled plastic container, such as a laundry detergent bottle. Tape the container shut and place it in the household trash so that the container will not be inadvertently retrieved from the trash to be recycled.

If you don't have a Zanflare or other charger/analyzer with revive function, you can use your LiPo charger. Now as a safety feature, most of these chargers will not charge a cell under that 2.6 to 2.5 volt range, but there's a workaround. Just be careful! Charging a lithium-ion cell like a NiMH will cause bad things to happen! Set the charger to the NiMH mode where you can manually select the charge current. Set the current to something like 200 mA and start charging. Monitor the voltage until it gets above 2.8 and stop the charging process. Set the charger to the LiPo/Li-on mode and charge at a low current, like 200 to 300 mA. Let it run until it's fully-charged. Then discharge it at a low setting, 500 mA. Let it discharge fully and note the charged capacity, and the amount of discharged capacity. Charge the cell again and note the charged capacity and you should have a baseline of how much life the cell has in it. A number closer to the original capacity is good, but if your cell discharges rapidly, gets warm or hot, and has low capacity, then it's time to recycle it. The laptop cells were good, averaging around 2400 mAh, spot on their original capacity for all the cells. The camera battery didn't do so well. The cells were badly degraded and their capacity was down to just 550 and 660 mAh fully charged, down from their 1500 mAh new capacity. It makes sense though since this is the original battery from 14 yeas ago! I will probably use them in another project that's not a high-drain device because these 18500 size cells aren't easy to find.

For more details about these options, review Infectious Waste Management by Small-Quantity Generators - PUB0188. There are other exemptions to regulatory requirements that may pertain to certain small-quantity infectious waste generators, such as pharmacies and home health agencies. For more information concerning these exemptions, review 10 CSR 80-7.010(1)(C).