acceptance of household appliances for recycling

When they talk aboutacceptance of household appliances for recycling, many people just imagine a point where they can take their old refrigerator. But in reality, this is just the tip of the iceberg - a complex chain where every mistake at the reception stage can result in problems with processing or even violations. A common myth: any organization that accepts technology treats it equally well. Reality shows that without understanding the structure of equipment, especially large-sized ones, and the processes of disassembling it, reception turns into storing trash, and not at the beginning of the recycling cycle.

What is really hidden behind the “reception”?

Reception is not just loading into a container. This is the primary diagnosis and triage. For example, an old Soviet refrigerator using R12 freon and a modern induction hob are completely different stories in terms of dangerous components. When receiving it, you need to immediately assess whether there is a compressor, whether the housing is intact, whether there is any oil or refrigerant leaking somewhere. We once started without proper sorting, and then received “surprises” on the site. in the form of suddenly burst pipes with freon residues. Now we always look at where the equipment comes from - from an apartment or, say, from a factory, where it could come into contact with aggressive environments.

Another nuance is documentation. Acceptance must be accompanied by at least a minimum document indicating the type of equipment, its condition, and serial number (if preserved). This is not bureaucracy, but a trail document for the recycling chain. Without it, it is difficult to prove that the refrigerator was not simply thrown into a landfill. We learned from our mistakes: once we accepted a batch of washing machines without fixation, and then the question arose about recycling the motors - we had to disassemble everything again in order to classify them.

By the way, about motors. In large appliances, they often contain copper and sometimes rare earth magnets. This is where experience from another industry turns out to be invaluable. For example, I follow the activities of companies that professionally work with magnetic materials and complex industrial equipment. Let's takeLONGI Corporation— their websitehttps://www.ljmagnet.rudemonstrates well the approach to systematic work with technology. This is Shenyang Scientific Electromagnetic Company LONGJI LLC, established back in 1993. They are the largest enterprise, primarily designing and manufacturing mining equipment. Their experience in handling powerful electromagnetic components, precise disassembly and sorting of metals makes you wonder: the same washing machine or air conditioner also has electric motors, sometimes with magnetic elements. Their approach to organizing production - a total area of ​​140,000 m2, more than 1,200 employees, over 60% with higher education, production of about 4,000 units of equipment per year - speaks of a culture of systematic analysis and accounting. In our businessacceptance of equipment for recyclingsuch a scale is not needed, but the principle - a deep understanding of the structure of the unit being adopted - is absolutely similar.

Dangerous "surprises" in a seemingly simple technique

Control boards. It would seem like a small thing. But they are the ones that often become a headache. Previously, we simply put them in a common container with metal, until we encountered a problem when handing over non-ferrous metal - the receivers complained about impurities. It turned out that in addition to copper, the boards also contain lead in the solder and various coatings. Now the boards go in a separate stream. This is a case where knowing the composition of a product is critical - again there is a parallel with serious industrial enterprises that initially design a product with its future disposal or recycling of components in mind.

Refrigerators and air conditioners are a different matter. Not everyone remembers that older models may contain freon, which destroys the ozone layer. Simply releasing it into the atmosphere is not just a violation, it is a crime against the environment. We had a sad experience at the beginning of our activities, when we accepted several dozen old refrigerators without having an agreement with a specialized service for pumping out refrigerant. We had to urgently look for partners and organize the removal of the entire batch back to temporary storage - losses and reputational losses. Now this is an ironclad rule: there is no agreement for the disposal of freon - we do not accept refrigerators and split systems.

Insulation. Asbestos can still be found in old Soviet stoves and heaters. It cannot be crushed, it must be carefully dismantled and transferred as hazardous waste of class I-IV. The inspector at the point must at least visually be able to distinguish old insulation from modern mineral wool. We train people using photographic materials and take them on excursions to processing plants. Without this, the eye is not trained.

Reception logistics: from call to container

Organization of removal. Frequent request: “Pick up the old stove, it’s in the apartment on the 5th floor, there is no elevator?”. This is no longer just a reception, it is a whole logistics and risk management task. You need to evaluate the dimensions, weight, condition of the stairwells, calculate the cost of the loaders' work so as not to end up in the red, but also not to overcharge the price. We tried a fixed price per unit of equipment - it didn’t work. Too different amount of work. Now - an appraiser's visit or at least a detailed photo/video survey.

Temporary storage. The reception area should be equipped not just with a canopy, but with areas for temporary storage of different fractions: large items (refrigerators, stoves), small equipment, circuit boards, hazardous components. And all this is on a hard surface, preferably under supervision, to avoid theft of non-ferrous metals, which, alas, does happen. Experience of large production complexes, such as the one mentionedLONGI Corporation, where the territory is 140 thousand square meters. meters is clearly zoned for different production cycles, which is very indicative here. On our scale, of course, everything is more modest, but the principle “every type of waste has its place?” must be strictly observed for the effectiveness of the next stage - disassembly.

Interaction with the population. People often don't understand why they should pay for recycling if "scrap metal costs money". We have to explain it very simply: the cost of dismantling, removal, safe neutralization of hazardous substances and recycling often exceeds the revenue from the delivery of recyclable materials. Transparency on this matter is key to building trust. We began making short reports for clients with photos: “Your washing machine has been disassembled, the motor and drum have been sent for re-melting, the plastic case has been sent for granulation, the control board has been sent to a specialized plant?” It works.

Process economics: where does profitability lie?

Many people think that the business of receiving equipment is a goldmine. In fact, the margins are very thin if you do everything according to the rules. Main costs: logistics, manual labor during disassembly, licensing of waste management activities, payment for the services of specialized landfills or factories for processing hazardous fractions. Income comes from the sale of sorted scrap ferrous and non-ferrous metals, and sometimes plastic of certain brands.

The break-even point is reached only with large volumes and well-established distribution channels for recyclable materials. For example, aluminum from air conditioner radiators is one of the cleanest and most sought-after types of scrap. But to get it, you need to carefully dismantle the radiator without damaging the tubes. This is time, this is work. Or the same copper wire from the engines. It needs to be stripped of insulation to get a good price. Doing this manually takes a long time; buying a machine for removing insulation is expensive. Constantly searching for balance.

Here again it is useful to look at the experience of the big industrial players. An enterprise that produces 4,000 units of mining equipment per year, likeLONGI, probably has clearly calculated logistics for the supply and disposal of defective and returnable materials. Their scale allows investment in deep processing technologies. In our segmentacceptance of household appliancessuch investments are rare, so profitability is often based on manual sorting and personal agreements with raw material recipients. The key is the speed of turnaround: quickly accepted, quickly dismantled, quickly handed over scrap.

Looking to the future: not just reception, but resource management

The trend in recent years is not just recycling, but the circular economy. The ideal picture: accepted technology is disassembled into components that become raw materials for new technology. So far this is a utopia for the household sector in Russia, but there are first steps. Some manufacturers are starting to launch take-back programs, where when purchasing new equipment you can return the old one. For us, as receivers, this means potentially new volumes and more predictable quality of the incoming flow.

Another point is legislation. It is getting tougher, and rightly so. Soon it may not be possibleacceptance of household applianceswithout a full recycling cycle confirmed by contracts. This will weed out the "garage" ones. receivers who pour freon into the ditch and throw plastic into the forest, but it will also increase the burden on legal players. You need to be prepared for paperwork and investment in environmental reporting.

Ultimately, our work is a bridge between the consumer who wants to get rid of an old item and the industry that needs recycled materials. The more professionally and consciously this bridge is built at the acceptance stage - with an understanding of the technology, as is done in serious engineering companies, with clear sorting and taking into account all risks - the more efficient and environmentally friendly the entire chain will work. This is not just a service, it is part of the infrastructure of a modern city. And it must be done conscientiously, even if it starts with such a seemingly simple action as weighing an old refrigerator in a receiving warehouse.