Modern world does not stand still. Every year, production volumes increase, population growth and urban expansion continue. At the same time, the problem of waste disposal has ripened. On the ground, special landfills for waste products are present in limited quantities. At the same time, the volumes entering them exceed their capacity, so the garbage mountains increase every day. Untreated heaps of waste negatively affect the ecological state of the planet. That is why there was a need to create high-quality waste processing plants. These facilities should only be used modern methods waste processing and recycling. It is worth noting that the garbage generated by mankind belongs to various hazard groups. For waste recycling to be efficient, for each separate species choose your own disposal method. But first they need to be sorted.

Waste household

This number includes the remains of products associated with the life of people. It can be plastic, paper, food and other similar waste that was thrown out of institutions and homes of the population. The rubbish that we used to get rid of is found at every step. Many garbage is assigned the fifth and fourth degree of danger.

Recycling of household waste from plastic should not be done without mechanical action, i.e. grinding. Further, they are necessarily treated with chemical solutions. Often, after such a procedure, new polymeric substances are made, which are used again to create new products. Such household waste like paper or food waste can be composted and then putrefied. Subsequently, the resulting composition is suitable for use in agricultural business.

Biological decay

Biological species in nature are humans and animals. These two groups also generate a large amount of waste. A lot of this rubbish comes from veterinary clinics, sanitation organizations, catering establishments and similar businesses. Processing of biological waste is reduced to their incineration. Substances of liquid consistency are transported on special vehicles. Incineration is also used for organic waste.

Industrial waste

This type of waste is generated as a result of the functioning of production and technological activities. This includes all construction garbage. It appears in the process of installation, facing, finishing and other works. For example, this category of waste includes paint and varnish residues, heat-insulating substances, wood and other industrial “trash”. Recycling industrial waste often involves incineration. Wooden remains are suitable for obtaining a certain amount of energy.

radioactive waste

Such wastes include solutions and gases that are not suitable for use. First of all, these are biological materials and objects containing radioactive components in large quantities (above the permissible norm). The degree of danger depends on the level of radiation in such waste. Such garbage is disposed of by burial, some is simply burned. A similar method of processing applies to the next group of residues of activity.

medical waste

This list contains all substances that are produced by medical institutions. Approximately 80% of waste is ordinary household waste. He is harmless. But the remaining 20% ​​are capable of causing damage to health in one way or another. In Russia, the disposal and processing of radioactive and medical waste has many prohibitions and conventions. Also, the country carefully spelled out the necessary conditions for handling this group of garbage, methods for their burial or incineration. Special repositories for liquid and solid radioactive components were created. If it is necessary to get rid of medical waste, it is put in special bags and set on fire. But this method, unfortunately, is also unsafe, especially if the drugs belong to the first or second hazard group.

Division into classes

All waste is divided depending on its state of aggregation. So, they are solid, liquid or gaseous. In addition, all garbage is classified according to the degree of danger. There are four classes in total. Garbage belonging to the first degree of danger poses the strongest threat to the planet and living organisms, including humans. These wastes can ruin ecological system which will lead to disaster. These include the following substances: mercury, polonium, lead salts, plutonium, etc.

The second class includes residues that can cause an ecological failure that will not be able to recover for a long period (about 30 years). These are chlorine, various phosphates, arsenic, selenium and other substances. The third hazard group includes those wastes, after the impact of which the system will be able to recover in ten years. But only if the garbage no longer affects the infected object. Among them, chromium, zinc, ethyl alcohol and so on are distinguished.

Low-hazard waste - sulfates, chlorides and simazine - is assigned the fourth class. But this does not mean that they practically do not affect humans and the ecosystem. If the source is removed, the organism or nature will be able to recover only after three years. There is fifth grade trash. This means that the waste is completely safe for the environment.

The Importance of Recycling

There are several reasons why competent recycling is necessary:

1. Getting into the environment, most substances and materials turn into pollutants (it is worth considering that our planet is already suffocating every day from the emissions of cars and factories).
2. Many of the resources from which certain materials are created are exhausted. Their stocks are too limited, so the way out is recycling waste.
3. In some cases, objects that have fulfilled their purpose turn out to be a source of substances. Moreover, they are cheaper than natural materials.

More about recycling

Recycling is a change in waste materials until they completely disappear or change the structure so that it is not possible to reuse them. But this word can have another meaning. For example, it is often used in a figurative sense.

Today, a large amount of waste is reused for different purposes. All garbage that is disposed of today is divided into two main groups:

1. Solid household waste (glass, paper, plastic, food waste).
2. Industrial waste (biological, medical, radioactive, construction waste, as well as waste from the transport complex).

Disposal can be carried out in one of several ways, which are also divided into groups. For example, the main methods include heat treatment, composting, which is natural method decomposition, and waste disposal at special landfills. Some of these recycling methods allow you to get secondary raw materials.

Recycled materials

Usually, all the waste that remains after human production and activities is called "recyclable". But this view is not entirely correct. The fact is that not all waste should be recycled or sent to other needs. There is also a group of waste that is reused only as an energy source (after special treatment), therefore it is also not classified as a secondary raw material. Those substances that, after processing, give out energy, are called "secondary energy raw materials."

This group includes only those materials that, after a certain impact, can become suitable in national economy. A good example is a canned food can. It can no longer be used to store food, but after being melted down, it is used to make a new food container or other metal objects. It becomes obvious: secondary raw materials are items that, after being used for their intended purpose, are resources that will be useful for further use. To get a new product or raw material, waste processing is necessary. Today, several methods are used for this, which are described below.

Natural processing

Back in the 20th century, in most cases, the processing of household waste was carried out by composting. Garbage, in particular organic, was dumped into specially dug pits and sprinkled with earth. Over time, the waste decomposed, rotted and was used as fertilizer in agriculture. But relatively recently, this method has been slightly modified. Scientists have developed hermetic installations for heating composted waste. Organic residues in this case begin to decompose faster, which results in the formation of methane, which is biogas. It was he who began to be used to create biofuels.

Specialized companies have appeared that build mobile stations for waste processing. They are used in small villages or on a farm. It has been estimated that such stations large size, intended for cities, it is unprofitable to maintain. It takes a lot of time to get a decomposing product, and the resulting fertilizers still remain unused, and they also need to be disposed of somehow. In addition, there are other wastes that have nowhere to go, so they will accumulate. For example, it is plastic, construction residues, polyethylene and so on. And it is economically unprofitable for the authorities to create a specialized plant where the processing of municipal solid waste would be carried out.

Thermal disposal

Under thermal processing incineration of solid household waste. The process is used to reduce the amount of organic matter and render it harmless. Further, the resulting residues are disposed of or disposed of. After burning, the garbage is significantly reduced in volume, all bacteria are exterminated, and the resulting energy is able to generate electricity or heat water for the heating system. Such plants are usually arranged near large city dumps so that the processing of solid waste takes place on a conveyor. There are also nearby landfills intended for the disposal of processed residues.

It can be noted that waste incineration is divided into direct and pyrolysis. With the first method, only thermal energy can be obtained. At the same time, pyrolysis combustion makes it possible to produce liquid and gaseous fuels. But regardless of the method of thermal disposal, harmful substances are released into the atmosphere during combustion. It harms our ecology. Some people install filters. Their purpose is to retain solid volatile substances. But as practice shows, even they are not able to stop pollution.

If we talk about the technology for processing medical waste, several special furnaces have already been installed in Russia. They are equipped with gas cleaning devices. In addition, microwave, steam-thermal treatment and autoclaving have appeared in the country. These are all alternative methods of incinerating medical and other suitable waste. Residues containing mercury are processed by special thermochemical or hydrometallurgical methods.

Plasma Utilization

This method for this moment is the most modern way of recycling. Its action takes place in two stages:

1. Waste is crushed and compressed under pressure. If necessary, the garbage is dried to achieve a granular structure.
2. The resulting substances are sent to the reactor. There, the plasma flow transfers so much energy to them that they acquire a gaseous state.

To avoid ignition is obtained with the help of a special oxidizing agent. The resulting gas is similar in composition to ordinary natural gas, but it contains less energy. The finished product is sealed in containers and sent for later use. Such gas is suitable for turbines, boilers, diesel generators.

Similar processing of production waste and household waste has been used for some time in Canada and the United States. In these countries, the remains of human life are effectively disposed of, and the final product is used for good as fuel. In the West, they are already preparing to introduce this technology on an even larger scale. But since such equipment is quite expensive, it cannot be purchased by the CIS countries.

Is it possible to solve the problem of waste disposal?

Of course, for the processing of solid waste and hazardous waste to be carried out at the highest level, a lot of financial investments are required. Political circles should also be interested in this. But for now, we have to make do with obsolete equipment for recycling. According to the authorities, the existing factories cope with the problem, so there is no need to reconstruct and re-equip them. Only an ecological catastrophe can serve as an impetus for this.

Although the problem is vast, it is still possible to solve or reduce its size. The situation demands integrated approach from society and government. It is good if everyone thinks about what he personally can do. The simplest thing a person can do is start sorting the garbage that he generates. After all, the one who throws away waste knows where he has plastic, paper, glass or food. If it becomes a habit to sort the remains of life, then such garbage will become easier and faster to process.

A person needs to be regularly reminded of the importance proper disposal waste, sorting and caring attitude to the natural resources he owns. If the authorities do not take measures, conduct motivational campaigns, simple enthusiasm will not be enough. Therefore, the problem of waste disposal will remain in our country at a “primitive” level.

The environment has always been a source of resources for mankind, but for a long time its vital activity did not have a noticeable impact on nature. Only since the end of the last century, under the influence of economic activity, noticeable changes in the Earth's biosphere began to occur. They have now reached alarming proportions.

Scale of the problem

Rapid population and consumption growth natural resources, the current pace of material production leads to a thoughtless treatment of nature. With such an attitude, a huge part of the resources taken from nature is returned to it in the form of waste, harmful and unsuitable for further use.

Scientists have calculated that 5 tons of garbage are generated daily in the world, while its amount increases annually by 3% in volume. The accumulation of household waste on the surface is harmful nature, polluting the water, soil and atmosphere and endangering the possibility of the existence of all life on the planet as a whole. Therefore, one of important issues worldwide is the disposal of household waste.

Classification of household waste

Household waste can be classified according to several criteria.

So, according to the composition, household waste is conditionally divided into biological residues and non-biological waste (garbage).

• rats;
• cockroaches.

Cockroaches can be a carrier of various types of diseases.

Non-biological waste includes:

• paper;
• plastic;
• metal;
• textile;
• glass;
• rubber.

The process of decomposition of these wastes can last about 2–3 years and in most cases is accompanied by the release of toxic substances that harm the environment and humans.

According to the state of aggregation, waste is divided into:

• hard;
• liquid;
• gaseous;
• pastes;
• gels;
• suspensions;
• emulsions.

By origin, waste is divided into:

• Industrial - a type of household waste obtained as a result of production.
• Construction - are formed during construction and installation work, the production of work on the repair of roads, buildings, as well as during their demolition.
• radioactive waste.
• Municipal solid waste (MSW) is generated in the residential sector, trade enterprises, educational, health and social facilities.

These are goods that have lost their consumer properties over time and turned into garbage, and also include road and yard garbage as MSW.

The most significant part of household waste is MSW. For each type of waste, there are special ways to dispose of waste.

Waste recycling

The process of disposal of solid waste occurs in several stages:

• collection;
• transportation;
• accommodation;
• neutralization;
• burial;
• storage;
• processing;
• disposal.

First of all, the process of getting rid of garbage involves its careful sorting. The task of pre-sorting waste and their disposal is greatly facilitated by the separate collection of waste, promoted in most European countries.

Methods for the destruction of municipal solid waste

There are various options for its destruction. So, the main way to dispose of solid waste is burial at special sites (landfills).

Destruction at the landfills irretrievable waste- recycling of household waste, as a result of which they almost completely cease to exist as waste. The disposal method is not suitable for all types of MSW, but only for non-combustible waste or for substances that emit toxic substances during combustion.

The advantage of this method is that it does not require significant financial costs and the availability of large plots of land. But there are also disadvantages in the application of this method - this is the accumulation of gas during underground decay of waste.

Briquetting is a new, yet not very widely used in practice, way of getting rid of solid waste. It includes preliminary sorting and packaging of homogeneous waste into separate briquettes, and then their storage at specially designated areas (landfills).

Briquetting of waste makes it possible to significantly save space

The garbage packed in this way is pressed, which greatly facilitates its transportation due to a significant reduction in volume.

Briquetted waste is intended for further processing and possible application for industrial purposes. Along with such a method as the processing of municipal solid waste, when briquetting, they can be transported for disposal or disposal by heat treatment.

In fact, this method is similar to the burial method, but in practice it has a number of advantages over it. The disadvantages of the method are that the heterogeneity of the emitted waste and the preliminary severe contamination in the garbage containers and the change in some components of the waste creates a great difficulty in briquetting.

And the high abrasiveness of components such as stone, sand and glass interfere with the pressing process.

Since these methods of recycling have a number of disadvantages, despite their cheapness, the best option would be to completely get rid of garbage during its recycling and fuel, and also its possible reuse.

A new way to dispose of waste

Garbage disposal

When recycling garbage (the Latin root utilis is useful), the waste can later be used for various purposes.

Waste to be disposed of includes:

• all types of metals;
• glass;
• polymers;
• yarn and fabric products;
• paper;
• rubber;
• organic household and agricultural waste.

The most efficient method of disposal today is recycling.

In other words, recycling is a special case of the concept of "utilization of municipal solid waste".

During recycling, waste is returned to the process of technogenesis. There are two options for recycling waste:

• Reuse of waste for its intended purpose after appropriate safe handling and labeling. For example, reuse of glass and plastic containers.
• Return of waste after processing to the production cycle. For example, tin containers - in the production of steel, waste paper - in the production of paper and cardboard.

Some types of waste that can no longer be used for their intended purpose are recycled, after which it is more expedient to return them to the production cycle as secondary raw materials. So, part of the waste can be used to produce heat and electricity.

In addition to those already listed, recycling solid waste can be done in several other ways. Each of them is applicable to a certain kind waste, and has its advantages and disadvantages.

Thermal processing of waste

Thermal processing refers to several methods:

• burning;
• low temperature pyrolysis;
• plasma treatment (high temperature pyrolysis).

The simple incineration method is the most common and one of the cheapest methods of waste management. It is during incineration that large volumes of garbage are utilized, and the resulting ash takes up less space, does not undergo decay processes, and does not emit harmful gases into the atmosphere. It is non-toxic and does not require specially equipped places for burial.

The main thing in this method is that when burning garbage, a large amount of thermal energy is released, which in recent times learned to use for autonomous operation of enterprises engaged in waste incineration. And its surplus is redirected to city stations, which makes it possible to provide entire areas with electricity and heat.

The disadvantage of this method is that during combustion, in addition to safe components, smoke saturated with toxic substances is formed, which creates a dense curtain over the earth's surface and leads to a significant violation of the ozone layer of the atmosphere, contributing to its thinning and the formation of ozone holes.

High temperature and low temperature pyrolysis

- this is technological process waste gasification occurring at a melting temperature higher than in a conventional processing plant (over 900°C).

As a result, a vitrified product is formed at the outlet, which is absolutely harmless and does not require further disposal costs. The scheme of this process allows to obtain gas from the organic components of the scrap, which is then used to generate electricity and steam.

The main advantage of this method is that it allows you to successfully solve the problem of environmentally friendly waste disposal without unnecessary costs for preliminary training, sorting, drying.

The advantages of low-temperature pyrolysis (temperature from 450 to 900°C) are:

• use for processing almost all types of household waste, previously carefully selected;
• obtaining pyrolysis oils used in the production of plastics;
• release of pyrolysis gas suitable for further use.

In addition, there is such a waste disposal method as composting. Since most of the waste is made up of various organic residues, they are subject to rapid decay in the natural environment.

The composting method is based on this property of organic substances. In the process of composting, not only does a huge part of the garbage that pollute the environment get rid of, but also substances useful for agriculture - fertilizers - are obtained in the process.

The presented methods of waste disposal allow for the processing of garbage with the least negative impact on the environment.

Video: A modern approach to waste disposal

The choice of recycling method depends on the type of waste. There are three technologies:

• Burial. The most popular method. Landfills are organized outside the city, away from settlements, highways, reservoirs and forests. Choose deep ravines, dried up ponds or artificial pits. Modern landfills comply with all established environmental standards. Thanks to this, harmful fumes from rotting garbage do not enter the atmosphere, and the risk of fire is minimized. The solid domestic wastes referred to the IV group are stored. Hazardous industrial waste is also subject to burial at specialized sites. Pre-products are cemented and subjected to neutralization.
• Burning. Thermal treatment is carried out in incinerators. This method utilizes liquid, solid, gaseous and some types of hazardous waste. The main advantages of the method - saving land resources and getting heat in the process. However, undesirable substances and dioxins are released into the atmosphere. In addition, on an industrial scale, incineration requires expensive equipment and the work of qualified specialists.
• Recycling. Garbage is sent to factories where it is recycled. As a result, new materials suitable for use are obtained. Energy-containing waste is used to generate electricity or processed into fuel.

Our company is engaged in sending all types of waste for recycling. Experienced professionals unmistakably choose the right approach, ensuring the safety environment. We work with industrial facilities, construction sites and individuals. Leave a request conveniently on the website or by e-mail [email protected]

Industrial waste is different from household waste. Often, during the production process, substances belonging to the first hazard classes are formed. This means that when such compounds enter the natural environment they will lead to the destruction of all life and the irreversible imbalance of the ecosystem. Therefore, it is important to properly dispose of these wastes.

Industrial waste is substances, materials and products generated at different stages of the production process and unsuitable for subsequent use to obtain products at the enterprise.

Waste received in production after different types impacts on the feedstock, may differ in their state of aggregation and be solid, gaseous or liquid.

It has been established that in modern conditions of functioning of industrial enterprises, the share of waste generated is 0.1 part of the amount of all raw materials used in production processes.

Classification of production waste

The classification of industrial waste implies its division into the following types:

1. Waste is returnable. Such substances and materials may remain in production for further use in work processes other than those from which they were formed. They are not required to be of high quality. Often these wastes are used as consumables. For example, machine oil waste is used to lubricate components technical devices least important purpose.
2. Recyclables. This group includes scrap that cannot be involved in the current production process, but is a valuable raw material for other industries.
3. Irrevocable losses. These are wastes, the processing and use of which is impossible and inexpedient, therefore they are recognized as irretrievably lost. They are taken out of the enterprise, stored, in special cases they are subjected to neutralization and subsequent burial in specially designated areas.

Besides, industrial waste, as well as consumer waste, is divided into hazard classes from - the most harmful to - practically safe.

In the course of the activity of enterprises, as waste materials and losses, the following are formed:

• metal materials;
• plastic components;
• ash and slag accumulations;
• leather, rubber, glass products;
• remnants of wood and fur;
• waste paper (maybe you will be interested to read about);
• construction and textile materials;
• remains of biological origin;
• fertilizer components;
• oil-containing mixtures, as well as radioactive elements, mercury, lead, arsenic, antimony compounds, etc.

All of the above is only a small part of the waste from industrial enterprises, some of which can lead to an environmental disaster.

Characteristics of industrial waste

The fate of waste produced by enterprises depends on its characteristics:

• source of education, i.e. industries;
• the stage of the production process at which it was obtained;
• impact on the human body and the state of the environment;
• quantitative indicators (mass, volume, etc.);
• recyclability;
• possible suitable methods of disposal.

Disposal of industrial waste

Under the recycling of waste in the context of this article, we mean their destruction.

The implementation of the removal and disposal of each type of industrial waste occurs in accordance with the established hygienic classification, accepted standards and legislative acts.

Consider the main methods and some of the nuances of the elimination of industrial waste unsuitable for processing, depending on their type:

1. Inert trash. Its warehousing is carried out jointly with MSW. Also, such industrial waste can be used for backfilling ravines and pits, building garage areas, etc.
2. Garbage that quickly decomposes in the process of vital activity of microorganisms. Stored in landfills and landfills with solid waste.
3. Low-toxic waste, poorly soluble in water. For this group, a list of materials has been compiled, according to which they can be disposed of at landfills together with MSW. This list includes: textiles, technical rubber, polymers, electrical insulation, asbestos-cement, graphite, abrasive materials, etc.
4. Oil-like mixtures. Incinerated with MSW.
5. Compounds with increased toxicity and little polluting the atmosphere. They are transported to specially equipped landfills.
6. Highly toxic industrial waste. They are neutralized in a certain way, after which they are buried in compliance with special safety requirements.

Thus, there are two main methods for the disposal of industrial waste:

• burial;
• burning.

The most common today is the disposal of industrial waste by the burial method. This method is implemented on special land plots called polygons. Usually next to them there are enterprises that provide disposal of unsafe waste. In the process, methods of thermal and physico-chemical waste treatment are used, the result of which may be completely or partially neutralized garbage. The burial is carried out in special pits, the entire territory allotted for them is fenced with barbed wire.

There are a number of requirements for the location of landfills: sites cannot be located in the territory of mining, in mountainous environs, in swamps, close to underground sources of drinking water, in green urban areas, etc.

Incineration means reducing the initial volume of industrial waste by 85% or more. The process is carried out at an incineration plant, where high-temperature furnaces of various design solutions are installed. The modern thermal method of waste disposal is pyrolysis, the essence of which is the burning of materials under anaerobic conditions. In order to destroy harmful components, oxidative and dry pyrolysis are used.

Utilization of liquid industrial waste, which is not extremely toxic to the environment, is carried out by passing wastewater through the treatment facilities of the enterprise. The process involves mechanical, biological, physical and chemical stages, as well as disinfection of treated effluents.

The listed methods of elimination and disposal can reduce the negative impact on nature and the human body of production waste, but do not solve the problem completely.

The following video tells about the modern landfill for industrial non-radioactive waste, the technologies used on it.

Features of disposal of hazardous production waste

Existing recycling technologies are currently not applied to hazardous industrial waste (classes 1-3). Their disposal is in special ways using special technical means. The main methods used for the disposal and disposal of hazardous waste include: cementing, encapsulation in glass (and other types of fixation), exposure to microwave radiation, incineration and sterilization under conditions high pressure, as well as burial at a carefully equipped landfill.

Landfill is a popular way to dispose of hazardous liquids. Working off in liquid form is pumped into special wells, consisting of pipes: external, protective and for direct injection.

In addition, special combustion methods are used to eliminate harmful liquids, for example, in atomized form and over a layer.

The activities for the disposal of hazardous substances require high professionalism, good knowledge of the process technologies and the equipment used from the employees.

Important! Incorrect and unauthorized liquidation of production developments can lead not only to large-scale environmental problem but also to the criminal responsibility of persons managing the enterprise.

Recycling of production waste

Methods for processing industrial waste:

• mechanical - grinding and separation;
• biochemical - neutralization of workings through the use of special types of microorganisms and further use as recyclable materials;
• diffusion - includes drying, crystallization, distillation;
• chemical - changes the properties of the original substance;
• thermal - processing of garbage (for example, tires and tires) into fuel by burning raw materials in pyrolysis plants;
• hydrodynamic - includes a number of methods: sedimentation, filtration, separation of the mixture in centrifuges, etc.

These methods involve obtaining new products useful for various branches of life from waste materials. As an example, we give the process of processing metallurgical slags, because it is one of the main components of the total mass of industrial waste generated.

Conventional slag conversion technology consists of:

• preliminary disassembly and sorting;
• grinding in crushing plants;
• metal release;
• control sorting;
• transportation of the product to the consumer.

The process uses such types of equipment as screeners, crushers, magnetic separators, conveyor belts for manual sorting of raw materials.

Recycled slag from metallurgical industries is used for road construction, agriculture, obtaining building materials, etc.

The main goals of industrial waste processing are to reduce the level of their negative impact on the environment, in reducing the area allocated for the storage of mining, and, of course, in making a profit from the production and sale of new products.

The recycling of industrial waste is aimed at protecting the environment and human health, as well as conserving often non-renewable natural resources. But some business leaders are unwilling to spend money either on waste disposal or recycling, which leads to disastrous consequences. To improve the situation, you need to change the minds of people.

Removal and disposal of industrial waste

The level of development of the state is largely determined by the civility of solving such issues as the collection, destruction and recycling of garbage. It should be borne in mind that there is a significant difference between household and industrial waste. A few years ago, the problem of waste management was especially acute, since for some time the garbage was disposed of completely uncontrollably. That is, independent economic enterprises and organizations took waste to unauthorized dumps. The result was the pollution of urban and adjacent areas. However, today the government takes strict measures to control the handling of industrial waste and maintain a stable state of the environment. A special technical inspection was organized to control the generation and disposal of such waste.

Recycling and removal of industrial waste are rather complex events, which are always best left to qualified professionals in this field. Experienced specialists of the Moscow Ecological Service company are not only well aware of the responsibility and importance of such a task, but are also able to offer the maximum effective solutions, modern technical capabilities and equipment for prompt, high-quality and safe transportation and disposal of industrial waste.

Solid arsenal modern technology, well-coordinated work of a staff of true professionals in their field - all this is the key to a clear and well-organized work. There are no impossible tasks for us, we always guarantee the timely removal and disposal of any amount of garbage from residential areas and industrial enterprises under any conditions. We use advanced scientific developments and the latest special equipment to ensure the complete safety of the environment and human health when dealing with garbage and waste.