What is the dismantling of industrial facilities

Industrial dismantling is the disassembly of large industrial buildings, structures, and equipment. Such projects require precise planning, technical training, and an experienced team. Each stage must be completed without risk to people and the environment. Such facilities are most often dismantled:

• factory buildings with floors and foundations;
• warehouses and terminals;
• tanks and pipelines;
• large units – boilers, presses, reactors;
• reinforcement and high-rise structures.

Unlike household dismantling, engineering design and control of each operation is important here. While the demolition of a private house is carried out using minimal equipment, industrial facilities involve equipment for dismantling industrial facilities. Everything happens according to an approved plan, with mandatory control by a safety engineer.

Why it is important to choose the right dismantling equipment

If the demolition equipment is not selected correctly, the work may be delayed. Fuel, rental and repair costs are also likely to increase, and there may be a risk of accidents. A professional approach to choosing the right equipment can reduce costs, increase safety, and minimize damage, which is especially important during spot demolition or reconstruction.

Classification of equipment by type of dismantling

Each type of work has its own characteristics. Therefore, special equipment for building demolition is selected depending on many factors. These include the materials, thickness of the structure, location of the object, and the degree of precision to be achieved.

For rough demolition (frame, concrete, foundation)

Rough dismantling involves the removal of the main load-bearing elements of the structure. Such work requires powerful machinery. Typically used:

• hydraulic hammers for dismantling – destruction of concrete slabs and foundations;
• high cranes – demolition of the upper parts of buildings;
• hydraulic shears – cutting metal elements in concrete;
• crushing plants for local crushing of hard materials.

This type of work is most often performed during the demolition of workshops, hangars, overpasses or reinforced concrete frames.

For point dismantling (inside the facility)

Spot dismantling is used when it is necessary to disassemble individual elements. Another condition for this work is not to damage neighboring structures. This type of dismantling is typical for reconstruction or redevelopment of premises. It is most often used here:

• equipment for cutting metal during dismantling;
• manual bumpers for small partitions;
• electric saws;
• Dust suppression systems for work in enclosed spaces.

This approach guarantees accuracy, preservation of adjacent structures and minimum noise.

For dismantling metal structures

The dismantling of metal elements requires precision, as there is a risk of deformation or collapse during cutting. The right choice of cutting equipment plays a key role here. Therefore, metal structures are used for:

• hydraulic scissors – thick metal beams and pipes;
• plasma or gas cutters – for precision work;
• cranes with magnetic grippers – moving large elements;
• cable systems for controlled removal of sections.

The result is fast and safe dismantling without unnecessary sparks and damage to surrounding objects.

For dismantling utility networks and equipment

Disassembling engineering systems is one of the most critical parts of dismantling. This includes pipelines, boiler rooms, switchboards, and compressor stations. For such tasks, we use:

• grinders and hydraulic shears – cutting metal pipes;
• winches – removal of heavy units;
• welding machines – disconnecting connected parts;
• hydraulic lifts – work at height.

The right equipment ensures not only speed, but also complete safety of the personnel, as it often involves working with electricity, steam or toxic residues in pipes.

Overview of the main dismantling equipment

Dismantling industrial facilities requires the use of powerful, precise and reliable equipment. The success of the work depends on the right equipment for the type of material. Each machine or tool has a specific function.

Hydraulic hammers

Hydraulic demolition hammers are the basic machines for demolishing concrete and stone structures. They are capable of quickly breaking a slab, wall or foundation fragment. Applications and advantages of hydraulic equipment:

• preparing the site for the excavation;
• dismantling of reinforced concrete slabs, columns and retaining walls;
• preliminary grinding before export or processing.

Hydraulic hammers are fast and efficient for rough work. Concrete breakers, splitters and wedge systems.

Splitters, wedge systems and demolition breakers are used wherever controlled concrete separation without high vibrations is required. These tools are suitable for work near sensitive structures or engineering. They avoid shock loads and reduce the risk of cracks in adjacent elements. They are used for:

• during the dismantling of underground parts, near underground utilities;
• to remove individual blocks without overall destruction;
• in cases where strong vibrations are prohibited (equipment, closely located buildings).

The advantages of this equipment are good control over the direction of the split and the ability to work in confined spaces. Additional advantages of using it are minimum noise and vibrations.

Excavators with attachments

An excavator with an attachment is the most versatile tool available. Depending on the equipment, it turns into a machine for digging, cutting, crushing or grabbing. This versatility allows you to reduce the number of different equipment on site and respond more quickly to changing tasks. Types of attachments (examples):

• buckets of different volumes;
• hydraulic hammers;
• hydraulic shears and crushers;
• grippers for scrap/beams.

An excavator is the backbone of a mobile demolition team, especially at sites with limited access.

Dismantling scissors

Dismantling shears are cutting devices that are mounted on excavators or cranes to cut through metal and rebar. They differ in the type of edges, the force of compression, and the shape of the jaws. Such equipment is suitable for fast cutting of beams, profiles, pipes and rebar.

Hydraulic shears are used for thick metal sections. Special profile jaws help with thin rolled products and profiles. Scissors with a serrated edge are used for bonded material.

Cranes, manipulators, drilling rigs

Cranes, manipulators and drilling rigs are used in complex and vertical dismantling. They are used wherever lifting power or precise positioning of elements is required. They allow you to safely remove the upper tiers of frames, dismantle pipes and towers, and work at great heights.

Specialized equipment for metal cutting

Metal cutting requires different technologies. Each type of equipment is used in the appropriate conditions. Therefore, the scope depends on the type of cutting:

• gas – for thick plates in an open space;
• plasma – fast and clean for medium and thin thicknesses;
• hydraulic cutters – for work in areas with limited access or underwater.

The choice of cutting method depends on the thickness, access and safety at the site.

Additional equipment and auxiliary equipment

In addition to the main machines, other equipment is used in the industrial dismantling process. This is auxiliary equipment that is responsible for safety, site cleanliness, and efficient logistics. This equipment includes:

• containers for the removal of construction waste – of various sizes, depending on the type of material;
• Dump trucks and loaders – transportation of debris;
• security fences and alarm systems – marking dangerous areas;
• Dust suppression systems – water sprayers or dust suppression guns;
• mobile compressors, generators, and pumps to ensure autonomy of operations.

Without the right supporting infrastructure, even the best core technology will work less efficiently.

How the choice of equipment for a specific object is formed

The choice of equipment begins with a detailed assessment of the facility. Engineers examine the size of the building, access for equipment, construction materials and the condition of the foundation, and record risks to the surrounding infrastructure. Based on this information, a work card is drawn up with a list of the required machines, dismantling methods and safety requirements. Examples:

Each step of the plan is supported by calculations of loads and routes for removing the wreckage. After the map is drawn up, the engineers coordinate the plan with the customer and contractors, and then the logistics of equipment and materials begin.

Common mistakes when choosing dismantling equipment

Even experienced customers sometimes make common mistakes. They affect the timeline and budget. The most common mistakes:

• overestimation of own capabilities – when heavy machinery is needed to demolish factories, they choose equipment with less power;
• savings on rent and operator training – cheaper is not always safer;
• underestimation of the complexity of structures – hidden reinforcements, hidden communications;
• omission of the logistics stage – lack of export routes or places for temporary storage;
• Ignoring environmental requirements – insufficient dust suppression or waste disposal measures.

Eliminating these errors requires an engineering review, correct estimates, and planning for contingency options.

Advantages of ordering dismantling with professional equipment

Professional machinery, high-quality demolition drilling equipment, and skilled operators provide tangible time and cost savings throughout the project. A responsible approach reduces the risk of injury, damage to surrounding buildings, and downtime. In addition, professional contractors take care of documentation, permits, and safety controls.

When cooperating with the trade union team, the customer receives a full cycle of services from inspection to removal and sorting of materials, as well as a quality guarantee for the work performed and waste disposal.

Why choose Forest-Ukraine for dismantling

“Forest-Ukraine is a company with experience working on industrial sites of various sizes. We work with both outdated factories and modern production facilities, have our own fleet of equipment and certified engineers. Examples of our work include the dismantling of the chimney at Mykolaivcement, Dunayevets elevator, etc.

Our approach is an individual engineering assessment, transparent estimates and guarantees for the work performed. We are responsible for the result and work on a turnkey basis – from preparing permits to handing over the site to the customer.

Do you need to dismantle an industrial facility? Don’t hesitate to contact us!

If you need advice or a miscalculation, leave a request and our engineer will contact you to visit the site. We offer consultations, visual inspection, drawing up a technical map, and selection of the optimal fleet of equipment with an estimate.

Fill out the form on the website or send us an email and we will prepare a preliminary calculation.