Biztonságos állványzat bármilyen magasságban és helyszínen Safe scaffolding at any height and location在任何高度与场地的安全脚手架

The Roman Catholic church was built in 1727 in Baroque style, then rebuilt between 1851–1854 in a Romantic style. The church was later connected to the adjacent convent and to the civic school (today the Leöwey Klára Grammar School). The Cistercian Order received the church in 2013; its most recent renovation took place in 2017.

Our task was scaffolding the church tower and the eastern façade. The scaffolds on the eastern, western and southern sides of the tower had to be started from the church roof. Beyond scaffolding, we removed the existing slate covering of the tower roof, restored the timber structure and installed new board sheathing.

Scaffold height: 38.5 m · Scaffold area: 1,150 m²

We are proud that the Strabag Group, one of our longest-standing clients, approached us with this special commission. The Pécs Tower Block (also known as the “25-storey”) was once Hungary’s tallest panel building, standing 84 metres high. Handed over in 1976, it became structurally unsafe by 1989 due to a flaw in the construction technology and its residents were relocated; it then stood as the tallest uninhabited building in Central Europe until its demolition began in spring 2016.

We carried out the construction and operation of the climbing formwork system designed by PERI. The ground-level fabrication of the 36 formwork units and the pre-assembly of their receiving structures within the building took place in parallel; the units were installed using a tower crane and moved from floor to floor by a hydraulic system. In total, 115 tonnes of climbing formwork components were assembled, with 880 m² of formwork facing. This was the first project in the world to operate climbing formwork in a downward direction.

The 2017 FINA World Championships, hosted by Hungary, took place across multiple venues; the open-water swimming events were held in Balatonfüred, along a section of Lake Balaton parallel to the famous Tagore Promenade.

Our task was to construct a continuous spectator grandstand approximately 198 metres in length, designed by PERI, located 8.5 metres offshore. Construction was carried out in phases along the shoreline; the lifting operations and in-water assembly were supported by professional divers, who assisted with the connection and levelling of the individual sections. A timber grillage support structure was installed beneath the scaffolding to ensure proper load distribution, eight access bridges connected the grandstand to the shore, and the structure was anchored to the concrete retaining wall using rock anchors.

Project data: grandstand length 198 m · width 8.25 m · module width 7.5 m

The client, Neo Property Zrt., is Hungary’s leading property management company. Operating nearly 4 million m² of buildings and 10 million m² of outdoor areas nationwide, it carries out maintenance and preservation works on behalf of MÁV at the historic Nyugati Railway Station, originally constructed in the 19th century.

Due to the deteriorated condition of the ticket-hall ceiling and the associated risk of falling elements, restoration and preparatory works became essential. A comprehensive protective scaffolding system was installed throughout the entire hall, using the PERI UP Rosett Flex modular scaffolding system in combination with the PERI MULTIFLEX slab formwork system. The structure served as a protective scaffold ensuring safe passenger traffic beneath the work area, as a working platform for inspections, surveys and preparation works, and as an access and support structure for the subsequent refurbishment. Its open, unobtrusive layout allowed uninterrupted passenger circulation throughout the station.

To minimize disruption and prioritize both safety and noise control, the project was executed during night shifts; in total, approximately 53 tonnes of scaffolding and formwork materials were installed.

South Korea’s SK Innovation began developing lithium-ion batteries for electric vehicles in 2005 and became a battery supplier to several automotive manufacturers, including Hyundai, in 2010. As part of its international expansion, the company established SK Battery Hungary in Komárom – its first battery manufacturing facility in Europe, with an annual capacity of 7.5 GWh, sufficient to supply approximately 250,000 electric vehicles. The plant was also the first in the world to mass-produce medium- and large-sized NiCoMn batteries with an 8:1:1 composition ratio.

Our construction division supported specialist contractors with scaffolding services throughout nearly the entire construction phase. To provide temporary access to the 28–35 m high roofs of the production halls, we installed construction access towers and stair towers, then erected approximately 6,000 m² of scaffolding for the reinforced-concrete stairwells, supporting both formwork and rebar installation works.

As construction progressed, we provided approximately 4,000 m³ of scaffolding for the technological pipe bridges connecting the halls, and nearly 15,000 m³ of modular access scaffolding, erected in multiple phases, for mechanical works on the cold and hot sides of the boiler house. Our scaffolding was also used by contractors installing fire detection and suppression systems, automation and control systems, and carrying out painting works within the stairwells – several thousand cubic metres in total, contributing to safe and efficient project execution.

The Extreme Light Infrastructure (ELI) is the world’s first facility to enable the study of light–matter interaction at unprecedented intensities, reaching even into the ultra-relativistic regime – opening new avenues in physics and laying the groundwork for developments such as relativistic microelectronics and compact laser-driven particle accelerators, with significant impact on materials science, medicine and environmental protection.

On the mechanical-services bridges of Hall “A” we constructed 2,200 m² of access walkways and 6,400 m² of installation decking at roof level, providing the supplementary scaffolding and stair towers required for the mechanical installations. The temporary work surfaces were built between the building’s long-span steel structures using a roll-out (shifting) formwork technology. For craning the main high-voltage equipment into Hall “B” we erected heavy load-in scaffolds with a 4-tonne capacity, and 7-tonne-capacity scaffolds for the main air-handling units, along with temporary working levels, supports and level-compensation structures for moving the heavy machinery.

The new manufacturing facility in Nyíregyháza was developed as a completely greenfield investment. Sustainability and occupational safety were key priorities throughout the project, including the new injection-moulding and waste-storage buildings as well as the overall plant infrastructure.

This was our first project directly related to the construction industry – an immediate step into a large-scale and demanding environment. During the greenfield development we erected more than 45,000 m² of facade scaffolding to support masonry, finishing and various dry-construction works. For the masonry works on the five production-hall buildings we constructed combined facade-scaffolding and brick-storage platforms, enabling our client to achieve significant labour savings by improving material handling and reducing manual transportation on site.

Hankook is one of the world’s leading tyre manufacturers, actively committed to improving road safety worldwide through continuous technological development and innovation. As part of the Phase III expansion of Hankook Tire Hungary Ltd.’s manufacturing facility in Rácalmás, the existing complex was enlarged with a new standalone building designed in line with the architecture and functionality of the existing plant.

During the project we carried out the erection of approximately 8,500 m³ of access scaffolding using our client’s modular scaffolding systems, and performed a number of specialized scaffolding-related installation tasks, contributing approximately 450 man-hours.

On behalf of Daelim Ltd. we also provided a comprehensive site-security and access-control package: a card-based access control system, access turnstiles, CCTV surveillance, vehicle access barriers, office containers, mobile stair units and portable sanitary facilities – supporting the secure and efficient operation of the construction site throughout the project.

During the renovation of a 56-unit residential building we carry out complete roof-structure construction and roofing works.

Our task is the full timber-structure, roofing and tinsmithing works for the building, which consists of two separate blocks, and later the scaffolding of the buildings. The building is 16 metres high with a roof area of 916 m². The roof of the larger block sits on a coffered slab with shallow pitches and terraces; the smaller block has a loft conversion where the timber structure is carried by a steel frame.

The scaffolding system was erected on specially designed steel beams. Around the dome, eight interconnected scaffold sections were assembled into a self-supporting structure without ties or additional bracing, progressively cantilevered at each level to follow precisely the geometry of the dome as it tapers towards the top.

In addition to the scaffolding works, our scope included the replacement of the roofing on the synagogue’s dome and all roof surfaces, together with minor structural repair works. The dome’s existing slate covering was replaced with a new double-covered natural slate roof system over 360 m²; the tiled roof sections received new membranes and battens, followed by single-lap interlocking clay tiles over approximately 1,200 m².

The scale and height of the structure posed significant logistical challenges: while the average eaves height is approximately 18 metres, the dome begins at 25 metres and reaches 50 metres. All materials – roof tiles, natural slate and scaffolding components – had to be lifted to the work areas exclusively by crane and distributed onto heavy-duty scaffold platforms.

Swiss Krono Kft., part of the Swiss-based Swiss Krono Group, invested approximately EUR 95 million (HUF 29 billion) in the construction of its wood-processing facility in Vásárosnamény, completed in June 2016.

During the commissioning phase we maintained a continuous on-site presence for several months, erecting tens of thousands of cubic metres of industrial access scaffolding using our modular scaffolding system. Our structures supported the installation of the facility’s complete fire detection and suppression systems, the thermal insulation of the entire technological pipeline network (covering roughly 13 km of process piping) and the thermal insulation of the resin storage tanks.

Industrial scaffolding quantities: 6+1 resin storage tanks approx. 6,000 m³ · fire detection & suppression systems approx. 7,300 m³ · thermal insulation works approx. 4,500 m³

The listed station building in Kaposvár is being renovated for HUF 1.6 billion with EU funding, as part of MÁV’s station-development programme. The station has operated since 1872; the current building was erected in 1898–1899 and is protected as a monument. The reconstruction modernises the hall, adds a government window and renews the station surroundings.

Our task is the complete scaffolding for the renovation of the reception buildings: about 2,500 m² of façade scaffolding fitted with protective netting, 2,000 m³ of space scaffolding in the central passenger hall, plus one construction stair tower and an 80-metre temporary corridor, built from our frame and modular systems.

Standing on Pécs’s main square, the Nagy Lajos Grammar School has been a leading school of the region since 1687. It came under Cistercian direction in 1815 and has operated in its present historic building since 1868. In the 2015 renovation, the largest task was the façade refurbishment on the Széchenyi Square and Ciszterci köz sides; the project was realised for HUF 50 million.

We carried out the complete scaffolding for the façade renovation: 2,000 m² of façade scaffolding fitted with protective netting and the necessary protective roofs, from our frame and modular systems.

The cathedral stands in Pécs’s old town, founded in the time of King Stephen, gaining its present neo-Romanesque form in the 1882–1891 rebuilding designed by Frigyes Schmidt. The cathedral sits right beside the early-Christian burial chambers inscribed on the UNESCO World Heritage List.

During the renovation we scaffolded the cathedral’s south-eastern tower to its full spire height (58 metres), amounting to about 2,000 m² of scaffolding with protective netting and 34 built-in lattice girders. We also scaffolded 376 m² of façade on the Bishop’s Granary building. The work was carried out as a labour-only service from the client’s scaffolding.

The 400-bed clinic of the University of Pécs was renovated and extended for over HUF 15 billion. The Janus Pannonius Clinical Block is a key regional healthcare centre receiving half a million patients a year; it can treat 367 inpatients and has a helipad on the roof.

For the Pólus project and the conversion of the educational buildings we built nearly 3,500 m² of scaffolding, much of it fitted with cantilevers and protective netting. Several scaffolds of bespoke technology were erected (projecting scaffold, clamped single-row scaffold). More than half of the façade scaffolding started from flat roofs; as the building had to stay in operation, we built a high-capacity receiving beam grid.

As part of the project, the cathodic protection level of the entire BTC (Baku–Tbilisi–Ceyhan) pipeline system was upgraded on the Turkish section of the pipeline.

EHS services provided: safety review and assessment of the operational system; comprehensive Health, Safety and Environment training programmes; professional on-site HSE supervision in accordance with BP requirements; work under exceptional operating conditions (ATEX hazardous areas, offshore and marine environments, vessel-based operations, extreme weather, diving operations); successful execution in a multilingual and multicultural working environment; strict compliance with all safety requirements to achieve a zero-incident performance.

Scaffolding scope of work: design of custom scaffolding base structures and lifting supports for marine vessels to facilitate the placement of anode elements on the seabed; trial assembly and testing in Hungary prior to deployment; assembly and installation training for site personnel; periodic inspections and verification following installation.

The coke plant of Dunaferr Zrt. in Dunaújváros has undergone continuous modernization to maintain its position as one of Hungary’s largest industrial producers. The nearly HUF 3 billion investment was primarily aimed at the effective removal of nitrogen and organic compounds from the process water generated during coking, and formed an important component of the integrated steel production process.

During maintenance works at the coke plant of ISD Dunaferr Zrt., we provided industrial access scaffolding throughout the facility to support mechanical and insulation works on technological equipment, using our modular scaffolding system. Throughout the shutdown period we maintained a continuous 24/7 on-site standby service. The works were carried out under special industrial conditions, including an oil-contaminated environment, proximity to hot surfaces and the presence of hazardous gases.

As an expert in renewable energy, PANNONPOWER Holding Zrt., a member of the Dalkia Energy Group, constructed Hungary’s largest straw-fired power plant in Pécs. The facility, designed to burn baled herbaceous agricultural by-products, supplies approximately 60% of the heat demand of Pécs’s district-heating network, which serves 31,000 households and 450 public institutions.

The most complex component of the expansion was the boiler unit, designed to receive and burn both straw and wood-chip fuel. To support the activities of our delivery and installation partner, we maintained a continuous on-site presence for 18 months, erecting tens of thousands of cubic metres of industrial access scaffolding using our modular scaffolding system.

Project quantities: external boiler filter 1,200 m³ · structural steel erection 1,300 m³ · combustion-air system 1,300 m³ · main steam & feedwater 500 m³ · cooling water, flue-gas cooling & gas pipeline 2,800 m³ · combustion-air insulation 1,800 m³ · sandwich-panel cladding for the big-bag filling system 280 m³ · multicyclone insulation 1,200 m³

The Királyegyháza Cement Plant is one of the most modern cement production facilities in Europe, equipped with state-of-the-art technology including a vertical cement mill. Developed as a greenfield investment and awarded the Construction Industry Excellence Award, the plant has been in operation since 2011 and employs approximately 130 people, placing strong emphasis on environmental protection and cooperation with local communities. Its current annual capacity is 750,000 tonnes of clinker and 1 million tonnes of cement.

We provide the scaffolding services required for maintenance activities using our modular scaffolding system. These works are carried out continuously, with industrial scaffolding components permanently stored on-site to ensure rapid and efficient deployment whenever needed.

Founded in the 1800s in the United States as a small family soap- and candle-making business, the company today markets over 300 brands in 160 countries. It has been present in Hungary since 1991; the Csömör factory employs nearly 800 people.

During the expansion of the Csömör plant a new drying machine was installed; for the insulation of its process and air ducts we built industrial space scaffolding from our modular system.

Bridgestone Tatabánya Termelő Kft. began operating in 2006 and has become Hungary’s third-largest tyre factory. Of Bridgestone’s ten European plants, Tatabánya is the only one using the BIRD (Bridgestone Innovative and Rational Development) technology.

We carried out the scaffolding works across several phases of the investment: from our modular system we provided several stair towers and a work bridge.

Working alongside the Italian (IREM Group) and Croatian mechanical main contractors, we took part in the scaffolding works for MOL Petrolkémia Zrt.’s polyol complex in Tiszaújváros – a €1.3 billion investment producing around 200,000 tonnes of polyol per year. Polyol is one of the most sought-after plastic raw materials, used across numerous industries from automotive manufacturing to clothing and insulation technology.

Our scope covered the scaffolding works – and, in part, the technological insulation – of the plant’s main process pipe racks, mechanical systems and columns. Over four years of continuous work, with a permanent workforce of up to 70 at peak times and English-language site management, we erected and dismantled several hundred thousand cubic metres of industrial access scaffolding, supporting our client’s mechanical works to their complete satisfaction.

A further task was the internal and external scaffolding for the construction of several high-capacity tanks in the new plant’s tank farm, along with the external thermal insulation and metal cladding works for these tanks.

The Votive Church (officially the Cathedral of Our Lady of Hungary, widely known as Szeged Cathedral) is a Neo-Romanesque cathedral on Dóm Square in Szeged. It is the principal church of the Szeged-Csanád Diocese and, with towers rising to 81 metres, the fifth-tallest church in the country – one of the most monumental works of 20th-century Hungarian ecclesiastical architecture and a distinctive element of the Szeged skyline.

Our task was to erect scaffolding around the upper sections of the bell towers using a special technology that enabled our heritage-restoration partner to refurbish the brickwork ornamentation, the decorative elements and the clock faces.

The distinctive feature of this scaffolding is that it did not start from ground level: by projecting steel beams out from an intermediate gallery, we reached the underside of the clock faces with a 14-metre suspended scaffold section, while above this gallery level the scaffolding was built to follow the geometry of the domes.

We carried out several tasks at one of Hungary’s largest cement plants: the internal volumetric scaffolding of the kiln area, the scaffolding of conveyor belts and silos, and the supporting and protective scaffolding for the demolition of a multi-storey section of the production plant.

Our largest and most specialised job was building scaffolding to access the loosened metal cladding on the return bend (“swan neck”) of the 116-metre-high flue-gas extraction system – the highest point of the plant and its surroundings. The structure was a geometrically complex volumetric scaffold rising from a starting level of 82 metres to the highest point at 116 metres. Precise and meticulous design work and careful execution were required, as the uppermost 12-metre section could no longer be anchored to any steel structure, making it effectively self-supporting.

A further complicating factor was the extreme wind loading caused by the geographical conditions of the Danube Bend and the great height involved.

How can urban living be combined with nature – especially in a major city like Budapest? This is the question architects Zsolt Hajnal and Péter Kendelényi set out to answer when they designed a residential building with 513 modern apartments in the heart of the Hungarian capital. Its standout feature is a green façade spanning the fifth to the tenth floor: covering a total of 7,000 m², the planting not only enhances the building aesthetically but also improves the local microclimate and reduces air pollution. Studies have shown that greening façades can lower the external surface temperature by 15–20 °C and the internal temperature by up to 5–8 °C.

Bringing this green oasis to life placed particular demands on the scaffolding. Because of the steel grid that supports the plants, the scaffolding could not be anchored to the façade in the usual way, and the system had to be erected to a height of 36 metres while remaining stable and safe for the construction team. We demonstrated as early as the tender phase that we are equipped to handle exactly these kinds of challenges.

Our first major challenge was anchoring the façade scaffolding: with prefabricated metal beams covering almost every vertical surface, we developed a solution in which the façade scaffolding is anchored not to the wall but to our modular scaffolding. The project uses 18,000 m² of PERI UP façade scaffolding and 19,300 m³ of modular scaffolding; because the two systems combine flexibly, varying geometries and load requirements are handled simply and cost-effectively. Our engineers produced detailed 3D models showing not only how much material is required, but also exactly how and where the scaffolding should be erected and interconnected.

CHP Combined Heat and Power Plant – Vilnius, Lithuania · AAK Denmark A/S vegetable-oil factory – Aarhus, Denmark

MTB Industrial Kft. introduced itself on the international market with its own dedicated team, and industrial sheet-metal cladding and thermal insulation became one of its core activities. We entered into an international cooperation agreement with one of Europe’s leading multinational companies, which carries out scaffolding, technological insulation and sheet-metal cladding works in more than 20 countries.

From 2022 onwards, our team proved its competence on a number of international Hotrema projects: at the facilities listed above we carried out industrial thermal insulation and the construction of sheet-metal cladding – handling, whatever the scale, the insulation and metal covering of pipelines, engine houses, boilers, air ducts, air-conditioning systems, other mechanical equipment and tanks.