The main building of MATE in Gödöllő may receive a comprehensive external reconstruction

The contractor is being sought for the renovation of the main building complex of the Gödöllő campus of the Hungarian University of Agricultural and Life Sciences contractor is being sought for the renovation of the main building complex of the Hungarian University of Agricultural and Life Sciences in Gödöllő. The exterior renovation includes the reconstruction of the roof and the façade.

Asbestos shale is removed

The aim of the renovation is to renovate the roof structure of the main building of the Hungarian University of Agricultural and Life Sciences in Gödöllő (approximately 5.500 m²), to bring the roof structure into a good condition and to create a uniform appearance. During the renovation, on the basis of the structural reinforcement plans

• the existing carpentry structure must be reinforced,
• the necessary elements must be replaced.
• The slate and sheet metal roofing of the building needs to be renewed,
• replace the ducts and shunts.
• The roof superstructure is connected to a further five terraces, the insulation of which is also to be carried out as part of this work (approx. 320 m²-en).
• The lightning protection of the building needs to be completely renewed. 

Façade reconstruction among the tasks

In addition, the winner will be responsible for

• renovation of the facades of the Main Building (total of approx. 16.300 m²),
• the reconstruction of works of art of monumental character according to a restoration plan
• re-plastering of the plastered surfaces of the Seminary wing (approximately 4.000 m²),

• and repair and renovation of parts of the large Aula wing not affected by the previous renovation (roof structure, front staircase, lower surface of the projecting slab, approximately 4.100 m²).

The proposed renovation will involve significant demolition work, primarily of the existing asbestos-containing slate and partial deck chair and decking cladding, involving the demolition and removal of approximately 2,200 m³ of construction debris.