Some think anyone can demolish. Nothing could be further from the truth. Controlled demolition is a profession and that requires craftsmanship. We have that in house. This also involves research into the value of materials and the presence of asbestos. And finally, we can ensure that concrete parts are completely reused.
Raw materials and materials inventory
In a materials inventory, we identify and document all reusable materials within the demolition object That could be a building such as a hospital, or a factory, but it could also be a bridge. Meijs Ingenieurs’ structural inspectors make this inventory based on drawings and visual inspections on directly reusable (building) materials. You can think about doors, installations and plumbing, for example. In the case of a (raw) materials inventory, this is done on the basis of main sub-streams. Using drawings and visual inspections on site, we record the quantities of concrete, glass, metal, wood, sand-lime brick and plaster, for example. This inventory provides a complete picture of the circular value. This forms the basis for a circular demolition plan.
Demolition specifications
If demolition is required, it should be reflected in a demolition specification. We will be happy to draw up such specifications for you and they can serve for a call for tenders and as implementation guidelines for the demolition contractor.
Asbestos survey
Buildings constructed before 1994 may contain asbestos. When demolishing and renovating a building before 1994, legislation requires an asbestos survey to be carried out. When processing or removing asbestos, you run the risk of being exposed to asbestos fibres. By having Meijs Ingenieurs investigate in advance where the building contains asbestos, measures can be taken to ensure safe and healthy living and working conditions.
Concrete graft
Concrete transplantation is fully circular and absolutely sustainable. It may seem like a strange word, but it is a concept we have developed ourselves. It means that concrete parts of a property are removed and then reused in a new situation.
When concrete is recycled, it is crushed into rubble aggregate and used as a filler material or gravel replacement. That operation requires a huge amount of energy while producing only a low-quality product. In contrast, concrete transplantation has a low energy demand and produces a high-quality new product. Think of facades that become new facades again. That is sustainable and circular business. For the Environmental Performance of Buildings (MPG), it also delivers high scores.
