Ballinteer school- Demolishing of community school for P.J McLoughlin including soft strip and cart away.

Henrietta st- On behalf of Dunwoody & Dobson we erected temporary steel and propping to a listed building involving x-bracing to windows and needle pins to support 4 storey building. Propping of wall involved fabrication of steel frame and lifting in as one piece.

Oberstown-Knocked down one story accommodation building to oberstown boys school for the OPW comprising of brick/ block/ concrete. Drainage to site to facilitate new carpark and electrical ducting.

Sheriff st- Dug out basement and groundworks for McNamaras. Removal of contaminated soil. Temporary steel to basement walls and retention to one side of site involving kingposts and trench sheeting. Underpining to a section of site.

York St- 20m basement of which the lower 9m was rock. Mcnamara job with over 55 ton of temporary steel waler to inside of secant piles. Erected and poured 4.5m x 23m wall over 400mm thick. Drainage to basement currently being installed.

IGB. This 25 acre project in Dublin 4 is the site of the former Irish Glass Bottle Company. Due to its former use as a factory, and previously as a waste facility, strict environmental, health and safety controls were adhered to in all aspects of demolition and disposal.

The first phase of the IGB project involved the demolition of a series of large warehouses including the careful removal of the 12m high asbestos roof using groups of MEWP’s, before shearing and recycling the structural steel.

The next phase involved the dismantling of factory machinery including 25m high storage towers, industrial furnaces, conveyors, soft stripping, and subsequent demolition using a high reach excavator in conjunction with a team of support excavators and crushers to segregate and recycle materials.

During demolition of the offices and minor buildings, the tank farm was drained and prepared for dismantling. It comprised of five tanks measuring up to 20m in height, which were shorn in large sections from the top down using a specialized shears attached to a high reach excavator.