Aquacast Precast Concrete Block
Reduces the carbon footprint upto 77%
The revolutionary and environmentally friendly alternative, are making a significant impact on the nearly 10% of global carbon emissions attributed to concrete. See our success stories below
Aquacast : Clever but Simple
BALDWIN RESERVOIR PROJECT
CLIENT
IOM Government
PRIMARY OBJECTIVE
Enhancement and
strengthening of river banks to inhibit erosion from fast flowing water.
OUTCOME
Aquacast unique method using fast dry precast 1 meter x 400mm x 85 mm w Blocks and 50mm diameter steel pins to stop landslide. Excavation for foundation was unnecessary.
The overall Process was highly environmental friendly and
economical when compared to conventional concrete walls.
INDUSTRIAL ESTATE PROJECT
CLIENT
Rural Industries LTD
PRIMARY OBJECTIVE
To make instant retaining
walls with back fill generate Access roads to
land that is considered to being difficult and too
low level for large industrial estate. This project
is also considered to be a good example of of
how to rapidly stop large land slides.
OUTCOME
Using 1 meter x 400 mm x 85 W Blocks, the construction started without the need for
excavating foundation. Utilizing the piling option,
fast construction took place using 50mm diameter M steel bars which passed through the
W blocks centre holes. This option of pining was an added advantage to overcome and withstand turn over forces after filling.
KEEOWDHOO RESERVOIR PROJECT
CLIENT
IOM Government
Water Authority UK
PRIMARY OBJECTIVE
To reinforce reservoir
embankment and to be able to meet the increased water holding capacity of the
reservoir by a substantial Margin.
OUTCOME
The Aquacast clean pre-cast method was chosen as it does not involve on site concrete
mixing, being held by interlocking and gravity
friction, protecting the embankment by stopping
erosion, the added advantage being the cavities
encouraging fish habitat and green growth
CORNFIELD BRIDGE PROJECT
CLIENT
Oldham Metropolitan
Council Greater Manchester
UK government
PRIMARY OBJECTIVE
Enhancement and
strengthening of the river banks to inhibit erosion
and halt the ruminant collapse of the bridge.
OUTCOME
Aquacast successfully used 1 meter x 1 meter V blocks reinforcing embankment and supporting the bridge at the same time, saving the bridge
from eminent collapse and the substantial cost of rebuilding.
NodeIN Instruments LLP (Company Number OC449808), registered in England and Wales
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