Download Photo 1: This aerial Photograph is on the wall in the facility. It is

Photo 1: This aerial Photograph is on the wall in the facility. It is dated November 2012 (facility size was
6 000m2 within the fences)
Photo 2 (a – d): The zinc spraying activity. Zinc (the coil shown on the top right) is melted by the application
of heat and flame sprayed onto the cylinders. Overshot spray is emitted / deposited out of the vent located
behind the cylinder. These photographs were taken in July 2014 and February 2015.
Photo 3 (a-d): The combustion installation (the oven) and its associated stack. Gas is used to power the
oven (left over gas from cylinders brought in).
Photo 4 (a & b): The hydro-testing station and its associated waste water separator trap on the outside of
the Hydro Pressure Testing Station. Waste water is recycled back into the testing station and suspended
solids are caught in the separator trap. Photos taken in July 2014 and February 2015.
Photo 5 (a & b): This waste water settling trap was associated with the previous shot blasting operation. The
photo on the left was taken in February 2015 and the photo on the right was taken in November 2015. The
waste water settling trap was decommissioned in September 2015 and the surrounding contaminated soil
excavated and stockpiled. This settling trap is no longer required since the shot blasting process was
upgraded to a pulse extraction bag system.
Photo 6 (a – d): The two spray painting booths and their associated stacks.
Photo 7 (a – c): The shot blasting wheelabrader system and its associated stack (pulse extraction bag
system).
Photo 8 (a & b): The floor area on the northern boundary of the facility (where the zinc vent, oven stack,
shotblasting stack, both waste water separator traps and one of the paint booth stacks is located) was
remediated by the owner of the facility.
Photo 9 (a-c): The “contaminated” soil that was excavated and stockpiled on site. The EAP advised PC
Revalidation after they observed the remediation that took place, to stop all remediation activities on site
and to keep the stockpile of contaminated soil on site so that tests can be done and the waste can be
appropriately classified.