Greenslopes Hospital – Brisbane Queensland.

To minimise the weight and provide free drainage on large roof areas.

VersiPave eliminated the use of heavy bedding sand on large roof areas, allows access to the waterproofing membrane, provides free drainage and creates an air insulation air gap under the pavers.

Resmed Research Centre – Sydney NSW.

To provide effective low cost drainage on retaining walls.

VersiDrain 8 Geo was easily adhered to large retaining walls, protected the waterproofing membrane against backfilling and provides effective low cost drainage.

Re-furbished Beaumonde Apartments, North Sydney – NSW.

To reduce the structural weight on balconies, provide free draining of paved areas and allow service lines to be concealed.

VersiPave GP paver supports and Extenders were placed onto existing tiles and pavers positioned onto VersiPave GP units. VersiPave GP eliminated the use of heavy bedding sand, provide free drainage on large balconies, minimize sound transmission from one balcony to the next and allowed service lines as shown to be installed under the pavers.

Minter Ellison Building – Canberra ACT.

To provide efficient drainage in planter box areas.

VersiCell protected the waterproofing membrane on large basement walls, easily withstood high back-filling loads and provides efficient drainage on basement and retaining walls.

Cove Apartments The Rocks Area, Sydney – NSW.

To provide a non-corrosive support structure for stainless steel beams and timber decking in exclusive high rise apartments.

VersiJack telescopic supports were positioned directly onto the waterproofing membrane and stainless steel beams positioned onto VersiJack units and anchored into wall sections. Timber decking was mechanically fastened onto the stainless steel beams. VersiJack provide a rigid support network for beams and decking, allow service lines to be installed under the decking and minimize sound transmission from one floor to the next..

Inner West Area Health Unit, Croydon – Sydney NSW.

To provide efficient drainage on large landscaped deck areas.

VersiCell protected the waterproofing membrane, withstood the weight of on-site mechanical equipment and effectively drains large landscaped deck areas.

Constitution Hill Retirement Village – Sydney NSW.

To provide efficient drainage in planter box areas.

VersiCell protected the waterproofing membrane, the lightweight panels were easy to install and provide highly efficient drainage in planter box areas.

Conservatorium of Music – Sydney NSW.

To provide efficient drainage on large landscaped deck areas with heavy tree plantings.

VersiCell protected the waterproofing membrane, withstands the weight of heavy tree plantings and effectively drains large landscaped lawn and gravel walkway deck areas positioned above auditoriums.

Chatswood to Epping Rail Link – Sydney NSW.

To provide efficient drainage under rail station concourse walkways.

VersiCell withstands the weight of heavy re-inforced concrete underground rail station concourses, effectively captures and transports high volume sub-surface stormwater to drainage outlets and ensures that the concourse slab remains dry under high rainfall conditions.

California Pension Service (Calpers) Building Sacremento, California USA.

To provide efficient drainage under 10,000 m2 of landscaped areas positioned over underground parking areas, to withstand the weight of onsite mechanical equipment, during the installation of soil mix and to bear the weight of large tree plantings.

VersiCell interlocking panels were positioned directly onto the waterproofing membrane, providing membrane protection and covered with geotextile. Planting media was positioned on the geotextile and turf and plant species installed. VersiCell, unlike cuspated drainage sheets, when covered with a minimum 100mm of soil mix, withstands the weight of bobcats and other mechanical equipment during the installation of soil mix. VersiCell also resists the weight of large newly established and mature tree species. VersiCell is three times more efficient than dimpled drainage sheets in capturing and transporting sub-surface water and does not suffer from severe restriction, caused by geotextile sagging between dimples, in cuspated drainage sheets.