The latest press releases

Extensive green roof amidst skyscrapers

Even in the arid regions around the Mediterranean, an efficient irrigation system means good savings.

The new Zinco system build-up “Irrigated Extensive Green Roof” with its highly efficient capillary irrigation system manages to strike a balance between a cost-effective solution and the permanent proper functioning of a green roof in dry climates.
Roof garden with herbs and dead wood

“Deadwood” should really be called “biotope wood”, as it is used as a habitat by moss, lichen, beetles and flies.

The conservation of biodiversity (biological diversity) in nature, is considered to be an important basis for human well-being. Green roofs too are capable of contributing to this; it is mainly low-maintenance roofs, that is to say, quite undisturbed green roofs, that are important refuges for various animal and plant species. Beetles, wild bees and butterflies find food and shelter there. However, the development of biodiversity depends to a great extent on how the habitats that are provided for the flora and fauna on a roof are structured.

Green roof in the city

The system build-up “Urban Climate Roof” provides for increased cooling of the ambient temperature particularly in urban centres. © Zorlu Property Group

Zinco, the innovative green roof manufacturer has developed the “Urban Climate Roof”, a new system build-up and pioneering solution to counteract the heating up of densely populated towns and cities. The “Urban Climate Roof” boasts an extremely high evaporation capacity due to its design with irrigation and special plants and, therefore, provides for the active cooling of the ambient temperature. This allows for existing roof areas to be used directly as additional green areas and to have a positive impact on the urban climate.

Extensive green roof

180 m² of sedum green roof are framed by the spectacular backdrop of the Pacific Ocean. Source: Brett Ryan Studios, Vancouver

The private dwelling house, Gleneagles Drive Residence with its spectacular views of the Pacific Ocean is in one of the most sought after neighbourhoods of West Vancouver. The flat-roof building on a hillside location, comprising a number of individual components, has an extensive green roof area totalling approx. 180 m² and presents itself as being just as cultivated and elegant as the sophisticated neighbourhood in which it is situated. Zinco Canada Inc. supplied the suitable system build-up “Sedum Carpet” – simple and flowering.

Fallnet® SR with grid elements

There is no need for roof penetration with the Fallnet® SR system with a fixed single anchor point.

Sustainability is a real buzzword in the construction sector but things are only truly sustainable if they work properly in the long term and this often depends on structural details. For example, if a fall protection system required by law is planned for a flat roof or a solar energy system or if railings have to be fitted around the sparkling new roof garden, unfortunately, the roof is often penetrated in order to secure these elements. However, in certain circumstances this can create cold or thermal bridges and weak points in the roof waterproof membrane.

Roof garden with benches

The highly resilient Stabilodrain® is perfect for walkways and driveways and also for beneath green roofs.

“Managing to achieve the same type of landscape on a roof as on the ground“. With this principle in mind, Zinco supplies the product Stabilodrain® SD 30 which allows for the installation of permanently reliable walkways and driveways on roofs.

Green roof system build-up with spacer

The Zinco spacer creates space for water storage while above it virtually any type of green roof and roof utilisation is possible.

Increasingly overheated towns and cities, on the one hand, and an increase in heavy rain events, flooding and a reduction in the water table on the other are creating problems for conurbations. It is a clear sign that the ecology of the water cycle has been seriously disturbed – the result of climate change and land sealing. This is where a green roof comes into play. It stores stormwater and allows it to drain off at pre-defined intervals or to evaporate on the roof.

Aerial view of a green roof with photovoltaics

A combination of solar energy system and green roof will result in an increase in yield of 4 %.

The combination of green roof and solar energy is not in trend for no reason. It is already well known that this combination can produce significant synergy effects: the green roof provides the superimposed load required to protect the system against wind uplift. Therefore, there is no need for roof penetration or heavy individual point loads. In addition, green roofs provide for a lower ambient temperature compared with bare or gravelled roofs and as a result they help to increase the yield from a solar energy system.

Fixodrain® XD 20

With Fixodrain® XD 20, the protection, drainage and water retention layers are installed all in one go – including European Technical Approval.

The larger the roof area, the greater the pressure on your budget. For this reason, Zinco has created a single product that incorporates a number of the functional layers found in a green roof build-up. Supplied in rolls and with the filter sheet already attached, Fixodrain® XD 20 offers a protective, drainage, water retaining and ventilation layer in one. The system build-up with Fixodrain® XD 20 is particularly suitable for the expansive area of an extensive green roof – and even for inverted roofs.

Company building

Extensive green roof with stormwater retention across the actual roof area of 3,800 m² resembles sealed surfaces such as is the case in the entrance area of the new company building. Source: Mitsubishi Electric Europe B.V.

The increase in rain events and flooding and a lowering of the water table are clear indicators that the ecology of the water cycle has been severely impaired as a result of climate change and the consistently high level of soil sealing. This is where green roofs come into play, providing additional green space in densely developed urban areas. Each green roof stores a certain quantity of stormwater and then allows it to run-off in a time delay or to evaporate on the roof.