Frequently Asked Questions

Mosscrete is a bioreceptive concrete solution designed to support natural moss growth directly on building surfaces. The concrete surface is engineered so moss can establish itself without a traditional soil layer.

Mosscrete can be considered for facades, walls, renovation projects, new construction, infrastructure surfaces and architectural features where a living moss layer adds environmental and visual value.

Yes. Respyre offers Mosscrete options for new construction as well as retrofit situations. The best option depends on the existing wall, load, orientation, moisture exposure and required detailing.

Mosscrete is designed to support moss without soil. The moss uses rainwater and ambient humidity, although project-specific water availability and exposure should always be assessed during design.

The establishment period depends on the product configuration, local climate, season, orientation and moisture conditions. Respyre can advise what to expect for each project during the feasibility phase.

Mosscrete is intended as a low-maintenance green facade solution. Periodic inspections are still recommended to check coverage, moisture conditions, drainage, surrounding vegetation and facade performance.

A moss facade can help cool building surfaces, retain moisture, capture fine particulate matter, support biodiversity and contribute to healthier urban microclimates. The exact impact depends on scale and site conditions.

Not automatically. Suitability depends on the substrate, orientation, sun and wind exposure, moisture availability, structural limits, accessibility and local climate. A project review is needed before specification.

Helpful information includes project location, surface size, photos or drawings, wall build-up, new-build or retrofit status, orientation, height, accessibility, planning phase and sustainability goals.

Moss Sedum is a prefabricated green roof solution based on ready-to-install vegetation panels. It is designed to turn suitable roof surfaces into living, ecological roof landscapes.

Moss Sedum is mainly relevant for flat and slightly sloped roofs where the roof structure, waterproofing, drainage and access conditions can support a green roof system.

Often, yes, but the existing roof must be checked first. Important factors include load capacity, waterproofing condition, drainage, edge details, safety access and long-term maintenance access.

Moss Sedum uses prefabricated panels, which can reduce installation time and give a more immediate green appearance compared with systems that need a longer planting and establishment period.

Yes, green roof systems can help retain and slow down rainwater runoff. This can reduce pressure on urban drainage systems, especially in dense areas with limited open soil.

A green roof can help reduce heat gain, buffer temperature changes and improve the roof environment. The measurable effect depends on roof build-up, insulation, climate and project scale.

Moss Sedum is designed for relatively low maintenance, but periodic checks remain important. Typical attention points include drainage, unwanted vegetation, dry periods, roof edges and overall plant health.

Yes. It can be relevant for offices, public buildings, schools, healthcare buildings, residential complexes and infrastructure-related buildings where roof greening supports climate and biodiversity goals.

Vertical walls, also called living facades or green walls, are systems that add vegetation to vertical building surfaces. They turn bare walls into green architectural elements.

They can be used on facades, courtyards, public spaces, commercial buildings, residential projects and urban redevelopment sites where vertical greenery is preferred over horizontal planting space.

Yes. They are especially useful where ground-level space is limited, because they transform existing vertical surfaces into greenery without requiring a large footprint.

Most living wall systems require some form of water supply or irrigation strategy. The exact setup depends on the system, plant selection, climate, exposure and maintenance plan.

Vertical walls can improve visual quality, support biodiversity, add shade, reduce surface temperatures, buffer rainwater and contribute to cleaner, more comfortable urban environments.

Many modern systems are modular, which makes them easier to plan, install, maintain and adapt. Respyre can advise which system type fits the building and project ambition.

Maintenance usually includes plant health checks, irrigation checks, pruning, replacement of weak plants if needed, and inspection of the support structure and drainage.

A vertical wall is a strong option when the project needs immediate visual greenery, biodiversity value and reliable facade greening. Site exposure, access, budget and maintenance expectations should guide the choice.

Climbing plants are plants that grow upward along facades using trellises, cables, meshes or support frames. They create a natural green layer over time.

They are well suited for buildings and public spaces where there is room for root zones, support structures and ongoing maintenance, and where seasonal natural growth is desired.

Usually, yes. Most projects use cables, grids, trellises or frames to guide the plants and protect the facade. The right structure depends on the species and wall condition.

Climbing plants generally need a suitable root zone, water availability and regular care. Depending on the location, irrigation may be needed to keep the plants healthy.

Coverage develops gradually. Timing depends on plant species, starting size, season, sunlight, soil quality, water availability and the height or width of the intended green surface.

With the right species, support system and detailing, climbing plants can be applied safely. Existing facades should be checked first, especially if there are cracks, weak joints or sensitive materials.

They provide shade, seasonal greenery, cooling, habitat value and visual character. Flowering species can also add color and support pollinators.

Climbing plants are a good choice when a natural, gradual and often cost-efficient facade greening approach fits the project. Mosscrete or vertical wall systems may be better when faster coverage, modularity or soil-free facade greening is required.