Revegetation, erosion control and surface stabilization

Hydroseeding and hydromulch systems for slopes under sustained erosion and traffic loads. Fiber-reinforced formulations ensure vegetation establishment on gradients of 1:1 and steeper — faster and more evenly across the area than conventional dry seeding.

Hydraulically applied seeding for verges, central reservations and traffic islands. Large-area hydroseeding as an efficient alternative to hand seeding — including sections along motorways and trunk roads that are difficult to reach.

Revegetation of railway embankments and lineside areas with erosion-stable hydromulch systems. Formulations are matched to nutrient-poor substrates and to the operating constraints of the rail environment.

Revegetation of safety-relevant areas in the airport environment. Rapid vegetation establishment by hydroseeding reduces erosion and bird strike risk in jet blast zones and safety strips.

Revegetation of dike bodies and coastal defense structures with erosion-stable vegetation systems. Hydromulch formulations for alternating wet sites exposed to wave action and sandy substrates.

Hydroseeding and hydraulically applied revegetation for large raw soil areas on industrial and commercial sites. Formulations developed per project deliver even coverage on compacted, nutrient-poor ground.

Revegetation of noise barriers and screening bunds with hydromulch systems. Vegetation establishes quickly even on compacted, nutrient-poor bund material — without hand seeding and without turf rolls.

Hydraulically applied polymer suspensions bind fine dust on unpaved parking areas and works access roads for the long term. Fully biodegradable and applicable without interrupting operations.

Phytostabilization and surface sealing on contaminated ground. Hydraulically applied systems limit the spread of contaminants by wind and rainfall — with no mechanical soil removal.

A hydraulically applied growth medium replaces expensive soil haulage. It creates seedbed conditions directly on raw substrates with no developed topsoil — for reclamation, restoration and the revegetation of extreme sites.

Hydraulically applied protective mulches for temporary and permanent erosion control on slopes, embankments and raw soil areas. Fiber-reinforced systems for steep terrain and safety-critical areas with high protection requirements.

Hydraulically applied erosion control systems replace geotextiles wherever a slope can carry vegetation. No material logistics, no installation work and full biodegradability — at comparable protective performance.

Revegetation of areas steeper than 1:1, on raw soils without fine earth, or under extreme climatic conditions. Formulations for sites where standard hydroseeding and hydromulch systems no longer suffice.

A hydraulically applied fiber-bonded matrix as an alternative to prefabricated erosion control mats. Gap-free coverage without installation work — including on hard-to-reach slopes and irregular terrain.

Hydroseeding and erosion control systems for vineyard slopes and terraces. Hydraulic application between vine rows protects the soil — no compaction from heavy equipment.

Complete turf renovation on golf courses and sports grounds using the SR system. Hydroseeding produces an even surface; areas are typically playable again after 6–8 weeks.

Hydromulch methods for areas of a golf course with no irrigation infrastructure. Water-retaining materials in the formulation extend germination moisture and reduce the watering required during establishment.

Revegetation and stabilization of bunker faces on golf courses. Precise hydroseeding produces even vegetation cover on steep, sandy substrates — without compacting the bunker sand.

Establishing dry grassland and biodiversity areas on golf courses. Site-adapted seed mixtures create low-maintenance, ecologically valuable areas — matched to soil type, aspect and maintenance intensity.

Hydroseeding and hydromulch for alpine sites from 1,500 m above sea level. Formulations account for short vegetation periods, frost dynamics and nutrient-poor high-altitude soils — with native seed mixtures.

Revegetation and erosion control on ski slopes and lift corridors after construction work. Site-adapted mixtures of native species support ecologically sound vegetation that holds through the winter.

Weight-optimized hydromulch formulations for maximum area output per flight hour. Used on steep faces, avalanche defense structures and sites with no ground access — on specialist projects across Europe.

Rapid revegetation and surface stabilization for military and security-critical areas. Formulations for extreme conditions, with short response times and documented performance.

Raw ground with no soil development, extreme pH, high heavy metal content. Multi-stage pedogenesis methods — hydraulically applied soil-building layers provide the base. Phytostabilization on contaminated sub-areas.

Surface sealing and erosion control alongside vegetation establishment. Formulations are fully biodegradable — nothing persistent enters the leachate or the deposited waste. Application without affecting the sealing layer.

Lift corridors, ski slope construction, avalanche defense structures — short vegetation periods, extreme exposure. Thermocontrol formulations and aerial seeding for inaccessible terrain. Regional provenance seed for high-altitude sites.

Site-adapted seed mixtures for alternating wet conditions and fully biodegradable formulations. No material that can be washed into watercourses. Species spectra agreed with the authorities.

Highly sensitive sites with specific pH, nutrient and moisture requirements. Formulations without mineral additives that would alter peat chemistry. No nitrogen input through fertilization.

Species-rich target communities need nutrient-poor substrate conditions. Formulations with deliberately low nutrient content, site-typical regional provenance seed and no non-native species.

Erosion control under flowing water loads, biodegradable materials and woody establishment on the upper bank. Species spectra for riparian vegetation agreed with the water authority.

Compacted, contaminated or anthropogenically altered substrates. Substrate assessment, contamination assessment and project-specific formulation development — phytostabilization or full reclamation depending on the project objective.

Large-scale erosion control after bark beetle damage, windthrow or fire — initial revegetation ahead of replanting. Aerial seeding for inaccessible terrain, with execution timed against the onset of winter.

Temporary emission control on open working areas. A single treatment replaces resource-intensive continuous wetting by water trucks.

Dust binding plus shear strength under vehicle traffic. A mineral-fiber composite delivers long reapplication intervals even where heavy machinery runs regularly.

Dust control as an ongoing operational task with defined reapplication intervals. Application concepts are built from traffic volume, heavy-load class and local climate conditions.

Track stabilization and dust binding in a single pass. Frost-flexible formulations for sites with freeze-thaw cycles — no cracking after frost.

Dust binding and erosion control combined on heap surfaces. Depending on the project phase, either temporary treatment or preparation for later reclamation. All formulations biodegradable.

Wind-driven sand movement — nature-based binder systems without synthetic polymers, approvable in Natura 2000 sites and nature reserves.

Hydraulically applied polymer suspensions for haul roads, working floors and active heap surfaces. Dimensioned for the dust management plan of the operating site.

Temporary erosion protection on heap surfaces that have not yet been finally profiled. Formulations are biodegradable, so there is no conflict with later reclamation.

Surface sealing with erosion control and vegetation establishment. All formulations fully biodegradable — no leachate risk. Application without affecting the sealing layer.

Deliberate establishment of tolerant plant communities to immobilize heavy metals. Reduces dust discharge and leachate loads without soil remediation.

Temporary dust control and erosion protection on stockpiled soil. Soil classified for disposal purposes retains its classification — the formulations do not change its disposal status.

Full reclamation after closure — substrate assessment, pedogenesis methods and vegetation establishment in line with the permit conditions and the target vegetation.