Precision-engineered biodegradable natural fibres for consistent, reliable performance.

Our relevance

Our coir-based sustainable solutions are relevant to anyone working on erosion control or land recovery projects:

• Civil engineers
• Construction engineers
• Environmental consultants
• Environmental engineers
• Environmental/nature-focussed NGOs
• Erosion control contractors
• Farmers
• Geosynthetic manufacturers & suppliers
• Geotechnical engineers
• Environmental government agencies
• Local government highways & infrastructure
departments
• Landowners
• Land managers
• Land reclamation specialists
• Landscape architects
• Land reclamation & restoration specialists
• Local government environmental & sustainability
departments
• Local government planning departments
• Restoration ecologists
• Sustainable agriculturalists
• Sustainable Ag Tech specialists
• Urban planners

Coir’s usage

Coir is ideal for a wide range of erosion control and land recovery uses, such as:

• Aquatic ecosystems/habitats
• Attenuation ponds/balancing basins
• Canal banks
• Colliery tips
• Cuttings
• Drainage systems (e.g. swales & basins)
• Embankments
• Lakes
• Landfill sites
• Mine dump slopes
• Ponds
• Railway track subgrades
• Reedbeds
• Rivers (banks and beds)
• Road & pavement subgrades
• Rooftop garden installations
• Saltmarsh & inter-tidal areas
• Shorelines
• Slopes (e.g. highways/roads)
• Slow plant growth areas
• Stormwater channels/systems
• Streams
• Vertical gardens
• Wetland habitats

Coir’s benefits

Our solutions deliver a broad range of benefits:

• Aesthetic enhancement
• Biodiversity Net Gain (BNG)
• Capping (e.g. landfill sites)
• Conservation (e.g. habitats & soil)
• Ecological balancing (e.g. degraded areas)
• Enhancement (e.g. reedbeds)
• Erosion minimisation (e.g. water, wave & wind)
• Habitat creation (e.g. wetlands)
• Habitat diversity
• Landscape enhancement
• Landslide risk minimisation
• Moisture retention (e.g. landscaping solutions)
• Protection (e.g. riverbed scouring)
• Re-establishment/re-population
(e.g. wetland/native vegetation)
• Regeneration
• Rehabilitation (e.g. degraded environmental
areas)
• Reinforcement (e.g. riverbanks)
• Restoration (e.g. pond & lake edges)
• Run-off erosion control (e.g. rivers)
• Sediment displacement/movement prevention
• Soil structure enhancement
• Stabilisation (e.g. slopes)
• Sub-grade strengthening
• System stabilisation (e.g. stormwater systems)
• Vegetation regrowth, establishment & support
• Water feature design/renovation (e.g. pond lining)

Case study - Natural Pond

Sector: Private Individual
Location: UK South West, England
Environment: Natural Pond
Objective: Aesthetic Enhancement
Product Supplied: Pre-Grown Coir Pallets

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Case study - Engineered Slope

Sector: Private Individual
Location: Japan
Environment: Engineered Slope
Objective: Comparative Product Field Performance Assessment
Product Supplied: Coir Netting

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Case study - Establishment of Floating Island Habitats

Sector: Outdoor Pursuit Association
Location: UK (East England)
Environment: Waterbody
Objective: Establishment of Floating Island Habitats
Product Supplied: Pre Grown Coir Pallet Systems

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Case study - Marginal Stabilisation

Sector: Local Authority
Location: UK (South-East England)
Environment: Watercourse
Objective: Marginal Stabilisation
Product Supplied: Pre-Grown Coir Logs

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Our relevance

Our coir-based sustainable solutions are relevant to anyone working on erosion control or land recovery projects:

• Civil engineers
• Construction engineers
• Environmental consultants
• Environmental engineers
• Environmental/nature-focussed NGOs
• Erosion control contractors
• Farmers
• Geosynthetic manufacturers & suppliers
• Geotechnical engineers
• Environmental government agencies
• Local government highways & infrastructure
departments
• Landowners
• Land managers
• Land reclamation specialists
• Landscape architects
• Land reclamation & restoration specialists
• Local government environmental & sustainability
departments
• Local government planning departments
• Restoration ecologists
• Sustainable agriculturalists
• Sustainable Ag Tech specialists
• Urban planners

Coir’s usage

Coir is ideal for a wide range of erosion control and land recovery uses, such as:

• Aquatic ecosystems/habitats
• Attenuation ponds/balancing basins
• Canal banks
• Colliery tips
• Cuttings
• Drainage systems (e.g. swales & basins)
• Embankments
• Lakes
• Landfill sites
• Mine dump slopes
• Ponds
• Railway track subgrades
• Reedbeds
• Rivers (banks and beds)
• Road & pavement subgrades
• Rooftop garden installations
• Saltmarsh & inter-tidal areas
• Shorelines
• Slopes (e.g. highways/roads)
• Slow plant growth areas
• Stormwater channels/systems
• Streams
• Vertical gardens
• Wetland habitats

Coir’s benefits

Our solutions deliver a broad range of benefits:

• Aesthetic enhancement
• Biodiversity Net Gain (BNG)
• Capping (e.g. landfill sites)
• Conservation (e.g. habitats & soil)
• Ecological balancing (e.g. degraded areas)
• Enhancement (e.g. reedbeds)
• Erosion minimisation (e.g. water, wave & wind)
• Habitat creation (e.g. wetlands)
• Habitat diversity
• Landscape enhancement
• Landslide risk minimisation
• Moisture retention (e.g. landscaping solutions)
• Protection (e.g. riverbed scouring)
• Re-establishment/re-population
(e.g. wetland/native vegetation)
• Regeneration
• Rehabilitation (e.g. degraded environmental
areas)
• Reinforcement (e.g. riverbanks)
• Restoration (e.g. pond & lake edges)
• Run-off erosion control (e.g. rivers)
• Sediment displacement/movement prevention
• Soil structure enhancement
• Stabilisation (e.g. slopes)
• Sub-grade strengthening
• System stabilisation (e.g. stormwater systems)
• Vegetation regrowth, establishment & support
• Water feature design/renovation (e.g. pond lining)

Case study - Natural Pond

Sector: Private Individual
Location: UK South West, England
Environment: Natural Pond
Objective: Aesthetic Enhancement
Product Supplied: Pre-Grown Coir Pallets

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Case study - Engineered Slope

Sector: Private Individual
Location: Japan
Environment: Engineered Slope
Objective: Comparative Product Field Performance Assessment
Product Supplied: Coir Netting

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Case study - Establishment of Floating Island Habitats

Sector: Outdoor Pursuit Association
Location: UK (East England)
Environment: Waterbody
Objective: Establishment of Floating Island Habitats
Product Supplied: Pre Grown Coir Pallet Systems

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Case study - Marginal Stabilisation

Sector: Local Authority
Location: UK (South-East England)
Environment: Watercourse
Objective: Marginal Stabilisation
Product Supplied: Pre-Grown Coir Logs

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