Illustrative LandLab™ growing-media scene

COIROLOGY · SCIENCE & GROWING SERVICES

LandLab

Growing media developed for green infrastructure.

Develop growing media for landscape products, green roofs and restoration. Match vegetation, water conditions and substrate depth to your practical site requirements.

  • Site-specific blends
  • Coir structures
  • Development trials
Illustrative wildflower systems application 01
Wildflower Systems · application concept

WILDFLOWER ESTABLISHMENT

Wildflower systems

Engineering substrates for successful wildflower establishment

Develop growing media for wildflower mats, meadows and low-input planting, matched to the target species and establishment conditions.

  • Species and establishment method
  • Nutrient strategy
  • Moisture availability and management
Explore applications and research priorities

Typical applications

  • Pre-grown mats & turf
  • Meadows
  • Urban wildflowers
  • Roadside planting
  • Biodiversity landscapes
  • Low-input planting

Further development questions

  • Germination and establishment
  • Root development
  • Coir particle structure
  • Water management
  • Low-fertility performance
  • Nutrient response
  • Biological amendments
  • Species response
Discuss This Application
Illustrative green roofs application 02
Green Roofs · application concept

SHALLOW ROOF PLANTING

Green roofs

Root-zone engineering where every millimetre matters

Develop formulations for shallow roof planting, considering substrate depth, weight constraints and exposure.

  • Depth and saturated weight
  • Water behaviour and settlement
  • Exposure and plant establishment
Explore applications and research priorities

Typical applications

  • Extensive green roofs
  • Shallow growing systems
  • Urban greening
  • Mineral/coir combinations

Further development questions

  • Lightweight formulations
  • Water holding and drainage
  • Air-filled porosity
  • Root establishment
  • Substrate depth
  • Drought response
  • Mineral/coir combinations
  • Biological amendments
Discuss This Application
Illustrative sustainable drainage systems (suds) application 03
Sustainable Drainage Systems (SuDS) · application concept

PLANTED WATER-MANAGEMENT SYSTEMS

Sustainable drainage systems (SuDS)

Substrates engineered for vegetation and water

Develop media for planted rain gardens, swales and drainage features exposed to changing water conditions.

  • Wet–dry cycles and infiltration
  • Nutrient release where relevant
  • Vegetation and drainage requirements
Explore applications and research priorities

Typical applications

  • Vegetated swales
  • Rain gardens
  • Detention systems
  • Attenuation features
  • Vegetated slopes
  • Nature-based drainage

Further development questions

  • Wet/dry cycles
  • Water retention
  • Drainage
  • Infiltration
  • Plant establishment
  • Root development
  • Structural stability
  • Coir formulations
Discuss This Application
Illustrative erosion control & riverbanks application 04
Erosion Control & Riverbanks · application concept

SLOPE AND RIVERBANK PLANTING

Erosion control & riverbanks

Biodegradable structure while vegetation establishes

Investigate coir-based growing media and planting structures that support vegetation establishment on slopes and riverbanks.

  • Root establishment and moisture
  • Planting-medium stability
  • Material longevity and site compatibility
Explore applications and research priorities

Typical applications

  • Riverbanks
  • Slopes
  • Erosion-control planting
  • Restoration sites
  • Vegetated coir rolls
  • Coir blankets & mats

Further development questions

  • Plant establishment
  • Root growth
  • Moisture retention
  • Substrate stability
  • Vegetation compatibility
  • Coir fibre/particle structure
  • Appropriate biological amendments
Discuss This Application
Illustrative aquatic & wetland restoration application 05
Aquatic & Wetland Restoration · application concept

SATURATED PLANTING ENVIRONMENTS

Aquatic & wetland restoration

Engineering growing media for the land–water interface

Develop growing media and planting systems for marginal vegetation, wetlands and river restoration.

  • Species and saturation tolerance
  • Nutrient release and water context
  • Planting stability
Explore applications and research priorities

Typical applications

  • Pond margins
  • Wetlands
  • River restoration
  • Marginal planting
  • Vegetated coir rolls
  • Aquatic planting systems

Further development questions

  • Saturated root-zone conditions
  • Plant establishment
  • Substrate stability
  • Nutrient behaviour
  • Species compatibility
  • Coir structure
  • Water/substrate interactions

Biological amendments such as mycorrhiza are evaluated only where appropriate for the plant species and environmental conditions.

Discuss This Application
Illustrative biodiversity net gain application 06
Biodiversity-focused planting · application concept

HABITAT-FOCUSED VEGETATION

Biodiversity-focused planting

Substrate science supporting habitat establishment

Develop growing media for species-rich planting and habitat establishment, informed by target vegetation and site conditions.

  • Target vegetation and establishment
  • Low-input management
  • Material longevity and species compatibility
Explore applications and research priorities

Typical applications

  • Wildflower habitat
  • Species-rich landscapes
  • Green roofs
  • SuDS
  • Urban habitat
  • Ecological restoration

Further development questions

  • Target vegetation establishment
  • Root development
  • Low-input substrate performance
  • Water management
  • Formulation longevity
  • Species response

The substrate itself does not generate or guarantee biodiversity net gain units.

Discuss This Application

DEVELOP IT.

From site brief to proposed specification.

Translate vegetation, depth, loading, water conditions and maintenance into substrate requirements. LandLab develops growing media; structural, hydraulic and ecological design require the relevant specialists.

  1. 01

    Define

    Agree vegetation, site conditions and project constraints.

  2. 02

    Formulate

    Select coir fractions and suitable components.

  3. 03

    Evaluate

    Assess agreed prototype properties and development observations.

  4. 04

    Refine

    Adjust the formulation using observations and findings.

  5. 05

    Specify

    Document the proposed formulation and agreed requirements.

DEVELOPMENT EVALUATION

Compare. Learn. Refine.

Compare candidate materials against the application brief. Agree relevant checks such as water behaviour, saturated weight, settlement, nutrient release and material longevity.

Development findings guide formulation changes. A defined performance trial through TrialWorks is separately scoped within the agreed programme; trials are not automatically included.

Explore TrialWorks™
Reference material

Existing or agreed benchmark material.

Candidate A

A candidate blend developed for the site brief.

Candidate B

An alternative blend for the same requirements.

Conceptual comparison only. Plant illustrations do not represent measured results or a ranking of formulations.

  1. Compare

    Evaluate the reference and candidate blends using agreed methods and comparable conditions.

  2. Learn

    Review differences against the site brief. Record limitations and questions that need further investigation.

  3. Refine

    Adjust components or processing, document the revised candidate and agree whether further evaluation is needed.

YOUR DEVELOPMENT OUTPUT

What you receive

Your Formulation Development Dossier records the brief, candidate blends, findings, limitations and proposed specification. A candidate is not production-approved; trial evidence applies only to its defined conditions. Manufacture requires a separate feasibility review and agreed acceptance checks.

  1. Application brief
  2. Candidate blends
  3. Development findings
  4. Limitations & further evaluation
  5. Proposed specification

Potential formats for your project

  • Loose growing media
  • Coir blends
  • Mat substrates

Where can you go from here?

Use analysis to inform development, commission growing trials when needed, and discuss manufacture once a suitable specification is agreed.

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Analyse & understand

SubstrateLab™

What is in my substrate, and how does it behave?

Characterise material properties, compare samples and investigate substrate concerns.

What you receiveA technical report interpreting the agreed analysis.

Explore SubstrateLab™

Trial & evaluate

TrialWorks™

How does my product perform under growing conditions?

Design and coordinate a defined trial, then compare plant and root-zone responses.

What you receiveA trial report with results, limitations and recommended next steps.

Explore TrialWorks™

Plan commercial production

Manufacturing & Supply

Is the agreed formulation ready to manufacture?

Review production feasibility, product format, quality requirements and delivery scope.

What you receiveAn agreed production specification and supply plan.

Explore Manufacturing & Supply

START YOUR LANDLAB PROJECT

Discuss a green-infrastructure substrate

Share the vegetation, substrate depth, water conditions and site constraints. We will agree the development scope and identify any specialist design input needed.

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