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Kontain design tools · Free access

Better first decisions for geosynthetic systems.

Ten practical, concept-stage tools for containment liner design, durability and stability — backed by Kontain's technical product selection, specification support and Australia-wide geosynthetic supply.

No licence fee. Metric and imperial inputs. Printable records. Product support when you need it.

Concept assessmentLive

Active tool

Wind + leak + ballast

Wind strain3.8%
Design FoS1.52
OutcomeReview

Illustrative preview only — project inputs and engineering review required.

10engineering tools
AUproduct supply
Techselection support
Freeconcept-stage access

Engineered to save time

Move from a blank page to a defensible concept check.

These are practical decision aids for engineers, asset owners, contractors and regulators working across waste, water, mining and civil infrastructure. Where a calculation becomes a product performance requirement, Kontain can help select, document, price and supply a suitable geosynthetic system.

01

Define the requirement

Use project geometry, exposure, materials and interfaces to establish the properties that actually control product selection.

02

Compare the assumptions

See how the result moves when a defect, temperature, friction value, load case or factor of safety changes.

03

Move into supply

Keep the calculation record, then ask Kontain to recommend a grade, review compliance or price a nominated product.

Product-led technical support

Design tools that lead somewhere useful.

Kontain is building a broad, technically supported product portfolio. Bring us a performance requirement, project specification or simply the site problem—we can recommend the product pathway and prepare a supply offer.

01 · Containment

Barrier & drainage systems

GCLs, geomembranes, geocomposite drainage, protection geotextiles and supporting liner-system components.

Discuss product selection
02 · Pavements

Stabilisation & reinforcement

Extruded PP geogrids, composite grids, woven and nonwoven geotextiles, plus asphalt reinforcement systems.

Request a recommendation
03 · Structures

Walls, slopes & earthworks

Uniaxial HDPE reinforcement, reinforced-soil systems, separation, filtration and erosion-control materials.

Send project requirements
04 · Water

Storage & dewatering

Underground detention tanks, geobags, dewatering accessories and project-specific water-management solutions.

Request pricing

01 · Featured tool

Build a liner specification from the conditions — not a generic minimum.

The Liner Specification Builder works through chemistry, temperature, ultraviolet exposure, geometry, consequence and installation risk to develop an editable, property-level geomembrane specification and an appropriate MQA/CQA basis.

  • HDPE and LLDPE material pathways
  • SCR, OIT and HP-OIT durability parameters
  • Texture, interface and installation-risk prompts
  • Editable, print-ready specification output
Open the specification builder

Need material data or pricing? Kontain can review the generated performance requirements against available product options.

Conditions-first workflow01 / 05
01
ChemistrypH · ions · oxidants · process liquor
Assess
02
Temperatureoperating · peak · exposed surface
Next
03
Geometrybase · slope · settlement · strain
Next
04
Durabilityresin · SCR · antioxidants · UV
Next
05
AssuranceMQA · CQA · testing · hold points
Next
OutputComplete specification + review schedule

The complete suite

Nine more tools. One connected design problem.

Use one calculator for a focused check, or work across the suite to understand how hydraulic, geotechnical, material and construction decisions interact.

02Wind & construction
Illustration of wind uplift acting on an exposed liner

Wind, leak equalisation & ballast

Screen exposed geomembrane uplift, compare connected-air and nominated-defect cases, and size full-cover or line-ballast responses where restraint is indicated.

Key outputUplift pressure · strain · trigger time · ballast load
Open tool
03Hydraulics
Illustration of leakage through a defect in a containment liner

Leakage rate

Estimate leakage through liner defects using hydraulic head, defect size and liner-to-subgrade contact assumptions for early containment and drainage checks.

Key outputFlow per defect · total leakage · scenario comparison
Open tool
04Drainage
Illustration of flow through a geocomposite drainage layer

Geocomposite drainage

Calculate required transmissivity for leachate collection and leak-detection layers, then compare the design demand with product-level capacity.

Key outputRequired flow capacity · transmissivity demand · margin
Open tool
05Anchorage
Illustration of a liner secured in an anchor trench

Anchor trench

Develop an indicative anchor-trench resistance check using liner load, geometry and soil assumptions to expose pull-out and detailing risks early.

Key outputDemand · resistance · factor of safety · concept geometry
Open tool
06Slope stability
Illustration of a soil veneer over a lined slope

Soil veneer stability

Assess the stability of cover soil placed over geosynthetic interfaces on slopes, including the effect of interface friction and material geometry.

Key outputDriving force · resistance · factor of safety
Open tool
07Installation risk

Wrinkle stress

Explore how wrinkle geometry and overburden loading can concentrate strain and stress before cover placement or during construction staging.

Key outputWrinkle geometry · stress indicator · review flags
Open tool
08Protection
Illustration of aggregate loading over a protection geotextile

Cushion & puncture protection

Screen whether a protection geotextile is proportionate to the subgrade, aggregate, confining pressure and consequence of liner damage.

Key outputProtection demand · risk class · testing guidance
Open tool
09Durability

Liner longevity

Compare antioxidant depletion and service-life scenarios using exposure temperature, material data and site-specific ageing assumptions.

Key outputScenario life · sensitivity · critical assumptions
Open tool
10Mining

Heap leach stability

Run a preliminary stability screen across heap height, slope, liner interfaces, GCL shear behaviour and drainage assumptions before detailed modelling.

Key outputInterface demand · stability indicators · design flags
Open tool

Connected engineering

A liner does not fail in a spreadsheet cell.

Wind exposure, wrinkles, drainage, cover stability, interface shear, protection and long-term durability interact in the field. Kontain connects the early design check with product data, supply options and practical installation guidance so requirements do not get lost between design and procurement.

Discuss the product requirement

A practical workflow

Use the result as the start of the engineering conversation.

Each tool is designed to make assumptions visible, produce a useful record and show where project-specific testing or detailed analysis is still required.

01

Select

Choose the design question and confirm whether the tool is suitable for the decision stage.

02

Input

Enter project geometry, loading, exposure and material assumptions using metric or imperial units.

03

Stress-test

Change uncertain inputs and compare scenarios instead of relying on one apparently precise answer.

04

Specify & source

Print the record, verify the basis, then ask Kontain to recommend, document and price a suitable product.

Use the tools intelligently

Screening tools.
Not certified design.

The calculators are deliberately useful, but they cannot know your site, contract, regulatory basis, materials, construction sequence or consequence of failure.

01

Indicative outputs

Results use simplified published methods and are only as reliable as the inputs and assumptions entered.

02

Project verification required

Check governing standards, manufacturer data, site investigation, interface testing and the project specification.

03

Professional adoption

A suitably qualified practising engineer must independently verify and adopt any result used for design, procurement or construction.

Product sales & technical support

Have a specification—or just a site problem?

Send the application, performance requirement or drawings. Kontain can recommend a suitable product grade, identify the information still needed, review a nominated specification and prepare a clear supply quotation.

For a faster responseProject inputs
  • 01
    Application & site conditionsWhat the product must do and the conditions it will face.
  • 02
    Specification or drawingsUpload or link the current documents where available.
  • 03
    Quantity & delivery locationIndicative area, roll count or volume and the Australian destination.
  • 04
    Programme & compliance basisRequired timing, governing standard and any hold points.

From design input to supply

Define the requirement. Select the product. Price the project.