Free geobag design tools · access by request
Five project tools help connect slurry mass, polymer demand, geobag capacity, safe filling, site footprint and cost. Access is free, but it is provided on request so the calculations can be used with the right project context.
Five connected project tools
Use a focused calculator or request the full set. The tools support early screening and proposal development; final inputs and operating controls still require project verification.
Estimate flocculant make-down and dosing requirements from slurry feed, solids loading, dilution water, pump duty and the nominated active-polymer dose.
Build an early project cost model around dry solids, geobag count, pumping, polymer, labour, pad operation and site logistics so options can be compared on a consistent basis.
Develop a preliminary height control for a nominated container geometry and filling condition to reduce overfill and seam-stress risk during staged operation.
Estimate retained-solids and water volumes from geobag dimensions, slurry characteristics and the nominated operating geometry for early layout and cycle planning.
Estimate the number and dimensions of geobags from the waste stream, total volume, solids mass, site footprint and programme, then carry the result into pad and logistics planning.
From calculation to project plan
Filtration trials, polymer response, geotextile and seam capacity, pad drainage, stacking, filling controls and the final solids destination still need to be connected.
Wet volume, solids, chemistry, PSD, flow and treatment response.
Compare bag dimensions, cycles, polymer demand, footprint and programme.
Confirm trial data, fabric and seam requirements, fill controls and drainage.
Quote the number and dimensions required by the project—geobags have no general wholesale minimum order.
Request free access
Access is provided to project teams at no cost. A brief application description lets Kontain direct you to the relevant tools and flag any inputs that should be verified before relying on the output.
