Effluent

We offer a free design service with an obligation free quote.

Effluent Systems & Storage

The need to store dairy effluent for longer periods to avoid applying effluent to soils that are at or near water holding capacity, or below soil temperature of <7°C has induced closer attention to the management of entire effluent systems. By quantifying water consumption of dairy sheds there is usually the ability to reduce fresh water use significantly. Options, including the recycling of green water through the backing gate to wash yards down and the introduction of a closed-circuit plate cooling system, can collectively offset water use in some sheds by up to 60%. Re-using plate cooler water for shed wash down and/or stock water is also another option.


One satisfied client has gone from producing 240,000 litres to 120,000 litres per day of effluent through the use of green water wash on the yard ultimately creating far less effluent which costs less to process, store and apply to pasture and crops.

There are multiple options available for solids separation, each of which can be quantified with the intention of providing the most reliable and robust system, giving you peace of mind for the years ahead.


These include:

  • 2-pond system
  • Mechanical separation
  • Sludge bed with weeping wall


We offer a free design service with an obligation free quote. If you have a preferred earthmoving contractor, we’re more than happy to utilise their skills or, we can provide one for you. Sustainable Water is fully independent allowing us to custom build your effluent system for optimal efficiency. We can supply and install both HDPE Geomembrane and Geosynthetic Clay pond lining solutions.

Effluent Systems & Storage

The need to store dairy effluent for longer periods to avoid applying effluent to soils that are at or near water holding capacity, or below soil temperature of <7°C has induced closer attention to the management of entire effluent systems. By quantifying water consumption of dairy sheds there is usually the ability to reduce fresh water use significantly. Options, including the recycling of green water through the backing gate to wash yards down and the introduction of a closed-circuit plate cooling system, can collectively offset water use in some sheds by up to 60%. Re-using plate cooler water for shed wash down and/or stock water is also another option.


One satisfied client has gone from producing 240,000 litres to 120,000 litres per day of effluent through the use of green water wash on the yard ultimately creating far less effluent which costs less to process, store and apply to pasture and crops.


There are multiple options available for solids separation, each of which can be quantified with the intention of providing the most reliable and robust system, giving you peace of mind for the years ahead.


These include:

  • 2-pond system
  • Mechanical separation
  • Sludge bed with weeping wall


We offer a free design service with an obligation free quote. If you have a preferred earthmoving contractor, we’re more than happy to utilise their skills or, we can provide one for you. Sustainable Water is fully independent allowing us to custom build your effluent system for optimal efficiency. We can supply and install both HDPE Geomembrane and Geosynthetic Clay pond lining solutions.


Effluent Storage with HDPE Liner

MACLINE HDPE is a premium grade smooth HDPE geomembrane liner that exhibits outstanding chemical resistance, exceptional ultraviolet light, resistance, and excellent tensile properties. It is suited for applications requiring superior chemical resistance in exposed or covered applications. This high density polyethelene liner is manufactured in seamless widths of 7.5m and a thickness of 1.5mm.


Effluent Storage with
Geosynthetic Clay Liner

Geosynthetic Clay Liners (GCLs) are used as an effective liner for dams, ponds, lakes, wetlands, irrigation canals and channels.

GCLs consist of a layer of bentonite bonded between two layers of woven and nonwoven geotextiles. The needle-punching process reinforces the bentonite layer with thousands of fibres, maximising the product’s internal resistance. An additional heat-treating process called “thermal locking” secures the needle-punched fibres, further improving strength and performance.


Elcoseal GCLs can replace thick, compacted clay layers in composite landfill liners and caps, thanks to the fast-swelling sodium bentonite clay liner. This creates a highly effective containment barrier for landfill final cover systems and base landfill liner systems. Elcoseal GCLs can self-heal around holes or punctures so there is less chance of leaks due to installation damage.

Some benefits of a Geosynthetic liner are:

  • Provides hydraulic protection equivalent to 1metre thick layer of well compacted clay.
  • More flexibility around installation conditions.
  • Requires riprap around pipe inlets
  • Requires more earthworks to excavate 300mm deeper, then reinstate confining layer once GCL is installed
  • No issues with UV degradation.

Effluent Storage with
Geosynthetic Clay Liner

Geosynthetic Clay Liners (GCLs) are used as an effective liner for dams, ponds, lakes, wetlands, irrigation canals and channels.

GCLs consist of a layer of bentonite bonded between two layers of woven and nonwoven geotextiles. The needle-punching process reinforces the bentonite layer with thousands of fibres, maximising the product’s internal resistance. An additional heat-treating process called “thermal locking” secures the needle-punched fibres, further improving strength and performance.


Elcoseal GCLs can replace thick, compacted clay layers in composite landfill liners and caps, thanks to the fast-swelling sodium bentonite clay liner. This creates a highly effective containment barrier for landfill final cover systems and base landfill liner systems. Elcoseal GCLs can self-heal around holes or punctures so there is less chance of leaks due to installation damage.


Some benefits of a Geosynthetic liner are:

  • Provides hydraulic protection equivalent to 1metre thick layer of well compacted clay.
  • More flexibility around installation conditions.
  • Requires riprap around pipe inlets
  • Requires more earthworks to excavate 300mm deeper, then reinstate confining layer once GCL is installed
  • No issues with UV degradation.


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Irrigation is serious business, and we're here to help. 

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