Thanks to the vast experience gained in this sector, we are able to design and develop combined units for separating sand and greasy oils from wastewater.
All products are designed to last over time and aim to facilitate the operator as much as possible. For this reason, our company has always paid special attention to detail to deliver sturdy and durable products.
Following a careful assessment of the client’s needs, we develop customized, sturdy, durable and tailor-made equipment for combined treatments. Thanks to our competent and qualified staff, we are always able to find the ideal solution for any need.
If you are looking for a combined unit fitted with a degreasing system, a longitudinal hopper for sand separation or any other type of equipment for your depuration plant, do not hesitate to contact us.
Our vast experience in the sector enables us to offer ideal solutions for sand and organic matter removal.
Thanks to our longitudinal hopper, we can provide a wide range of sand separation solutions for industrial and civil depuration plants.
All our products are designed to last over time and aim to facilitate the operator as much as possible. For this reason, our company has always paid special attention to detail to deliver the most robust products.
Thanks to the experience gained over years of activity, we are able to design and manufacture solid, efficient and customized machines to meet any individual need related to wastewater treatment and sand removal.
We develop sturdy and durable reception stations and compact systems, such as the SET 2 machine, designed to carry out a primary screening of industrial wastewater before it enters the plant.
The SET combined unit performs a primary screening operation through a screw screen located at the equipment head. Particles exceeding the size of the screen openings remain trapped. A set of brushes mounted on the screw conveyor remove and lift the solids that are washed and compressed before being discharged.
The SET 3 combined unit performs a primary screening operation through a screw screen located at the machine inlet. Particles exceeding the size of the screen openings remain trapped. The set of brushes mounted on the screw conveyor remove and lift the solids that are washed and compressed before being discharged. The high pressure nozzles fitted to the machine keep the screen clean and free of solids.
Just like the SET 2 version, in this type of combined unit, effluent and solid particles pass through a screen and are diverted to a longitudinal tank. The whirling motion created by an air blower causes sand, grease and organic matter to separate. The latter two remain suspended in the water whereas the sand sinks to the bottom of the tank as its specific weight is greater than that of water. A screw conveyor located at the bottom moves the sand to a pit where an extractor screw carries it outside of the machine. Suspended greases are collected by a hopper. A set of paddles dragged by a chain scrape the water surface. Finally, the water overflows and exits the machine through a hopper.
Choosing a combined unit with a degreasing system for efficient wastewater treatment allows to intervene in terms of a pretreatment, for subsequent execution of screening, sand removal, and grease removal.
The SET3 combined unit, which we design and manufacture, aims to incentivize and facilitate operations. You can turn to our professionalism and experience for long-lasting, efficient and sturdy solutions.
MINI.SET 2, a combined sand screening and removal unit, is the most effective and economical solution on the market for treating low flow rates. Influent water passes through a screw screen and is sent to the sedimentation tank. The sand that collects on the bottom of the tank is removed by an internal baffle system and then extracted by a screw conveyor.
This supplementary device can be used as a support for mechanical pre-treatments in small depuration plants with flow rates up to 130 gpm. The screw screen compactor allows achieving an optimal efficiency percentage in the capture of solids and reduction in the volume of screened material.