The CFE-L.DLE-L clariflocculator is an equipment that handles multiple combinations of neutralization, coagulation, flocculation and lamellar settling. This standardized equipment can be customized with many options: position of inlets and outlets, type of connections, type of agitators…
To provide you with a precise quotation and a 3D plan adapted to your project, please fill in the design form opposite. << Click to display the design form of the monobloc clariflocator
Reduce the footprint of your drinking water or industrial water treatment facilities with the physico-chemical treatment of the CFE-L.DLE-L monobloc clarifloccator.
With its compactness and a total volume of 12 m3, composed of a coagulation tank, a flocculation tank and a lamella clarifier with a projected surface area of 39 m², the CFE-L.DLE-L monobloc clariflocculator is designed for outdoor use. It is supplied with a removable hood which allows:
to prevent seaweed growth in the weir channel,
prevent the introduction of external debris such as dead leaves
This reinforced hood can support the weight of a man, is non-slip and easy to handle.
The whole outer structure is made of high quality honeycomb plates with UV protection, which keeps the heat in and resists UV attacks.
You will find below some characteristics specific to the monobloc clariflocculators of the 1h2o3 range and the advantages of the CFE-L.DLE-L:
Benefits of clarifloculation technology
Advanced technology: clariflocculation is the combination of several processes including coagulation-flocculation, decantation and mud thickening, all using a clariflocculator.
Reduced footprint: Clarifloculation technology allows water to be treated in a smaller area due to its increased settling speed.
Phosphorus and suspended solids removal: clariflocculation also allows a partial reduction of COD and BOD5
Easy to operate: once the correct dosages have been set, the clariflocculator works continuously and only needs a small amount of operation
Specific advantages of 1h2o3 clarifloculators
Custom-made: All our clarifloculators are custom-made so that you can adapt them to your specific needs (position and type of inlets/outlets, volumes of neutralization/coagulation/flocculation tanks).
High resistance: Our clarifloculators are made of corrosion-resistant polypropylene and can withstand the entire pH range.
Drinking water compliance: Some countries require specific materials for drinking water applications (NSF-61, ACS, DVGW, SVGW..). We can adapt the materials of our clarifloculators to meet your specific regulations.
Internal bypass: when the volume is separated into two compartments, each of them can be isolated by an internal bypass device (except CFC.DLC). It is therefore possible to operate only on one tank while the other is being emptied, for example.
3 installation methods: thanks to the thickness of the polypropylene walls, the tanks can be installed fully buried, partially buried or simply placed on a slab.
Outdoor use: to save space in the factory, the tanks can be equipped with anti-slip covers and their walls reinforced by an anti-UV treatment
Reinforcement of the bottom of the tanks: some very sandy waters have a very important abrasive power. In this case, the reinforcement of the bottom of the tank with a very hard material is recommended.
Eco-design: Unlike fiberglass, all materials used in our equipment are 100% recyclable.
Specific industrial applications: triple skin tank, high temperature fluids… Everything is possible, just ask us!
Storage of industrial water: The bottom of the lamella clarifier can be used to store treated water. It is useful when you have a strainer to feed at the head of the plant for example or to carry out a chlorination.
Lamella thickness: while many suppliers offer lamellas with a thickness <1,5 mm, Our lamellas are 3 mm thick. This thickness makes the structure much more resistant to clogging due to lack of maintenance and prevents the risk of collapse.
Smoothed anti-clogging lamellae: All our clarifloculators are equipped with smoothed PVC lamellae, allowing a better sedimentation and offering a self-cleaning effect
Separate collection of floating mud: our twin weir channel makes it possible to collect them separately:
decanted water: treated water
floating mud: the floating fraction on the surface of lamellar clarifiers which, if not collected separately, decreases efficiency in TSS, COD, BOD5.
0,37kW, IP55, 3×400 V Motors
Rotation speed can be adjusted according to your instructions
Lamellae thickness: 3 mm
Horizontal lamellae spacing: 45 mm
Spacing between lamellae at 60°: 39 mm (optional)
Lamellae surface area: 1 m²
Twin weir channel with siphonic partition:
Treated effluent weir channel collection.
Floating weir channel collection.
Inlets and outlets
Water inlet d160: either on the left side (as shown) or on the right side
Clean water outlet d110 opposite to the inlet: either on the right (as shown) or on the left
Safety overflow d160: either left or right (as shown)
Floating mud outlet d110: either on the right (as shown) or on the left
Mud outlet d63: either on the right (as shown) or on the left
Flat 3 mm thick PVC. For drinking water applications, we use materials that meet the regulations you specify (PE 100 for ACS).
Supports: 316L stainless steel
All the parts in contact with the liquid: stainless steel 316L
Internal and sole: 20 mm polypropylene
External: polypropylene foam >50mm
Stainless steel hood and cylinders.
Separate stirrers supply
If you have your favorite brand of stirrer you want to install yourself, you will get a discount for the 2 stirrers.
If you only want a large stirring tank, then you can order only one stirrer.
Installation of the clariflocculator
Industrial water storage layout according to your needs.
Lamella spacing as needed (base = 39 mm)
All entrances and exits can be equipped with :
connection up to d63
of adhesive/flange: diameter at choice
Floating mud (which must be removed periodically):
Connection of a solenoid valve to remove floating mud
On the clarifier frame for DL versions
inside a PP box for the DLE version
Available at any time:
Pictures of completed installations
Technical data sheets
Given on delivery :
EC certificate or declaration of incorporation *
Leakage test report *
Technical details *
List of spare parts and supplies *
* If applied
All over the world, 1h2o3 packages have dimensions compatible with transport in HC containers.
10 to 14 weeks.
Once the order has been placed, the above-mentioned period runs (excluding weeks 31 to 34 and 51 to 52) from the date of receipt of payment and validation of the project plan (including all the options requested in the case of special requests). As soon as the equipment is ready, it will be shipped to you. A road transport requires approximately one week to set up, it can take up to 3 weeks for a container depending on the destination.