Over forty years of experience in microbubble diffusion for municipal and industrial wastewater treatment.
The microbubble diffusers we manufacture are the result of over forty years of experience in the field and are installed, to date, in more than 10,000 plants: they generate excellent mixing and high oxygenation of the municipal and industrial wastewater they treat. Microbubble size — fine Ø2-3 mm, medium Ø2-5 mm, coarse Ø5-12 mm — depends on the grain size in ceramic diffusers and on the air volume injected in elastomer diffusers.
The smaller the microbubble diameter, the greater their number, and therefore the greater the total exchange surface between the oxygen contained in the bubbles and the wastewater. Microbubbles rise through the tank at 28-30 cm/sec: fine or very fine bubbles, combined with a high diffuser submersion depth, guarantee the best possible oxygen transfer. Diffuser layout in the tank also matters, which is why we include it in every technical-economic proposal we prepare. We also recommend sizing multiple compressors in parallel — one running at full capacity, the others cutting in during demand peaks — for significant energy savings over time.
The full range: ceramic tube and disc microbubble diffusers; elastomer tube and disc microbubble diffusers; systems for extracting and introducing tubular groups in full tanks; floor-anchored air distribution networks for disc and tube diffusers; improved spare parts for systems in use or conversion to our models. We also manufacture diffusers dedicated to biogas filtration, O2-CO2 diffusion, fish farming, primary water filtration and aerating filters for tanks and aqueducts.
Sintered tubes and discs in silica sand and epoxy binder, for fine and durable oxygenation in continuous-duty plants.
Sintered tubes made of selected silica sand and epoxy binder, designed for flexible mounting in groups of 1 to 5 units on manifolds with a standard 400 mm centre distance, single or double comb layout.
Sintered disc made of selected silica sand and epoxy binder, with built-in check valve, suitable for continuous duty.
Discs and tubular units in high-quality elastomer with built-in check valve: maximum elasticity for continuous or intermittent duty.
Made of high-quality, highly elastic elastomer, with built-in check valve: suitable for both continuous and intermittent duty.
Same construction quality as the Ø9" model, in a larger format for higher air flow rates; built-in check valve, continuous or intermittent duty.
Tubular units in high-quality, highly elastic elastomer, mountable in groups of 1 to 5 with a standard 400 mm centre distance, single or double comb layout; counterweights anchored under the manifold allow the group to be introduced and extracted while the tank remains full.
Pre-assembled polypropylene or AISI networks, polyfusion welded, connecting diffusers to the air supply with maximum tightness.
Made of polypropylene, a material that allows polyfusion welding with 92-95% of the resistance of drawn pipe; also available in AISI on request. Main pipes are sized for an air velocity not exceeding 15 m/sec, with a free PN10 flange for connection to the riser pipe supplied by the customer. Diffuser feed pipes Ø90 branch off the main pipe, anchored to the floor with adjustable brackets and joined with quick PP couplings that absorb longitudinal expansion. The pipe ends are connected with Ø32 PP pipe and quick couplings to form a condensate collection loop, with a condensate drain valve positioned above the hydraulic head. The distance between diffusers and between rows is set case by case to optimise mixing and oxygenation of the wastewater.
Components for maintenance and extraction of diffuser groups without having to empty the tank.
Components designed to allow maintenance and extraction of diffuser groups without having to empty the tank:
Porous solutions for specific uses that call for the same fine air or gas diffusion characteristics.
Besides our standard diffusers for municipal and industrial treatment, we manufacture porous solutions for specific uses that call for the same fine air or gas diffusion characteristics: