Trickling Filter

Economical Biofilm Processes and Low Energy Consumption in Your Activated Sludge Systems

Cost efficiency and low energy consumption are the main focus in the selection of a biological wastewater treatment system in your new treatment plants or renovations to your existing plants. One of the oldest and most reliable solutions of systems that can reduce energy consumption is trickling filters.

Regarding the Trickling Filter system, we provide our customers with the "spreader arm design and supply" that provides suitable biomedia fillers and homogeneous wastewater distribution. In this classical system, no additional equipment is required other than a distributor arm, biomedia and a slurry pump, and ventilation is provided by natural diffusion. Also. There is no need for a ventilation system that causes 70% energy cost in treatment plants.

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It is made of environmentally friendly, impact and aging resistant PP (polypropylene) material.
Provides simple renewal maintenance-repair opportunity under operation.
It offers the privilege of years of experience in structured fillings for wastewater treatment.
We offer the service of selecting the most suitable biomedia for your facility and process and configuring it in different variations to suit your individual needs.
Perfect for use in low space requirements.
It gives the system better sludge settling properties.
Provides optimum surface area for biofilm growth.
Increases sludge age and active biomass without extra tanks.
The use of filler media gives excellent results to reduce BOD and achieve low ammonia concentration during nitrification or denitrification.
Provides maximum system stability as the fixed film is not affected by bulky or punctuated sludge.
It has much superior features than filters with mineral media (stone, gravel beds) or facilities with expensive floating random media.
Vertically structured fill biomedia guides and optimizes the sludge and flow rate settling after biological treatment processes.
Domestic and industrial wastewater is treated economically at an affordable cost.
The open and special surface structure of our biomedia provides a highly efficient effect. It also allows for larger organic and hydraulic trickling filters or bio reactor loads (submerged and vented) than conventional fills.

In treatment plants that are new and require minimum space,
In treatment plant improvements, refurbishment of mineral fillers or random infill media for better performance, to optimize the performance of existing facilities,
In industrial applications, used to comply with stricter wastewater regulations or to treat larger wastewater streams and dirt loads