Planning primary treatment systems starts with the complete wastewater route, from the building outlet to the approved discharge point. Listed equipment includes Orenco® Biotube® Effluent Filters & Accessories and the AdvanTex® AX20 Package; a filter and a treatment package serve different roles, so their place in the design needs to be clear. The proposed treatment arrangement and effluent disposal method for projects in Australia need to meet the relevant state and local approval requirements.

Primary treatment systems are an efficient way to treat waste from industrial, municipal, and commercial sources. Primary wastewater treatment is a process by which suspended solids such as grease, oil, fat, and other pollutants are physically separated. Looking for an affordable way to make wastewater reusable again? Archipro provides a variety of products designed for efficient primary wastewater treatment, so check them out!

Primary Treatment Systems

An installation also needs room for servicing and a way to move effluent between stages where gravity flow is insufficient. Effluent Pumps by Orenco® and Orenco® Controls are among the components listed for these aspects of the system. Allow for accessible equipment covers and the pipe route when setting out the installation, rather than leaving maintenance access until the surrounding landscaping is complete.

How should wastewater capacity be assessed?

Estimate daily wastewater volume and peak discharge periods, including waste from any commercial activities. Ask the designer to account for concentrated flows rather than relying on a daily average alone.

What access does an effluent filter need?

Check the space needed to withdraw the filter for cleaning before fixing the tank location or surrounding paving. Keep its access cover reachable without removing permanent structures.

When is an effluent pump required?

Use the site levels to establish whether gravity can move effluent to the next stage. Confirm the pump duty against the required flow and total head, which includes the vertical lift and pipework resistance.