Lagoon Phosphorus Reduction
Precision Dosing.
Zero Hassle.
Two Configurations
Batch
Seasonal treatment — retrofit-ready
or
Continuous
Flow-proportional, year-round dosing
Power Options
Solar
or grid-connected electrical supply
Overview
Two Configurations
InnoJection is an intercell precision chemical dosing technology for managing phosphorus in wastewater lagoons. The technology relies on the gravity flow of lagoon wastewater between cells and offers an alternative solution to traditional in-cell chemical injection — eliminating the need for boats, sprinklers, or extensive mixing equipment.
Coagulant is precision-dosed into the intercell pipeline, mixed by static inline mixers, and flows into the secondary lagoon cell where phosphorus precipitates and settles. The system is fully automated, solar-powered, and requires minimal operator involvement.
System Design
Two Dewatering Options
Batch Process
Seasonal Treatment
Designed for lagoons requiring phosphorus treatment at the start and end of the season. Ideal for retrofit installations using existing intercell piping infrastructure.
- Cell Equalization — Valve opened to equalize water levels between cells.
- Coagulant Dosing — Chemical dosing system injects coagulant into the pipe inlet.
- Mixing & Precipitation — Static mixer ensures thorough mixing; treated water flows to the secondary cell.
-
Sedimentation — Precipitated phosphorus settles to the
bottom of the secondary cell.
Continuous Flow
Year-Round Treatment
Optimized for lagoons requiring continuous phosphorus management. A flow meter enables precise proportional dosing based on real-time wastewater flow rate.
- Coagulant Dosing — Flow meter informs the PLC of precise dosing rate based on wastewater flow.
- Mixing Chamber — Coagulant-injected wastewater enters the mixing chamber for thorough contact.
- Precipitation — Conditioned water flows through the pipeline into the secondary cell.
- Sedimentation — Precipitated phosphorus settles at the bottom of the secondary cell.
Who It's For
Applications
Why InnoJection
Key Features & Advantages
Feature
Advantage
No external dosing equipment
Eliminates boats, sprinklers, and mixing devices — reducing cost and complexity
Minimal labor requirements
Open the valve, start the pump — that's it. Saves time at your busiest season
Precision inline dosing
Better coagulant-wastewater contact improves treatment efficiency and reduces chemical consumption
Fully automated PLC control
Continuous flow configuration adjusts dosing in real time based on measured flow rate
Solar or electrical power
Flexible power options make InnoJection suitable for remote and grid-connected sites alike
Extends lagoon lifespan
Reduced chemical volumes lower the long-term chemical load on lagoon cell infrastructure
Feature
No external dosing equipment
Advantage
Eliminates boats, sprinklers, and mixing devices — reducing cost and complexity
Feature
Minimal labor requirements
Advantage
Open the valve, start the pump — that's it. Saves time at your busiest season
Feature
Precision inline dosing
Advantage
Better coagulant-wastewater contact improves treatment efficiency and reduces chemical consumption
Feature
Fully automated PLC control
Advantage
Continuous flow configuration adjusts dosing in real time based on measured flow rate
Feature
Solar or electrical power
Advantage
Flexible power options make InnoJection suitable for remote and grid-connected sites alike
Feature
Extends lagoon lifespan
Advantage
Reduced chemical volumes lower the long-term chemical load on lagoon cell infrastructure
Download the InnoJection Technical Sheet
System configurations, process flow diagrams, components list, and full advantages comparison.