Agricultural Wastewater Solutions

Slurry Management Systems Built for Modern Farm Pressures
Farms are under increasing pressure from slurry storage requirements, fertiliser costs, nutrient regulations and environmental compliance. This system reduces slurry volume, improves nutrient control and converts waste into valuable fertiliser products that can be reused or commercialised.
Helping You Build a More Profitable & Sustainable Farm
Delivering Better Outcomes for Your Farm
Reducing Pressure on Modern Farming Operations
Rising slurry volumes, fertiliser costs, and environmental regulations are creating increasing pressure on farm profitability and day-to-day operations.
Too Much Slurry and Digestate, Not Enough Flexibility
Large volumes of slurry and digestate create constant pressure on storage, handling, transport, and spreading windows, especially during restricted periods. Reducing volume improves flexibility, lowers operational pressure, and helps farms make better use of existing infrastructure.
Fertiliser Costs Continue to Rise
Dependence on purchased fertiliser exposes farms to ongoing price volatility and rising input costs.
Environmental Compliance Is Tightening
Nutrient management and emissions regulations are becoming stricter, increasing the need for better slurry treatment and nutrient recovery.
A More Efficient Way to Manage Slurry and Nutrients
Wastewater Technology combines nutrient recovery, wastewater treatment, and fertiliser production into a single integrated system that helps farms improve compliance, reduce costs, and create value from existing resources. Traditional granular fertilisers often deliver limited nutrient uptake, with significant losses through runoff, volatilisation, and soil binding. Using advanced separation, treatment, and nutrient recovery processes, the Cultan system delivers up to 100% nutrient use efficiency with zero runoff, reduced ammonia loss, and improved nutrient availability, helping farms reduce reliance on imported fertilisers and improve long-term productivity.

