Hydronomy: Water Quality Optimisation
Water quality is a key component in achieving consistently healthier crops, improved system efficiency and sustainable success. Poor water quality severely limits the potential of your crop and increases likelihood of disease and other plant health issues.
Hydronomy’s advanced water quality optimisation delivers targeted solutions to address advanced water quality challenges in hydroponic systems. By monitoring and managing critical parameters in combination with implementation of suitable, specialist treatments and technologies, we ensure your system provides the ideal environment for plant growth and operational longevity. Our approach enhances system performance, protects crops, and supports sustainable, high-yield production.
Key Benefits
Healthier Crops
Improved oxygenation and water quality create optimal conditions for plant development.
Reduced Disease Pressure
Targeted interventions lower pathogen risks, safeguarding your operation.
Higher Yields
Balanced water parameters directly enhance plant productivity and quality.
Lower Costs
Minimise waste in water, energy, and inputs to reduce operational expenses.
Improved Consistency
Reliable water quality ensures consistent crop nutrition, performance and health.
Sustainability Credentials
Align with eco-friendly standards, enhancing your marketability.
Hydronomy delivers its water quality optimisation services via a 3 stage process:
Initial consultation to discuss and assess your issues and requirements (typically 1 hour, fixed fee)
High level review, assessment and report on the current status of your water quality (fixed fee) including:
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Water Quality Analysis
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Oxygenation and Aeration
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Disease and Pathogen Management
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System Longevity & Water Treatment Infrastructure
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Sustainability
Detailed investigation, analysis, troubleshooting and solution recommendation and implementation (POA)
Why Hydronomy?
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Proven Expertise: Over a decade of experience managing advanced water quality parameters in hydroponic systems across tens of different crop types over all four seasons in multiple different global climates.
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Scientific Precision: Plant science-based approach coupled with data-driven insights on key aspects of water quality ensures highly targeted interventions.
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Tailored Solutions: Recommendations customised to your crop type, system design, and specific water quality needs.
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Sustainability Focused: Our approach prioritises resource conservation, waste reduction, and eco-friendly practices.
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Preventative Approach: Reduce disease risks and system failures with proactive monitoring and treatment strategies.
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Enhanced System Performance: Designed to protect infrastructure longevity and boost overall efficiency.