The Oxygenation Properties of Flowform® Treated Water

 

Water is a fundamental element of life, and its quality significantly impacts environmental health and human well-being. One of the key aspects of water quality is its dissolved oxygen (DO) content, which supports aquatic ecosystems and various biological processes. Recent research has highlighted a remarkable innovation in water oxygenation: Flowform® technology. This biomimicry-based approach not only aerates water efficiently but also maintains higher oxygen levels over time compared to conventional aeration methods.

The Unique Oxygenation Benefits of Flowform® Technology

Flowform® technology mimics natural water movement, dynamically structuring and oxygenating water through rhythmical flow patterns. Unlike aggressive mechanical aeration techniques, which forcefully inject air into water, Flowform® systems allow water to breathe in a gentle, rhythmic manner. This results in:

- A more sustained dissolved oxygen level

- Enhanced microbiological growth supportImproved ecological balance in treated water systems

- Key Research Findings on Flowform® and Oxygen Retention

1. Trials at Laverstoke Farm Laboratory (2009)

Agronomist Joel Williams conducted initial studies on Flowform® technology compared to conventional air-pump aeration methods. His observations were groundbreaking:

Flowform®-treated water retained its DO levels for up to 8 days, while aerated water using diffusers lost oxygen within minutes after aeration ceased.

Water treated with Flowform® supported microbiological growth at similar levels to conventional aeration, both during and after the oxygenation process.

Further research was recommended to explore DO retention duration, water chemistry analysis, and effects on soil microbiology.

2. Ian Provines' 2014 New Zealand Trials

Provines tested different Flowform® models, measuring DO levels before and after treatment. Results indicated:

Ceramic Flowform® models increased DO levels from 5.0 mg/L to over 11.0 mg/L within 45 minutes, maintaining levels above 10 mg/L even after 6 days.

A commercial Flowform® stackable system demonstrated steady increases in DO, reaching 11.1 mg/L and maintaining high levels for up to 40 hours post-treatment.

3. Human Effluent Treatment in Hungary (2012)

A large-scale municipal waste pond trial demonstrated the potential of Flowform® technology in wastewater treatment:

Initial DO levels of 0.26 mg/L increased incrementally with each vortex unit, reaching 7.01 mg/L after passing through seven units.

Significant odor reduction occurred within two days, and black effluent transformed into semi-transparent, odorless water within 14 days.

Further trials confirmed a reduction in Chemical Oxygen Demand (COD) and Biological Oxygen Demand (BOD), highlighting Flowform®'s effectiveness in breaking down organic waste.

Other Notable Research and Applications
New Zealand Bore Water Trials (1987-1988)

Beehive Flowform® models increased DO from 1.4 ppm to 7.0 ppm within a 4.8m cascade.

A Taruna cascade reached super-saturated levels of 12 ppm within six minutes.

Dairy Effluent Treatment in New Zealand (1989)

Flowform® treatment reduced BOD levels in effluent ponds from 280 g/m3 to 88 g/m3 within five days.

Aquarium Water Quality Study (Hungary)

A home aquarium equipped with Flowform® technology maintained stable, clear water for over 24 months without the need for frequent cleaning or water changes.

Commercial Rose Grower Irrigation Pond (2012, New Zealand)

DO levels stabilized at 7+ mg/L, with increased water clarity and reduced algae presence within 20 days.

Conclusion

The extensive research into Flowform® technology demonstrates its vast potential for sustainable water management. Unlike traditional aeration methods, Flowform®-treated water retains oxygen for extended periods, promotes ecological balance, and effectively treats wastewater. As more studies confirm its benefits, Flowform® could revolutionize water treatment in agriculture, aquaculture, and environmental conservation.

For more information and detailed research data, visit Foundation for Water.