History and Effectiveness of HOCL in Hydroponics
HOCL: Revolution in Hydroponics
Discover the history and remarkable effectiveness of hypochlorous acid
History of HOCL
1834 - Initial Discovery
Antoine Jérôme Balard discovered hypochlorous acid (HOCL) while studying the properties of chlorine. This revolutionary discovery laid the foundation for our modern understanding of natural disinfectants.
1843 - First Application
Ignaz Semmelweis uses chlorine solutions for cleaning.
1918 - Treatment of War Injuries
During World War I, HOCL was used to clean soldiers' wounds.
2020+ - Hydroponic Revolution
HOCL is becoming a standard in modern hydroponics, offering a safe, natural and effective solution for cleaning the growing environment.
The Science Behind HOCL
What is HOCL?
Hypochlorous acid (HOCL) is a molecule naturally produced by the human immune system. It is composed of one hydrogen atom, one oxygen atom, and one chlorine atom.
Chemical Formula: HOCl
- Optimal pH: 6.5 - 7.5
- Corrosivity: Very slightly corrosive due to its low pH
- Stability: From 18 to 24 months if kept between 5 and 25 degrees
Why is HOCL so Effective?
Safety for Plants
No toxic residue, does not damage plants
Water Quality
Maintains clean water and optimizes nutrient absorption.
Practical Applications of HOCL
Cleaning the Irrigation System
Irrigation systems regularly maintained with Solus will last longer and perform optimally. Solus helps remove mineral buildup and other organic matter from the system.
Foliar Application
Applying Solus to the foliar area helps reduce the risks associated with imbalances that can affect plant health. It also helps maintain a healthier environment by limiting the presence of undesirable elements that can alter their development.
Rinsing the Substrates
Treating growing media with Solus helps eliminate unwanted agents. Cleaning the substrate helps reduce seedling stress by limiting the risk of harmful elements.
Cuttings
Soaking cuttings in Solus helps limit the presence of unwanted elements that can affect the plant. This action also promotes optimal root development, thus strengthening the resistance of young plants and stimulating their growth.
Concrete Results
Increased yield
Loss reduction
Faster growth