Antioxidant additive

for the food industryfor the beverage industryfor sprinkler systems

PRODUCT OVERVIEW
NOATECH Fulvic Acid is a natural-origin functional liquid developed for agricultural, horticultural, environmental, deodorization, composting, livestock, and related applications.
Fulvic acid is a complex, water-soluble fraction of humic substances formed through the biological and chemical transformation of organic matter. It contains abundant oxygen-containing functional groups, particularly carboxyl (–COOH) and hydroxyl (–OH) groups, which contribute to its ability to interact with minerals, metal ions, and other substances.
NOATECH utilizes these functional properties in a range of environmental and agricultural applications, particularly where deodorization, microbial activity, nutrient availability, and organic matter management are important.

KEY BENEFITS AND FUNCTIONAL PROPERTIES

• Chelating and complexing ability: Fulvic acid can interact with certain metal ions and minerals through complexation and related chemical reactions.
• Supports nutrient availability: May improve the availability and transport of certain mineral nutrients in plant-growing systems.
• Supports plant development: Fulvic acid may promote root development and plant growth depending on crop type, dosage, and cultivation conditions.
• Supports microbial activity: Can influence microbial communities in soils, compost, and other biological systems.
• Composting support: May help promote microbial processes involved in composting and organic matter transformation.
• Deodorizing function: Can contribute to odor reduction through chemical interactions and biological processes, depending on the odor-causing substances and application conditions.
• Environmental applications: Can be used in applications involving soil conditioning, composting, odor control, and water-management systems.
• Natural-origin material: Suitable for applications where plant-derived or naturally derived functional materials are preferred.

FUNCTIONAL MECHANISM
Fulvic substances contain functional groups such as carboxyl (–COOH) and hydroxyl (–OH) groups.
These groups can interact with minerals, metal ions, and other compounds through mechanisms including complexation, ion exchange, and related chemical reactions.
Fulvic acid can also influence microbial activity. Depending on the application, these chemical and biological interactions may contribute to:

• Odor reduction
• Improved mineral availability
• Support of microbial decomposition of organic matter
• Improved composting and fermentation processes
• Soil conditioning
• Support of plant root-zone environments
• Water-quality management

The actual effect depends on the product concentration, target material, environmental conditions, and application method.

MAIN APPLICATIONS
Agriculture and Horticulture
Potential applications include:

• Crop cultivation
• Home gardening
• Horticulture
• Hydroponics
• Aquaponics
• Soil conditioning
• Root-zone management
• Cut-flower management

Fulvic acid may support nutrient availability, root development, and plant growth under suitable application conditions.
Composting and Organic Waste Management
Fulvic acid may be added to compost and other organic materials to support microbial activity and organic matter transformation.

Potential uses include:

• Agricultural compost
• Livestock manure treatment
• Organic waste treatment
• Fermented fertilizers
• Composting systems

Livestock and Agricultural Facilities
Potential applications include:

• Odor reduction in livestock facilities
• Barn and animal-housing spraying
• Manure treatment
• Composting
• Agricultural waste management

Performance should be confirmed according to the facility, odor source, and application conditions.

Aquaculture and Aquaponics
Fulvic acid may be evaluated for use in:

• Aquaculture systems
• Fish culture
• Shrimp culture
• Aquaponics
• Hydroponic water systems

Dosage should be determined according to the species, water conditions, and intended purpose.

Deodorization and Environmental Management
Potential application areas include:

• Livestock facilities
• Composting facilities
• Waste-treatment areas
• Industrial sites
• Temporary toilets
• Wastewater-treatment areas
• Other locations affected by organic odors

Deodorization performance depends on the type and concentration of the odor-causing compounds and on application conditions.

TYPICAL USE GUIDELINES
Application concentration should be adjusted according to the intended use.
Examples of typical use include:

• Plants and home gardening: Approx. 2 mL per 2 L of water, applied periodically according to plant condition
• Cut flowers: Approx. 1 mL per 1 L of water
• General spraying: Adjust concentration according to treatment purpose and target area
• Livestock and deodorization applications: Determine concentration according to odor intensity and treatment conditions
• Compost and organic matter treatment: Optimize dosage according to the material, moisture content, and treatment scale

For commercial or industrial applications, preliminary testing is recommended before full-scale use.

TECHNICAL INFORMATION

• Product type: Fulvic-acid-based functional liquid
• Main functional component: Fulvic acid
• Key functional groups: Carboxyl (–COOH) and hydroxyl (–OH)
• Form: Liquid
• Main functions: Complexation, mineral interaction, microbial support, deodorization, and environmental conditioning
• Application methods: Dilution, spraying, mixing, or addition to the target system
• Main application fields: Agriculture, horticulture, composting, livestock management, aquaculture, deodorization, and environmental treatment
• Recommended dosage: Application-specific; preliminary testing is recommended

SAFETY AND USE
Use the product according to its intended application and recommended dilution.
Performance varies depending on concentration, environmental conditions, target materials, and application method.
For regulated applications such as food, beverages, cosmetics, animal feed, direct ingestion, or medical use, suitability must be confirmed according to the product specification and applicable laws and regulations in the country or region of use.
This product should not be presented as a pharmaceutical product or as a substitute for medical treatment.
For commercial, agricultural, livestock, aquaculture, and environmental applications, NOATECH recommends preliminary testing to determine the appropriate concentration and operating conditions.