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PRODUCTS

Industrial Humic Acid

XP (Humic Acid for contamination rehabilitation)

Animal Slurry Stabilizing
And Odor Suppression

Eliminates air polluting waste from pig farming as it helps reduce environmental impacts,
improve air quality and improve nutrient management.
This is important to manage. Pig manure (a mixture of manure and urine) contains high levels of organic matter, nitrogen and other nutrients and, if not properly managed, can decompose and release gases such as ammonia and hydrogen sulfide.
Stabilization refers to the process of reducing the decomposition of organic matter to control odors, reduce greenhouse gas emissions, and maintain nutrients in the slurry.

XP and its own patented technology

Highly oxidized, capable of supplying oxygen, organic carbon, low pH, and complex odor-causing molecules.
Contains humic acid, fulvic acid, and humin to quickly stabilize pork slurry and suppress odor. The effects are possible at the same time, allowing for more effective management. It can increase its utility as a nutrient-rich fertilizer while reducing its impact on the environment.

Odor suppression
mechanism using xP

h25

XP can help suppress hydrogen sulfide (H₂S) gas generation from waste through several mechanisms,
primarily related to its ability to alter microbial activity, bind harmful compounds,
and improve the chemical properties of waste materials.
Here's how XP contributes to the reduction of H₂S production

  • Microbial control

    Limits activity of sulfate-reducing bacteria that generate H₂S

  • Metal ion binding

    Enhances the precipitation of sulfur compounds through iron-sulfur complex

  • Reduction of sulfate bioavailability

    Chelates sulfate limiting its use by bacteria.

  • Improves aeration

    Reduces anaerobic zones, thus lowering the activity of H₂S-producing bacteria.

  • Stabilizes organic matter

    Slows down decomposition, decreasing the substrate available for H₂S production.

NH3

XP can effectively suppress ammonia (NH₃) emissions from organic waste through several mechanisms that involve chemical binding,
microbial activity modulation,
and improvement of soil and waste matrix properties.

  • Ammonium binding and adsorption

    Binds ammonium (NH₄, preventing its conversion to ammonia gas (NH₃). due to a high cation exchange capacity (CEC) of XP

  • Reduced volatilization with lower pH

    pH 4 of XP is Lowers the pH of slurry, reducing ammonia volatilization occurs.

  • Microbial modulation

    Promotes nitrifying bacteria and inhibits urease activity, reducing ammonium and ammonia production by providing carbon and oxygen

  • Stabilized through nitriding process

    Promote and stimulate the activity of nitrifying bacteria that convert ammonium (NH₄) into nitrate (NO₃) through the nitrification process. This reduces the pool of ammonium available for volatilization as ammonia gas.

  • Inhibition of urease activity

    Inhibit urease activity, thereby slowing down the production of ammonium and ammonia from urea in swine slurry. This results in less free ammonia available for volatilization.

  • Physically altering waste

    XP, physically alter the waste matrix, improving its ability to capturing and retaining ammonium ions to minimize the release of ammonia gas into the air.

  • Enhanced nutrient retention

    Prevent loss of nitrogen by forms of ammonia from waste,improving its availability for plant uptake and reducing environmental loss as ammonia.

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