Natural OMRI approved animal bedding & feed For Cows, Pigs, Chickens and all animals.

Benefits Of  Zeolite Applications

The commercial benefits of zeolite applications are vast and valuable. So much so even health benefits occur.

More Zeolite Applications can also be used for Horses and Stables

For Horses

Utilizing Nature for a Better World

Natural Livestock Bedding Enhancement

 

 

  • Natural Zeolite is classified as “GRAS” (generally regarded as safe) under 21 CFR part 182.2729 FDA and 40 CFR Part 180.1001.

 

  • Eliminates urine generated odors in bedding, pens, stables, feedlots.
  • Enhances Respiratory health by elimination of unhealthy odors.
  • Controls moisture content, reduces fly infestation, safe for hooves.
  • Dry bedding assists in newborn and confined livestock health.
  • Provides a non slip surface for livestock and personnel even when wet.
  • Reduces ammonia from confined spaces (barns, pens, etc.)
  • Captures Nitrogen from ammonia to assist in odor reduction when bedding is used as compost.

 

 

 

Clinoptilolite Zeolite (aluminum silicate) is a natural volcanic mineral, a micro porous inorganic mineral with an open, stable, three-dimensional honeycomb structure that is negatively charged. The structure loosely holds cations (negatively charged ions) which are available for exchange. The ability to exchange one cation for another is called “cation exchange capacity;” this allows the mineral to serve as nature’s molecular sieve, allowing larger molecules to be separated from smaller molecules.

 

Suggested applications: For 12’x12’ stall, cover floor with ½” of Absorb-Z after cleaning, reapply bedding spread 2-4 cups of Absorb-Z. Reapply each time stall is cleaned.

 

 Natural Occurrence

Ordinary open-pit mining systems are utilized to mine regular zeolites. The overburden is evacuated to enable access to the metal. The mineral might be impacted or stripped for preparing by utilizing tractors outfitted with ripper edges and front-end loaders. In preparing, the mineral is pulverized, dried, and processed. The processed mineral might be air-delegated to molecule estimate and dispatched in sacks or mass. The pulverized item might be screened to evacuate fine material when a granular item is required, and some pelletized items are created from fine material.

Starting at 2016 the world’s yearly generation of characteristic zeolite approximates 3 million tons. Significant makers in 2010 included United States (59,000 t), China (2 million tons), South Korea (210,000 t), Japan (150,000 t), Jordan (140,000 t), Turkey (100,000 t) and Slovakia (85,000 t) The prepared accessibility of zeolite-rich shake requiring little to no effort and the lack of contending minerals and rocks are presumably the most imperative elements for its huge scale utilize. As indicated by the United States Geological Survey, it is likely that a critical level of the material sold as zeolites in a few nations is ground or sawn volcanic tuff that contains just a little measure of zeolites. A few models of such utilization incorporate measurement stone (as a modified volcanic tuff), lightweight total, pozzolanic bond, and soil conditioners

(Zeolite Applications) Zeolite Structural Group:

• 09.GA. – Zeolites with T5O10 units (T = consolidated Si and Al) – the stringy zeolites

• Natrolite structure (NAT): gonnardite, natrolite, mesolite, paranatrolite, scolecite, tetranatrolite

• Edingtonite structure (EDI): edingtonite, kalborsite

• Thomsonite structure (THO): thomsonite-arrangement

• 09.GB. – Chains of single associated 4-membered rings

• Analcime structure (ANA): analcime, leucite, pollucite, wairakite

• Laumontite (LAU), yugawaralite (YUG), goosecreekite (GOO), montesommaite (MON)

• 09.GC. – Chains of doubly associated 4-membered rings

• Phillipsite structure (PHI): harmotome, phillipsite-arrangement

• Gismondine structure (GIS): amicite, gismondine, garronite, gobbinsite

• Boggsite (BOG), merlinoite (MER), mazzite-arrangement (MAZ), paulingite-arrangement (PAU), perlialite (Linde compose L system, zeolite L, LTL)

• 09.GD. – Chains of 6-membered rings – unthinkable zeolites

• Chabazite system (CHA): chabazite-arrangement, herschelite, willhendersonite and SSZ-13

• Faujasite system (FAU): faujasite-arrangement, Linde compose X (zeolite X, X zeolites), Linde compose Y (zeolite Y, Y zeolites)

• Mordenite structure (MOR): maricopaite, mordenite

• Offretite– wenkite subgroup 09.GD.25 (Nickel– Strunz, 10 ed): offretite (OFF), wenkite (WEN)

• Bellbergite (TMA-E, Aiello and Barrer; structure compose EAB), bikitaite (BIK), erionite-arrangement (ERI), ferrierite (FER), gmelinite (GME), levyne-arrangement (LEV), dachiardite-arrangement (DAC), epistilbite (EPI)

• 09.GE. – Chains of T10O20 tetrahedra (T = joined Si and Al)

• Heulandite system (HEU): clinoptilolite, heulandite-arrangement

• Stilbite system (STI): barrerite, stellerite, stilbite-arrangement

• Brewsterite system (BRE): brewsterite-arrangement

• Others

• Cowlesite, pentasil (otherwise called ZSM-5, structure compose MFI), tschernichite (beta polymorph A, cluttered system, BEA), Linde compose A structure (zeolite A, LTA)

Want to learn more about Absorb-Z and zeolite applications or Ready to ORDER? Just contact us and we will be glad to answer all your questions.