Our proprietary methodology involves the extraction, isolation, and subsequent high-level concentration of the active constituents present in natural zeolite. These concentrated components are then reconfigured into what is known as Hydrated Sodium Calcium Aluminosilicate (HSCAS). The processed and hydrated mineral we call eZeolite.

Our primary objective revolves around mitigating the environmental impact attributed to agricultural practices, particularly concerning emissions and water quality, while simultaneously enhancing the overall well-being of both flora and fauna within ecosystems. This endeavor yields profound benefits for all biological systems.

Our efforts have culminated in the successful completion of a rigorous organic certification process, overseen by Ecocert. Our products have been thoroughly assessed for safety in relation to humans, animals, and plants. Furthermore, we have garnered approval from esteemed regulatory bodies such as the CFIA (Canadian Food Inspection Agency) and the FDA, signifying the safe utilization of our materials in various applications, including animal feed, water treatment, and crop cultivation.

eZeolites possess outstanding physical and chemical properties. Recently, specific natural zeolite material (HSCAS), has been documented with characteristic related to elimination of toxic agents, namely ammonia, methane, hydrogen sulfide, and nitrous oxide, improving gut health, controlling total flora at farms, and reducing the need for antibiotics. Additionally the eZeolites have been demonstrated as invaluable in wastewater treatment, soil amendment, and crop health, due to its support of the natural benefitial flora in the environment.

Zeolites are naturally occurring minerals with a unique porous structure that allows them to trap toxins and support beneficial bacteria, primarily in applications such as environmental remediation, water purification, and certain medical or dietary contexts:

Safety:

Toxicity: Zeolites are generally considered safe for use. They have a long history of application in various industries, including agriculture, wastewater treatment, and dietary supplements. Studies have shown that they have a low level of toxicity when ingested or applied to the skin. However, the safety may vary depending on the specific type of zeolite, its source, and its preparation. Some zeolites may contain impurities that could affect their safety.

Regulatory Approval: The safety of zeolites used in dietary supplements or animal feed additives is subject to regulatory oversight. In many countries, regulatory agencies like the CFIA in Canada and FDA in the United States evaluate and approve these products before they can be marketed for human or animal consumption.

Efficacy:

Toxin Adsorption: Zeolites are renowned for their ability to adsorb toxins and pollutants effectively. Their porous structure provides a large surface area for binding various molecules, including heavy metals, ammonia, and certain organic compounds.

Supporting Beneficial Bacteria: Zeolites can create an environment conducive to the growth of beneficial bacteria, particularly in applications like wastewater treatment and soil conditioning. The zeolite structure can serve as a substrate for microbial colonization, aiding in the breakdown of organic matter and nutrient cycling.

Environmental Remediation: Zeolites have demonstrated effectiveness in cleaning up contaminated environments, such as groundwater and soil. They can selectively adsorb specific contaminants, making them valuable tools in environmental restoration efforts.

Dietary and Agricultural Use: Zeolites are sometimes used as feed additives for livestock or as soil conditioners in agriculture. In these applications, they may help reduce the absorption of harmful substances in the digestive tract of animals or improve soil nutrient retention.

Scientific Research: Ongoing scientific research continues to explore the full extent of zeolite applications and their efficacy in various fields, including medicine, agriculture, and environmental science.

In summary, zeolites are generally safe and effective materials for trapping toxins and supporting beneficial bacteria in specific contexts. However, the safety and efficacy of zeolites can vary depending on factors such as their source, purity, and application. Always follow recommended usage guidelines and adhere to regulatory approvals when incorporating zeolites into various processes to maximize their benefits while ensuring safety.

Link to the Zeolite Technical Library here

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• 20kg bags (palletized)

• Samples

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