Welcome to the new world of nano-colloidal solutions. This remarkable technology provides the foundation for products with a broad spectrum of applications, ranging from agricultural crop production and food processing to industrial and commercial cleaning. 

In its various formulations, it is also highly effective for a myriad of other purposes, including animal care, health care, mould removal, marine usage, oil spill dispersal, oil/gas well treatments, aquaculture and soil remediation. 

The culmination of numerous years of research, nano/colloidal technology is the result of recent developments in colloidal chemistry, which makes it possible to produce a microscopic particle called a micelle. 

The micelle is comprised of a collection of linear molecules or fatty esters and fatty acids clumped together in the shape of a sphere that is about the size of 20 hydrogen atoms, or about one to four nanometers. For perspective, a human hair is 80,000 nanometers thick; a red blood cell covers 10,000 nanometers; a virus measures 100 nanometers across. 

These micelles, which possess the power and capability to break down organic molecules and hydrocarbons, are the workhorses behind nano/colloidal technology's effectiveness as a cleaning, degreasing, emulsifying and encapsulating agent. 

Bio-based and biodegradable, nano/colloidal technology is completely non-toxic and non-hazardous to humans, animals or plant life, and qualifies for a non-hazardous zero ("0") U.S. government rating. Even acute overexposure to the soap/cleaner results in no evidence of adverse effects with respect to swallowing, skin absorption, skin contact, eye contact, repeated overexposure and inhalation. 

Nano/colloidal technology is not soap in the conventional sense. Completely bio-based, it meets the definition stipulated in Section 9002 of FSRIA, commonly referred to as the 2002 Farm Bill: "Bio-based products are commercial or industrial products that are composed, in whole or significant part, of biological products or renewable domestic agricultural materials." 

Nano/colloidal technology contains no polyethylene glycols, benzene, triclosan or other hazardous chemicals. Instead, it is extracted and blended from FDA approved food stocks, principally corn, grains, soybeans, and potatoes. Yet its cleaning capabilities equal or surpass almost any detergent, cleaner or soap in the marketplace today, and in addition it offers disinfecting and sanitizing capabilities as well. 

Its ability to emulsify hydrocarbons cannot be equaled. As a fatty acid, nano/colloidal technology is anti-microbial, antibacterial and anti-fungal, giving it wide application in agriculture and for hospital cleaning and food processing.

Notwithstanding all its unique and remarkable qualities, nano/colloidal technology is surprisingly economical to use. Competitive with any soap or cleaner on the market today, they offer the purchaser a cumulative product and labor cost savings of at least 50% or more.