GREENBOUGH ENGINEERED COMPOSITES

OBJECTIVE

__________________________________________________________

Our goal is to utilize the knowledge our founders have in the fields of foams and biomass, their close contacts in the industry of ground stabilization, and the new equipment created to deliver these superior products into the ground, and turn all this into a billion-dollar, rapid-growth business.

ADVANTAGES

PRODUCT:

__________________________________________________________

Greenbough uses sustainable materials in the form of biomass/waste retrieved from landfills, industrial hemp, wood waste, and several other identified sources as the substrates for the mix being introduced into the ground, seawalls, levies, sinkholes, swamps to produce highways, skyscrapers, bridges, seaports; wherever the ground needs stabilizing.



EQUIPMENT:

__________________________________________________________

The new proprietary foam dispensing system, equipment Greenbough will be supplying along with the product, will be the only way our materials can be available for use, creating another lucrative market.



SUPERIOR BUSINESS PRACTICES:

__________________________________________________________

Keeping a balanced ongoing scorecard system to track finances, products, customers, and internal efficiencies will keep the company lean and strong. These key performance indicators will be shared with investors on a regular basis for this exciting, innovative venture that will see a reduction in landfill waste and meaningful use of industrial hemp.

Message From Co-Founder, Michael David Vaughan, PE

Ground Stabilization

Ground stabilization is an up-and-coming dynamic business worldwide. The current machinery and current chemicals are no longer suited to the task. The machines and chemicals currently being used are marginally sufficient due to the tremendous amount of material loss, as well as ongoing damage to the machinery.

The current machinery is not designed to receive back pressure as is needed, to force polyurethane chemicals into the ground. The current machinery is designed to free flow at high pressure for correct atomization of current polyurethane four-pound formulations.

The current chemicals are off-the-shelf, four-pound slow rise, closed cell, polyurethane. It is expected to work in any and all depths and situations, which is impossible. These chemicals will only react as well as its built-in catalyst package will allow. In cold climates, it will react slowly, in hot climates, it will react quickly. This flaw, in cases of large voids, will cause an exothermic reaction, (possible fire) as well as other premature reactions, not allowing the unreacted material to reach the void.

Our new machines will not rely on high-pressure atomization of A and B chemicals, allowing our equipment to accurately meter the catalyst package (reaction time) on the fly. This ability to adjust the catalyst package will allow for depth adjustments and exothermic reactions.

I am very familiar with these shortfalls, as I have produced the chemicals used in ground stabilization, sold the equipment needed, and dealt with the repairs required when they failed. The current equipment suffers constant breakdown due to hydro-shock (a vibration of intense nature) on the metal check valves (ball bearings). The resulting machinery malfunctions require considerable downtime until the check valves are rebuilt. This is a constant loss for ground stabilization contractors.

With the absence of a built-in catalyst package and the use of proprietary formulations, we can achieve a marked reduction in exotherm and gain complete control of the depth of injection on the fly. Our new formula packaging and the dispensing system will not only change ground stabilization but every aspect of the spray foam industry.