Pure Global Solutions LLC

Is Currently Closed to the work on government regulations

Working to manufacture the Best PHMGH product additive in the market

Our research and Development on a variety of applications to the disinfection and sanitizing market.

Our warehouse / Office is currently closed to the public.

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Real World Applications

Let us know if we can discuss any of the following with you.

Noncorrosive sanitizing

Clean and sanitize your commercial equipment with the worry of corrosive chemicals. Achieve the same clean without the worry of rusting or leaving damaged surfaces!

Electrostatic application

Use our formula to disinfect client areas without odors of hazardous chemical smells. Even fragrance-based products can turn off customers about your cleaning process.

Sponsor and Participant for The U.S. meeting of the International Society for Food and Environmental Virology at ASU.

Medical and University tested formulations used in a verity of applications.

Our formula of PHMGH has been studied over many years to show efficacy and safety. Toxicology tested by NSF International for safe use in a variety of products. Showed effective against a number of bacteria and viruses.

Some of our research

Improved Shrimp Farming

A shrimp farm that was having a bacterial infection on their shrimp, treated the water with our formula and allowed the shrimp to grow healthier and larger strengthening their immunity to water bacteria.

Agricultural applications

We took a pallet of fresh picked melons and found that just a quick rinse slowed the oxidation of the melon skin increasing the shelf life by about two weeks.

Coffee Rust application

Extensive testing has been done on coffee rust in Costa Rica. Our friends in Costa Rica have done months of testing and at different weather and elevation conditions on coffee plants and showed our formula can reduce and even eliminate coffee rust in the growing field.

Sponsor for 2022 Food Safety Summit

Working on Global Fruit and Vegetables in Honduras

I traveled to the largest melon exporter in Honduras to conduct a comprehensive evaluation of their sanitation and food‑safety protocols and to identify opportunities for improvement aligned with international food‑security standards. Our team assessed the full export workflow for shipments bound for the United States, with particular attention to field‑washing practices and post‑harvest handling.

The primary objective of the assessment was to determine the feasibility of replacing chlorine‑based washing agents with our environmentally responsible cleaning technology. Beyond improving safety and sustainability, this transition is designed to extend shelf life by reducing surface oxidation and slowing skin degradation during extended ocean transport.
The findings indicate that this approach has the potential to prevent millions of pounds of produce loss annually—losses commonly driven by weather delays, prolonged transit times, and customs‑related bottlenecks. By stabilizing product quality throughout the supply chain, the solution supports both economic resilience and broader global food‑security goals.

Testing Examples

Kills Coffee Rust Diseases

Successfully tested on coffee plants over a one‑year period. Our formulation demonstrated significant improvement and a marked reduction in multiple types of coffee rust infections in Costa Rica

Kills Quagga Mussels

Laboratory and field evaluations were conducted at multiple Arizona lakes to assess the product’s effectiveness in preventing quagga mussel reproduction and in eliminating mussels attached to various substrates. Additional applications include the cleaning of boat hulls and marine engines, which may offer a practical solution for reducing the unintentional transport of quagga mussels across state lines or between waterways within a state.

We can provide 5-gallon jugs.

Premixed formula for your application

Wound Care

We have developed an advanced wound‑care formulation centered on our proprietary compound, PHP37, integrated with a precisely engineered blend of surfactants and biocompatible components. This next‑generation approach provides a modern alternative to traditional petroleum‑based dressings and legacy silver‑based creams, offering superior efficiency, consistency, and scientific rigor.

Designed for optimal coverage, patient comfort, and broad‑spectrum antimicrobial performance, the formulation supports improved healing outcomes while aligning with contemporary standards for clinical hygiene, environmental responsibility, and material safety.

Our forward strategy includes incorporating this technology into ready‑to‑use dressings, high‑absorbency pads, and convenient foam‑wash formats. These delivery systems are intended to streamline clinical application, enhance usability in field and emergency settings, and maximize overall patient benefit.

I used this formula on my own family member when the Dr.'s had trouble.

A close family member was experiencing severe leg cellulitis that required consistent daily care. When she came to stay with me so I could support her recovery, a home‑health nurse visited three times per week to provide wound care and wrapping. As I became more involved in her day‑to‑day treatment, I began managing the care myself and quickly noticed meaningful improvements in both her skin condition and the underlying infection.

The video below shows her progress over approximately 30 days—achieved without the silver creams and petroleum‑based dressings that had been used previously. While this approach does not cure the condition entirely, as part of the issue involves fluid leakage originating internally, we were able to significantly slow the progression and restore a more stable, manageable treatment routine. She experienced less pain, required fewer and lighter wraps, and saw a substantial reduction in the leaking that typically leads to bleeding, irritation, and skin breakdown.

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Swimming Pool Test

We found a pool that had turned green from algae.

We are treating once with our product (without chlorine). We did normal once a day backwash of the filter. These results are without sweeping the pool, results over 3 days. The pool cleaner helped to scrub the surface while the pool did run 24 hours, we did not add anymore formula to the pool.

There is more research to be done as the amount of debris that falls into a pool has something to do with the application of product. We have done several experiments that have different results based on the debris that falls into the pool. Our end determinations were that the filtration options needed to be evaluated as the filter was a key to making this a viable commercial application. More studies need to be completed

Day 4

3 days running pool filter & suction cleaner.

Day 1

Day two

Day 3

Water flocculation

Here is an example of the product’s water‑flocculation performance demonstrated in a swimming‑pool environment. The suspended minerals rapidly bind together and settle to the bottom, where they can be easily removed through sweeping or vacuum extraction. Under controlled circulation and agitation, these solids would naturally migrate into filtration media on a larger operational scale.

This same mechanism has direct relevance to mining operations. The flocculation properties that clarify pool water can be applied to mine‑tailings processing, where the ability to aggregate and separate fine particulates is essential for recovering valuable minerals such as copper. By accelerating the settling of mineral‑rich solids and improving separation efficiency, the technology offers a potential pathway to increase recovery yields, reduce processing time, and enhance overall operational sustainability.

Arizona State University Research

We have conducted extensive laboratory and field testing of our proprietary formulation, PHP37, demonstrating its effectiveness against quagga mussels and toxic algae cells. These results have earned multiple research grants supporting continued evaluation of the product’s performance and potential large‑scale applications.

Our technologies have also been presented to the Department of Defense and other federal agencies for consideration in Homeland Security–related programs. Key areas of interest include corrosion‑resistant surface protection and the product’s ability to immobilize harmful biological cells, offering potential value in both environmental management and critical‑infrastructure protection.