Empowering Agriculture and Beyond

For agricultural applications, WateRigg’s 4-frequency system alleviates the negative effects of salty water. Harmful chlorites and certain salts are rendered inert and put into suspension, ensuring the soil remains pollution-free. It’s like an “aquifer and water system electro-culture,” boosting water descaling, softening, structuring, and purifying treatment. Enjoy more healthful and nutritious water, air, and food with the elimination of bad bacteria, mold, fungi, and pathogens.

WaterRigg offers several benefits for water wells:

1. Water Quality Improvement:
   • WaterRigg effectively purifies well water, removing contaminants, bacteria, and impurities that may be present in the water source. This ensures that the water drawn from the well is clean, safe, and suitable for various uses.
2. Scale Reduction:
   • Scale buildup is a common issue in water wells, leading to reduced water flow and decreased well efficiency over time. WaterRigg helps to prevent and reduce scale formation in wells, thereby maintaining optimal water flow rates and prolonging the lifespan of the well infrastructure.
3. Corrosion Prevention:
   • Corrosion of well components, such as pipes and pumps, can lead to costly repairs and maintenance. WaterRigg’s treatment process helps to mitigate corrosion by reducing the presence of corrosive elements in the water, thus extending the durability of well equipment.
4. Enhanced Water Absorption:
   • WaterRigg’s ionization process enhances the absorption capabilities of well water, allowing it to more effectively penetrate the soil and provide hydration to crops and vegetation. This can be particularly beneficial for agricultural wells, promoting healthier plant growth and higher crop yields.
5. Reduced Contaminant Levels:
   • Well water may contain various contaminants, including chemicals, minerals, and microorganisms, which can pose risks to human health and the environment. WaterRigg’s purification technology effectively reduces the levels of these contaminants, ensuring that the well water meets regulatory standards and is safe for consumption and other uses.
6. Energy Efficiency:
   • By optimizing the quality of well water, WaterRigg helps to improve the overall efficiency of water pumping systems. Cleaner, more purified water requires less energy to pump, leading to reduced energy consumption and lower operating costs for well owners.

In summary, WaterRigg offers comprehensive benefits for water wells, ranging from water quality improvement and scale reduction to corrosion prevention and enhanced water absorption. By leveraging advanced purification technology, WaterRigg helps to ensure that well water remains clean, safe, and efficient for various applications, including agricultural irrigation, residential water supply, and industrial processes.

WaterRigg offers a multitude of benefits for homes across various aspects of water usage:

1. Drinking Water:
   • Enhanced Quality: WaterRigg ensures that drinking water is purified, descaled, and ionized, eliminating harmful bacteria and pathogens. This leads to healthier and safer drinking water for you and your family.
   • Improved Taste: With its advanced purification technology, WaterRigg enhances the taste of drinking water by removing impurities and enhancing its freshness.
   • Healthier Living: By providing clean and pure drinking water, WaterRigg contributes to the overall health and well-being of household members.
2. Showers:
   • Softer Skin and Hair: WaterRigg’s softening capabilities ensure that shower water is gentle on the skin and hair, reducing dryness and irritation.
   • Reduced Scale Build-Up: WaterRigg helps prevent scale build-up in showerheads and pipes, resulting in improved water flow and prolonging the lifespan of your plumbing fixtures.
   • Refreshing Experience: Enjoy a more invigorating and refreshing shower experience with water treated by WaterRigg, leaving you feeling revitalized after each use.
3. Pool:
   • Cleaner Water: WaterRigg purifies pool water, eliminating harmful bacteria and contaminants, ensuring a safer swimming environment for your family and guests.
   • Reduced Chemical Usage: With its effective water purification capabilities, WaterRigg reduces the need for harsh chemicals to maintain pool water quality, leading to cost savings and a more eco-friendly approach to pool maintenance.
   • Crystal Clear Water: Say goodbye to cloudy or murky pool water. WaterRigg ensures that your pool water remains crystal clear and inviting, enhancing the overall aesthetic appeal of your pool area.
4. Garden:
   • Healthier Plants: WaterRigg enhances the quality of irrigation water, providing plants with essential nutrients and promoting healthier growth and vitality.
   • Increased Nutrient Absorption: By ionizing water and improving its absorption capabilities, WaterRigg ensures that garden plants can efficiently uptake nutrients from the soil, leading to improved overall plant health and resilience.
   • Reduced Need for Chemicals: With cleaner and purer irrigation water, there is a decreased reliance on chemical fertilizers and pesticides, promoting a more natural and sustainable approach to gardening.

Overall, WaterRigg transforms the way water is utilized in homes, ensuring cleaner, safer, and more enjoyable water experiences across various applications, from drinking and bathing to swimming and gardening.

Major effects of Plasma treatment

1. Cross-linking & Surface Chemistry Modification 
2. Enhanced Hydrophilic Surface Properties like Adhesion
3. Chemical Resistance
4. Tensile Strength
5. PSI Strength
6. Cleaning of Organic Contamination
7. Clean and Eco-friendly Technique which minimizes waste
8. Micro Etching

DETAILS

Plasma Enhancement Effects on Polyurethane.

1. Polyurethanes (PUs) are polymers known for their good mechanical properties, abrasion resistance, durability, flexibility, and biocompatibility, along with ease of finishing and low weight.
2. Plasma is the 4^th state of matter. (Beyond the conventional solids, liquids and gases), is an ionized gas consisting of approximately equal numbers of positively and negatively charged particles. (Dr Hart’s Happy Substance????)
3. Plasma is a quasi-neutral gas that consists of a collection of Electrons, Ions as well as neutral atomic and molecular species that exhibit a collective behavior in the presence of an electromagnetic field.
4. Plasma technology has been in use for the synthesis, processing, treatment, and deposition of polymers, nano-particle or nano-porous structures, textile surfaces, and etching, etc. Moreover, it is a clean and eco-friendly technique which minimizes waste, unlike wet-chemical processes. This new innovative technology allows our product to meet a much higher level of standards. 
5. Example Double rub Test. Most other high quality polymers hit about the 500-800 rubs before they start to break apart. Our new product hits 4000-6000 rubs because of the plasma enhancement which acts on and aligns the sub atomic and quantum particles in the solution which increases their cross-linking productivity and resistance to degradation. 
6. What is RF generator for plasma? A plasma RF generator is mainly used to excite the plasma source, which in turn will provide a free-flow of actual plasma material for the material application.
7. What is the frequency of a plasma generator?

A common RF power frequency used to produce plasma is 13.56 MHz. Other frequencies include 40 kHz and 2.45 GHz.

8. Improved Hydrophilic characteristics like Adhesion by maximizing contact to surface and improved bonding and cross-linking of the sub atomic & quantum particles. 
9. It was found that plasma treatment immensely enhanced the hydrophilic surface properties.
10. Adhesion was known to be a limitation for polyurethane in the past.
11. Plasma can increase Tensile Strength, PSI Rating, and Chemical Resistance.
12. What are the three types of tensile strength?

This is extremely important in many fields such as mechanical engineering, material science, and perhaps the most important, structural engineering. There are three different ways tensile strength is measured: the yield strength, the ultimate strength, and the breaking strength.

13. Plasma generators are capable of creating plasma which is utilized to alter the characteristics of surfaces and substances.
14. However, despite its excellent properties, for some applications where good wettability and adhesion are required, the use of Polyurethanes is quite restricted. Most polymers are characterized by low surface energy values resulting in inherently poor adhesion. The poor adhesion is mainly attributed to its chemical inertness due to a lack of polar functional groups on its surface. Therefore, further surface modification is mandatory for specific applications involving polymeric materials.
15. It was demonstrated in the literature that surface modification through inserting new functional groups, including carboxyls, hydroxyls, and amines, into the polymer surface has been shown to immensely enhance the inert surface properties of polymers. Various modification procedures have been devised for this purpose. In the past, chemical wetting with reagents such as acids and oxidizers has been utilized to increase the adhesion strength by introducing new functional groups at the interface. However, such procedures are environmentally unfriendly due to the used of hazardous chemical substances. Therefore, for ecological requirements, different alternatives have been employed to alter the surface composition and topography of polymeric materials. Plasma techniques, specifically low-temperature plasma, have been demonstrated to be an efficient method for this purpose. This technology has become more preferred over other techniques because it represents an effective, clean, fast, easy, economical, and environmentally friendly method. Its application has become one of the most widely used techniques for surface modification applied throughout various fields that include the food industry along with physics, chemistry, material science, and medicine Although plasma treatment is limited to only a few nanometers in-depth, it remarkably enhances the surface properties of polymeric materials, including adhesion, printability, hydrophilicity, and biocompatibility, without affecting their bulk properties During plasma treatment, gas molecules are disassociated into electrons, ions, free radicals, photons, and neutral species The modification proceeds by functionalizing the polymeric surface through an interaction with an active species along with inducing surface ablation, etching, crosslinking and chain scission, which results in a series of physical and chemical changes . The latter results are achieved by breaking the existing chemical bonds and forming new ones, resulting in new groups at the surface, which then undergo further oxidation as the surface is exposed to air. The active species from plasma are generated at an electrode through a radio-frequency (RF), microwave, or dielectric barrier discharge power source. In contrast to corona and dielectric barrier discharge treatments, the RF plasma system is not only confined to treating flat thin surfaces but can also be used for three-dimensional configurations.
16. Plasma is an ionized gas, sometimes known as the “4th state of matter”, consisting of atoms, molecules, ions, electrons, and short-lived species that can alter the surface properties of materials, including the surface energy of plastics. The latter characteristic of plasma is being exploited for a variety of industrial applications, for example, as a pre-treatment to increase the wettability and adhesion of coatings to plastic automotive components such as fenders (bumpers). Plasma treatments also help, as pointed out by Stecher,“to ensure the wettability of inks and the durability of printing on products made from polypropylene, polyethylene, polyamide, polycarbonate, glass, and metals”.
17. Plasma treatments will increase the adhesion and penetration of transparent water, and solvent-borne polyurethane. Increasing the cross-linking of 

Physico-chemical properties of the surface material like Surface free energy, hydrophilicity and surface morphology which influence the cell-polymer interaction, Chemical structure, Roughness & Conductivity etc… This determines the choice of Polymer for the job.