Traditional Water in Agriculture
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Key Benefits
Farmers who introduce nanobubble technology into their agricultural practices can potentially reap several benefits that may positively impact their crops, productivity, and overall farm efficiency.
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Improved crop yield and quality:
Nanobubbles can enhance nutrient delivery and oxygen availability to plant roots, leading to improved nutrient uptake and increased metabolic activity. This can result in higher crop yields and better-quality produce, which can fetch better prices in the market.
Increased water-use efficiency:
Nanobubbles can improve water penetration and distribution in the soil, reducing water wastage and improving irrigation efficiency. This is especially beneficial in areas facing water scarcity or where water resources need to be conserved.
Enhanced nutrient utilization:
The use of nanobubbles in nutrient solutions can enhance the solubility and stability of fertilizers and micronutrients, ensuring that plants can efficiently utilize these essential elements for growth and development.
Reduced reliance on chemical inputs:
Nanobubbles' potential antimicrobial properties can help reduce the incidence of plant diseases, allowing farmers to rely less on chemical pesticides and fungicides. This can lead to more sustainable and environmentally-friendly farming practices.
Soil remediation:
Nanobubbles can aid in the remediation of contaminated soils by facilitating the movement of certain chemicals or compounds to the surface, making it easier to remove or neutralize harmful substances.
Faster seed germination and seedling development:
Treating seeds with nanobubble-infused solutions can accelerate germination rates and early seedling growth, giving crops a head start and better establishment in the field.
Integration with hydroponic and aeroponic systems:
Nanobubbles can be utilized in soilless farming systems like hydroponics and aeroponics, where they enhance oxygen availability to plant roots, leading to faster and healthier growth.
Increased sustainability and environmental stewardship:
By optimizing nutrient and water use, reducing chemical inputs, and adopting more efficient agricultural practices, farmers can contribute to sustainable farming and help minimize the environmental impact of their operations.
Potential for premium market prices:
High-quality produce with enhanced nutritional content and reduced chemical residues may attract premium prices in the market, providing an economic incentive for farmers to adopt Spheric Water ultra fine nanobubble technology.
More Nanobubble Applications
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Aquaculture
Aquaculture Systems -
Cleaning Tech
Cleaning Tech Systems -
Lakes & Ponds
Lake & Pond Systems -
Oil & Gas Mining
Mining Systems -
Swimming Pools & Spa's
Pool & Spa Systems
FAQ
What is Spheric water?
Spheric water is water that contains Ultra Fine Nano Bubbles (UFNB’s). Inside these microscopic bubbles (less than 100 nanometers in diameter) is pure oxygen or carbon dioxide, or any other gas that is produced by Spheric.
These gases become “dissolved” in the water and do not rapidly escape the solution because they are too small to have buoyancy and “bubble out”. Due to the high concentration of the gas imbibed in the water, the waters ability to be highly-functional and deliver these critical resources to organic bodies (plant and human tissue) is profound!
Who benefits from Spheric water systems? SWS
There are unlimited industries and applications that can directly benefit from SWS water which contains high levels of dissolved Oxygen or Carbon Dioxide.
Farmers benefit, greenhouse growers benefit, aquaculture benefits, lake algae treatment applications benefit.
In addition, oxygen nanobubbles have been proven to penetrate heavy clay soils, allowing for biology to enter and do it's composting process.
Biochar soaked in nano compost tea then added to soil is a bullet to success. Biochar has (near) nano tubes throughout its carbon structure. So typical aeration devices will not produce small enough air bubbles to penetrate the nano tubes. However success has been shown, soaking biochar in nano oxygenated compost tea which soaks into the biochar nano tubes and stays until planted into the Earth. This turns out to be a biological time bomb in the most beneficial way. When in soil the local aerobic bacteria interact and processes happen to greatly increase the rootball of plants, increase plant health and be more protected during adverse events.
When Can it be used?
Spheric water can be used whenever water is needed in a process. The gases that the water contains are the building blocks of life and provide intercellular resources to the organic bodies they encounteron a daily / hourly / secondsbasis.
When Spheric water containing O2 is used to water plants in a greenhouse or farm, the soil surrounding the root systems of the plant is supercharged when the biota and aerobic bacteria explode with life and vitality due to the increased presence of life-giving oxygen. The UFNB’s that number in the 1000’s of trillions (1ml of Spheric Water contains 200-300 million UFNB’s) adhere to the root system of the plant and both protect it from over saturation and the degradative effects of harmful substances like saline and toxic chemicals, while at the same time, they also fuel the surrounding soil, mycelium, and rhizome to break down and pass vital resources, minerals and nutrients in the soil to the root system with greater efficiency and overall effectiveness.
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One of the many problems facing greenhouse farmers is overwatering. The problem is caused by the escape of oxygen in soil medium in hot weather, leaving a wet anaerobic condition which quickly makes plants droop and roots turn to mush.Sphericoxygen bubbles are too small to exhibit buoyancy or rise from the soil and into the atmosphere. Keeping the soil highly oxygenated which greatly increases beneficial bacteria growth in the rhizome, increasing plant respiration and preventing beneficial bacteria die offs which turns the bacteria to a grey coloured ‘goo’. It also prevents pythium and other anaerobic pathogens from taking hold.
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Spheric water containing CO2 can be misted on plants to fuel photosynthesis and also snuff out and control pestilence without the use of chemicals.
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Spheric Nano co2 water misted on foliage is a natural way to control unwanted pests. The pH of the water can be as low as 4 pH but doesn’t burn plant leaves and is even safe to drink. However it does burn the eyes of insects which prevents feeding, and it coats the insects with the nano co2 mist, preventing insect respiration through the abdomen. In addition it adds a protection layer preventing ambient oxygen from surrounding foliage.
Where Does Spheric water come from?
Any source of water can be used to create Spheric water. The Spheric Water System utilizes an oxygen generator (unlimited pure O2 for pennies of electricity) and refillable tanks of CO2 that can be obtained from a number of sources, but primarily welding equipment suppliers (readily available and inexpensive).
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For example a midsize Spheric unit will nano oxygenate120,000 litres of water per day for a total cost of $4 USD. This includes the oxygen generation and power used by the Spheric .75 kWh pump.
The next larger Spheric system will oxygenate350,000 litres of water per day for a cost of $8. 1.5 kWh pump.
Why Use Spheric water when regular water works?
Regular water does what it does, however, Spheric water does what regular water does, but it does it better.
Water is used to power processes of bio-chemical reactions. This involves providing life-giving resources to power the parties involved in the process - namely, bacteria (in soil and mitochondria in our cells) for the resources of energy creation (nutrients and ATP).
The world is increasingly becoming more toxic with less available resources (clean water, minerals and nutrients in soil and therefor our food) and so the need to make the most, with the least, has never been more important. Spheric Water enables us to regenerate the soil beneath our feet, so it can in turn nourish our cells and help us regenerate our bodies. Spheric Water is a delivery system that optimizes the circular and symbiotic relationship between the land and our bodies.
How can I create Spheric Water and how does it work?
Water containing UFNB’s - Spheric Water System - can be created in a number of ways, but none as easily, efficiently, and scalable as can be achieved with a Spheric Water System.
The secret to imbibing water with UFNB’s using the Spheric Water System is the cavitation chamber that uses the power that’s released during an implosion to break down large bubbles into UFNB’s containing pure gas. Bubbles greater than 100 nanometers in diameter are not considered “Ultra Fine” and will release from the solution much more rapidly due to their increased buoyancy. Other systems use high pressure and porous screens to induce the bubbles, leading to contamination, poor performance and much higher costs with significantly lower efficiency and effectiveness.
The hallmark of a great system is scalability and cost effectiveness, both of which the Spheric Water System (SWS) exemplifies.
Stay tuned as I will be starting to add our product line for purchases.
The basic components of the SWS are a water pump, source of gas (O2 concentrator or bottled CO2) and a static (no moving parts) cavitation chamber.
The pump drives the water through the cavitation chamber while the gas is being introduced which causes the large bubbles to implode as cavitation takes place, creating heat and light, on a nano scale, in the process. This process creates the Ultra Fine Nano Bubbles containing pure gas, imbibing the water or “dissolving” the gas and changing its’ functionality in a dynamic fashion.
The beauty of this system is it can be scaled for small scale, home applications or large scale agriculture projects.