Permanent Magnet Pipe Assembly for Irrigation Water Conditioning
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Solution Overview
Problem
Current technologies for improving water quality, such as electromagnetic, vortex, O-Zone injection, magnetic field, and nano-bubble injection methods, are expensive, require ongoing operational costs, and do not consistently provide satisfactory solutions for addressing poor water quality issues in irrigation and agricultural applications, leading to inefficient crop production and soil health deterioration.
Innovation Solution
The application of a simple, natural, permanent magnetic field methodology using rare-earth permanent magnets to re-order water molecules flowing through pipes, adjusting magnet strength and orientation to optimize water velocity and magnetic field alignment, which disrupts and re-arranges flowing molecules, improving water quality without requiring energy or ongoing maintenance.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional water softeners and electromagnetic field inducing technologies are used to improve water quality, then water quality can be improved, but the initial capital costs and ongoing operational costs increase significantly
Solution Approach 1:
The patent replaces expensive, complex electromagnetic field inducing systems with simple, inexpensive permanent magnets that require no power source or maintenance. The permanent magnets are installed directly in the water flow path and provide continuous water quality improvement without operational costs, effectively using a simple, low-cost solution to replace a complex, expensive system.
Solution Approach 2:
The patent substitutes electromagnetic field inducing mechanisms with a purely magnetic field approach using permanent magnets. This eliminates the need for power-consuming electromagnetic devices, control systems, and maintenance infrastructure, while achieving the same water quality improvement function through static magnetic field interaction with water molecules.
2Reliability
If large, power-consuming equipment is used for water quality improvement, then water quality can be enhanced, but the equipment becomes bulky and maintenance-unfriendly
Solution Approach 1:
The patent extracts the essential function of water quality improvement from complex, power-consuming equipment and isolates it to simple permanent magnets. By removing the electromagnetic power source, control systems, and bulky housing, the invention retains only the core magnetic field generation capability, making the system compact, maintenance-free, and easily installable in existing water systems.
Solution Approach 2:
The permanent magnets are self-contained and require no external power source, control, or maintenance. They generate their own magnetic field continuously and perform the water quality improvement function autonomously as water flows through them, eliminating all operational and maintenance requirements associated with powered equipment.
3Productivity
If more water is applied to plant material following industry standards, then crop production can be maintained, but water waste and pumping energy requirements increase
Solution Approach 1:
The patent changes the physical parameters of water through magnetic field interaction, altering water's molecular structure and properties to improve its effectiveness for plant absorption. This parameter change allows the same amount of water to produce better crop results, or alternatively, reduces the water quantity needed to achieve the same crop production, thereby reducing water waste and pumping energy requirements.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
This method significantly reduces water usage and costs, enhances crop growth and soil health, achieving substantial savings and improved irrigation efficiency with minimal operational expenses, as demonstrated by various trial experiments showing reduced water consumption and increased crop yields.
Implementation Method 1
the magnet field strength, from permanent magnets (gauss) is a direct relation to its ability to disrupt flowing molecules and re-order them
Data Source
AI summary
A method and apparatus for improving fluid behavior and performance by a magnetic field interacting with a flowing fluid. The field strength is adjusted relative to the speed of the fluid flow to achieve improved results of the fluid flow, including but not limited to, optimal efficiency of results. In this regard, combined speed and optimal magnetic field strength was determined for various pipe sizes to achieve greatly improved results. The signature strength may be adjusted by using an inventive field magnet mounting disc assembly 16 for employing one or more permanent magnet rods inside a flowing fluid.