Water Treatment System Using Magnetron Electron Spin Alteration
Solution Overview
Problem
The hydraulic fracturing process generates large volumes of contaminated flowback and produced water, which require treatment to be reused or safely discharged, posing environmental and cost concerns due to the need for disposal wells, particularly the removal of radioactive materials.
Innovation Solution
A water treatment system comprising a filter, aerator, hydrogen absorption manifold, treatment containers, magnetron, boiler, superheater, and fractional distillation separator, which includes materials like coconut carbon, cadmium, and nickel for removing chloride ions, neutrons, and radioactive elements, and uses microwaves to alter electron spins for selective precipitation of contaminants.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If disposal wells are used to treat contaminated water, then the water can be disposed of, but the cost increases and environmental contamination concerns arise
Solution Approach 1:
The patent converts harmful radioactive contaminants into a beneficial separation process. By using a magnetron to alter electron spins of radioactive atoms, the system causes radioactive materials to precipitate out of the water, transforming a harmful substance into a separable component that can be removed and disposed of separately, while the treated water becomes reusable
Solution Approach 2:
The system changes the physical-chemical parameters of radioactive contaminants by using microwave radiation from a magnetron to alter electron spin states. This parameter change causes the radioactive materials to transition from a dissolved state to a precipitated state, enabling their separation from the water through physical means rather than requiring deep injection disposal
2Manufacturing precision
If conventional filtration methods are used, then some pollutants can be removed, but radioactive materials remain in the water
Solution Approach 1:
The magnetron acts as an intermediary device between conventional filtration and radioactive material removal. It introduces electromagnetic radiation that interacts with the electronic structure of radioactive atoms, creating a unique separation mechanism that precedes and enhances the effectiveness of subsequent filtration steps by selectively targeting radioactive contaminants
Solution Approach 2:
The patent replaces purely mechanical filtration methods with a hybrid approach that uses electromagnetic fields from the magnetron to alter the physical state of radioactive contaminants. This substitution enables selective precipitation of radioactive materials based on their atomic properties rather than relying solely on physical filtration, achieving reliable removal that conventional methods cannot accomplish
3Reliability
If a comprehensive treatment system is implemented, then water quality improves, but system complexity increases
Solution Approach 1:
The treatment system is segmented into distinct functional modules: pre-treatment filtration, magnetron irradiation chamber, precipitation tank, and post-treatment filtration. Each segment performs a specific function in the treatment sequence, allowing the complex overall process to be managed through modular, independently optimized components that can be maintained and operated separately
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
The system effectively treats contaminated water by removing radioactive materials and other pollutants, enabling the reuse of water and eliminating the need for costly disposal wells, while being scalable and mobile for various well sites.
Implementation Method 1
a filter...suitable for removing chloride ions and transmutated chlorine ions from water passing through the system and also absorbing neutrons from the water
Implementation Method 2
absorbing neutrons from the water
Implementation Method 3
The aerator is suitable for oxygenating the water
Implementation Method 4
The magnetron is adapted for altering the spins of electrons in the outer shells of atoms of contaminants contained in the water being treated
Implementation Method 5
altering the spins of electrons in the outer shells of atoms of contaminants
Implementation Method 6
a boiler adapted for converting the water into a saturated steam
Implementation Method 7
a superheater adapted for converting the saturated steam to a superheated steam
Implementation Method 8
a fractional distillation separator adapted for condensing elements, including radioactive elements, by atomic mass units
Implementation Method 9
condensing elements by atomic mass units
Implementation Method 10
a condenser in fluid communication with an outlet of the fractional distillation separator for condensing the steam flowing from the fractional distillation separator
Implementation Method 11
The second filter material can comprise at least one of cadmium and bismuth
Data Source
AI summary
A water treatment system including a filter, an aerator, a hydrogen absorption manifold, a first treatment container, a second treatment container, a magnetron, a boiler, a superheater, a fractional distillation separator and a condenser. The filter is adapted for removing chloride ions and transmutated chlorine ions, while the hydrogen absorptive manifold is designed for absorbing hydrogen ions and reducing the pH of the water. The magnetron alters the spin of an electron in an outer shell of an atom contained in the water so that a solution added to the water coats selective elements causing them to precipitate from the water. The boiler and superheater may be utilized to convert the water to a superheated steam, while the fractional distillation separator is adapted for condensing and separating elements, including radioactive elements, from the superheated steam. A method for treating contaminated water using the water treatment system is also provided.