Vacuum-Driven Water Turbine for Zero-Emission Power Generation
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Solution Overview
Problem
Current methods of electric energy generation, such as hydroelectric, nuclear, wind-turbine, and photovoltaic power plants, face environmental concerns, high construction costs, and instability due to weather dependence, leading to inefficiencies and emissions.
Innovation Solution
The method utilizes the difference in pressures between atmospheric pressure and vacuum to drive liquid or water through a turbine, generating kinetic energy for electric power production in a system comprising a pressure vessel with a vacuum chamber and a liquid chamber, where the liquid flows from a higher pressure area to a lower pressure area within the vessel, rotating a turbine to produce electricity.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If hydroelectric power plants are constructed using water dams or barrages to generate electric energy, then continuous power generation is achieved, but environmental damage occurs and threat to population and industrial infrastructure arises
Solution Approach 1:
The invention extracts the water flow path from the traditional dam structure and relocates it through a pressure vessel containing a vacuum chamber. Water flows from the atmosphere through a vacuum chamber into a liquid chamber, eliminating the need for large water dams and barrages that cause environmental damage and threaten population and industrial infrastructure.
Solution Approach 2:
The vacuum chamber acts as an intermediary element between the water source and the turbine. It creates a pressure differential that drives water flow through the turbine without requiring conventional dam structures, thus resolving the contradiction between continuous power generation and environmental protection.
2Reliability
If nuclear power plants are constructed to generate electric energy, then stable power generation is achieved, but high financial expenditure and risk of contamination occur
Solution Approach 1:
The invention replaces the nuclear fission process with a mechanical system based on vacuum pressure differentials. Water flow driven by atmospheric pressure through a vacuum chamber rotates a turbine to generate electricity, eliminating all radioactive waste and contamination risks associated with nuclear power plants while maintaining stable power generation.
3Object-generated harmful factors
If wind-turbine and photovoltaic power plants are used to generate electric energy, then clean energy production is achieved, but instability due to weather dependence occurs
Solution Approach 1:
The invention changes the operating parameter from weather-dependent renewable sources to vacuum-pressure-driven water flow. By controlling the vacuum level and water pressure within the pressure vessel, continuous and stable electricity generation is achieved independent of weather conditions, while maintaining clean energy production.
4Quantity of substance
If pumped-storage power stations are used to store electric energy, then surplus energy storage is achieved, but high infrastructure cost and limited storage capacity occur
Solution Approach 1:
The pressure vessel system serves multiple functions: it acts as both the power generation unit and the energy storage facility. The liquid chamber can store water for later use, while the vacuum chamber generates electricity when water flows through the turbine, eliminating the need for separate pumped-storage infrastructure and reducing overall system cost.
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 approach enables zero-emission, continuous, and eco-friendly electric energy generation, reducing greenhouse gas emissions and operational costs while providing a stable energy source independent of weather conditions.
Implementation Method 1
the difference in pressures between atmospheric pressure and vacuum to drive liquid or water through a turbine
Implementation Method 2
generating negative pressure or vacuum inside the pressure vessel in its top part which constitutes a vacuum chamber
Implementation Method 3
directing the liquid or water to the turbine rotor in such a way that due to the pressure difference between the negative pressure or vacuum in the vacuum chamber and a higher pressure outside the pressure vessel, which exerts pressure on the liquid or water supplied from outside, the liquid or water flows at high velocity into the vacuum chamber and rotates the turbine rotor which drives the power generator and produces electric energy
Implementation Method 4
the turbine rotor which drives the power generator and produces electric energy
Data Source
AI summary
A method and device for non-emission electric energy production, consisting in: generating negative pressure or vacuum inside a pressure vessel in its upper part constituting a vacuum chamber in whose space a turbine rotor is situated; setting a height of a liquid or water column in the lower part of the pressure vessel constituting a liquid or water column below the turbine rotor, wherein the vacuum chamber is directly connected with the liquid or water chamber situated below the vacuum chamber, and a conventional interface between them is determined by the upper surface of the liquid or water column; closing a first closing means and supplying a liquid or water by a means for supplying a liquid or water to the vacuum chamber.