Low Energy Gasifier-Liquefier

Inactive Publication Date: 2014-09-25
KELLEY WILLIAM A
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Benefits of technology

The patent describes two devices that can handle fluids in different ways. One device is designed to handle discrete quantities of fluid, while the other is designed to handle continuous flow. These devices can liquefy and gasify the output of a steam generator, recycling most of the water and heat. The devices can also be operated as a closed system, which meets zero emission requirements and allows for economical operation in regions where water is scarce. Another type of device is introduced that can cycle discrete quantities and can also run as a fully enclosable system, eliminating the need for piping and reducing danger when handling extremely hot materials. Overall, these devices can restore precise beginning conditions of the reservoir and are capable of cycling fluid to and from gas state with a hot reservoir or to and from liquid state with a cold reservoir.

Problems solved by technology

This is an energy intensive process, as simple methods for boiling and condensing both take large amounts of energy.

Method used

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  • Low Energy Gasifier-Liquefier
  • Low Energy Gasifier-Liquefier
  • Low Energy Gasifier-Liquefier

Examples

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Embodiment Construction

[0047]Both devices are based on a combination of counter flow heat exchangers (Patent A) and reservoirs of heat or cold. (Technically a cold reservoir is more accurately described as having less heat).

[0048]The fluids should be matched in thermal capacity. With the same type of material in both chambers, this simply means an equal mass of fluid. It would simplify the system to have a reservoir that remains in liquid state, if a material is available that is liquid over the required temperature range.

[0049]If liquid is to be cycled to gas and back to liquid, a hot fluid reservoir is required.

[0050]If a gas (vapor) is to be cycled to liquid and back to gas, a cold fluid reservoir is required.

[0051]In either case, optimal efficiency will be when the reservoir temperatures are just above or just below the boiling point.

[0052]The reservoir temperature is independent of the temperature of the fluid to have phase changed. It simply must have enough heat or cold capacity to supply or exhaus...

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Abstract

Disclosed are two related devices which can convert gas to and from liquid, or liquid to and from gas, with no expenditure of energy for heat of vaporization or for condensation. One device is designed for discrete units of fluid, the other for continuous flow. Both devices can be made fully enclosable. Both devices can compress an uncompressed vapor an arbitrary amount without additional energy. Applications include chemical separation, vapor compression, water purification, heat engines and power generation.

Description

CROSS -REFERENCE TO RELATED APPLICATIONS[0001]Related Patents have attorney docket numbers wakelley01, wakelley02, and wakelley03, wakelley04 and are listed below as Patent A, Patent B, Patent C and Patent D, respectively.STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH AND DEVELOPMENT[0002]This patent is not federally sponsored.REFERENCE TO SEQUENCE LISTING, A TABLE, OR A COMPUTER PROGRAM LISTING COMPACT DISC APPENDIX[0003]Not applicable.BACKGROUND OF THE INVENTION[0004]Many processes require a fluid make a transition from gaseous state to liquid and back, or from liquid to gaseous state and back. These include chemical separation, compression, water purification, and power generation. This is an energy intensive process, as simple methods for boiling and condensing both take large amounts of energy. However, the initial state (temperature) and final state of the fluid's are generally the same, or can be. A mechanism capable of boiling a fluid, then saving the energy by boiling a s...

Claims

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Application Information

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IPC IPC(8): F25J1/00
CPCF25J1/00B01D1/0058B01D3/007B01D5/006Y02B30/52
Inventor KELLEY, WILLIAM A.
Owner KELLEY WILLIAM A
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