System and method for water distillation

Abstract

A condensing system has a boiler system, a tubing assembly, a condenser, and a control module. The condenser comprises a cycloid piston moveably positioned within a condenser vessel. The cycloid piston includes a cycloid wall that extends down from an internally formed a three dimensional cycloid surface, i.e. a tautochrome. The control module includes a control logic communicatively coupled with a boiler heater of the boiler system, a boiler temperature sensor, a condenser temperature sensor, and a strain gauge scale The tubing assembly provides a pathway for the steam to travel from the boiler system to the condenser. The control system controls the boiler heater in view of temperature readings of the boiler temperature sensor. The control system imposes one or more temperature pre-heating gradients in heating the volume of water before the boiling point of water is reached. The effluent vapors that escape the boiler during the course of the temperature pre-heating gradient(s) have a lower boiling point than that of the volume water. These effluent vapors exit from the boiler as their respective boiling points are imposed on the volume of water, and escape via a check valve. Readings from the boiler temperature sensor and the condenser temperature sensor are applied by the control logic to determine an observed boiling point of the volume of water.

Dependencies are inferred from the claim text.