Recovery of enthalpy from hot fluids

Claim 1

A method for concurrently recovering enthalpy and removing pollutants from a hot liquid industrial effluent comprising: a. cleansing the hot effluent to remove pollutants therefrom, b. conducting the effluent into a flashing unit having an inlet and an outlet and operating with a pressure differential between its inlet and outlet such that the differential will induce a flow of fluid within the flashing unit, c. flashing the effluent into a foam, and d. providing turbine means operably connected to the flashing unit such that a flow of the foam will propel the turbine.

Claim 2

A method for concurrently recovering enthalpy and removing pollutants from a hot liquid industrial effluent comprising: a. cleansing the hot effluent to remove pollutants therefrom, b. conducting the effluent into a flashing unit having an inlet and an outlet and operating with a pressure differential between its inlet and outlet such that the differential will induce a flow of fluid within the flashing unit, c. flashing the effluent into a foam, and d. providing turbine means operably connected to the flashing unit such that a flow of the foam will propel the turbine.

Claim 3

A method of recovering enthaply from a hot gas comprising: a. spraying the hot gas with a fluid to cool the gas and concurrently heat the liquid, b. collecting the heated fluid, c. conducting the fluid into a flashing unit having an inlet and an outlet and operating with a pressure differential between its inlet and its outlet such that the differential will induce flow within the unit, d. flashing the fluid into a foam, and e. providing turbine means operably connected to the flashing unit such that a flow of the foam will propel the turbine.

Claim 4

A method of recovering enthaply from a hot gas comprising: a. spraying the hot gas with a fluid to cool the gas and concurrently heat the liquid, b. collecting the heated fluid, c. conducting the fluid into a flashing unit having an inlet and an outlet and operating with a pressure differential between its inlet and its outlet such that the differential will induce flow within the unit, d. flashing the fluid into a foam, and e. providing turbine means operably connected to the flashing unit such that a flow of the foam will propel the turbine.

Claim 5

The method of claims 1 or 2 wherein the turbine means is a Pelton wheel turbine positioned at the output of the flashing unit.

Claim 6

The method of claims 1 or 2 wherein the turbine means is an impulse turbine positioned at the output of the flashing unit.

Claim 7

A method for concurrently recovering enthalpy and removing pollutants from a hot gaseous industrial effluent comprising: a. spraying the hot effluent with a scrubbing fluid to entrap within the fluid pollutants from the effluent, b. collecting the scrubbing fluid, c. cleansing the entrapped pollutants from the scrubbing fluid, d. conducting the scrubbing fluid into a flashing unit having an inlet and an outlet and operating with a pressure differential between its inlet and its outlet such that the differential will induce flow within the flashing unit, e. flashing the scrubbing fluid into a foam, and f. providing turbine means operably connected to the flashing unit such that a flow of the foam will propel the turbine.

Claim 8

A method for concurrently recovering enthalpy and removing pollutants from a hot gaseous industrial effluent comprising: a. spraying the hot effluent with a scrubbing fluid to entrap within the fluid pollutants from the effluent, b. collecting the scrubbing fluid, c. cleansing the entrapped pollutants from the scrubbing fluid, d. conducting the scrubbing fluid into a flashing unit having an inlet and an outlet and operating with a pressure differential between its inlet and its outlet such that the differential will induce flow within the flashing unit, e. flashing the scrubbing fluid into a foam, and f. providing turbine means operably connected to the flashing unit such that a flow of the foam will propel the turbine.

Claim 9

A method for concurrently recovering enthalpy and removing pollutants from a hot gaseous industrial effluent comprising: a. spraying the hot effluent with a scrubbing fluid to entrap within the fluid pollutants from the effluent, b. collecting the scrubbing fluid, c. cleansing the entrapped pollutants from the scrubbing fluid, d. providing a reaction turbine means having (i) a rotor having a hollow core, (ii) a plurality of flashing units attached to the rotor about its periphery, (iii) a plurality of conduits connecting the flashing units to the hollow core, and (iv) a housing having an evacuated chamber maintained at a pressure below the pressure of the rotor core and sized to contain the rotor, (v) a hollow feed shaft attached to the rotor and inputting into the rotor core and rotatably mounted on the housing, and (vi) a drive shaft attached to the rotor opposite the feed shaft and rotatably mounted on the housing, e. conducting the fluid into the rotor core through the hollow shaft and into the flashing units through the conduits, and f. flashing the fluid in the flashing units into a foam thereby causing the rotor to turn.

Claim 10

A method for concurrently recovering enthalpy and removing pollutants from a hot gaseous industrial effluent comprising: a. spraying the hot effluent with a scrubbing fluid to entrap within the fluid pollutants from the effluent, b. collecting the scrubbing fluid, c. cleansing the entrapped pollutants from the scrubbing fluid, d. providing a reaction turbine means having (i) a rotor having a hollow core, (ii) a plurality of flashing units attached to the rotor about its periphery, (iii) a plurality of conduits connecting the flashing units to the hollow core, and (iv) a housing having an evacuated chamber maintained at a pressure below the pressure of the rotor core and sized to contain the rotor, (v) a hollow feed shaft attached to the rotor and inputting into the rotor core and rotatably mounted on the housing, and (vi) a drive shaft attached to the rotor opposite the feed shaft and rotatably mounted on the housing, e. conducting the fluid into the rotor core through the hollow shaft and into the flashing units through the conduits, and f. flashing the fluid in the flashing units into a foam thereby causing the rotor to turn.

Claim 11

A method for concurrently recovering enthalpy and removing pollutants from a hot liquid industrial effluent whose temperature is at least 140° F. comprising: a. cleansing the hot effluent to remove pollutants therefrom, b. providing a reaction turbine means having (i) a rotor having a hollow core, (ii) a plurality of flashing units attached to the rotor about its periphery, (iii) a plurality of conduits connecting the flashing units to the hollow core, (iv) a housing having an evacuated chamber maintained at a pressure below the pressure of the rotor core and sized to contain the rotor, (v) a hollow feed shaft attached to the rotor and inputting into the rotor core and rotatably mounted on the housing, and (vi) a drive shaft attached to the rotor opposite the feed shaft and rotatably mounted on the housing, c. conducting the fluid into the rotor core through the hollow shaft and into the flashing units through the conduits, and d. flashing the fluid in the flashing units into a foam thereby causing the rotor to turn.

Claim 12

A method for concurrently recovering enthalpy and removing pollutants from a hot liquid industrial effluent whose temperature is at least 140° F. comprising: a. cleansing the hot effluent to remove pollutants therefrom, b. providing a reaction turbine means having (i) a rotor having a hollow core, (ii) a plurality of flashing units attached to the rotor about its periphery, (iii) a plurality of conduits connecting the flashing units to the hollow core, (iv) a housing having an evacuated chamber maintained at a pressure below the pressure of the rotor core and sized to contain the rotor, (v) a hollow feed shaft attached to the rotor and inputting into the rotor core and rotatably mounted on the housing, and (vi) a drive shaft attached to the rotor opposite the feed shaft and rotatably mounted on the housing, c. conducting the fluid into the rotor core through the hollow shaft and into the flashing units through the conduits, and d. flashing the fluid in the flashing units into a foam thereby causing the rotor to turn.

Claim 13

A method of recovering enthaply from a hot gas comprising: a. spraying the hot gas with a liquid to cool the gas and concurrently heat the liquid, b. collecting the heated fluid, c. providing a reaction turbine means having (i) a rotor having a hollow core, (ii) a plurality of flashing units attached to the rotor about its periphery, (iii) a plurality of conduits connecting the flashing units to the hollow core, (iv) a housing haivng an evacuated chamber maintained at a pressure below the pressure of the rotor core and sized to contain the rotor, (v) a hollow feed shaft attached to the rotor and inputting into the rotor core and rotatably mounted on the housing, and (vi) a drive shaft attached to the rotor opposite the feed shaft and rotatably mounted on the housing, d. conducting the fluid into the rotor core through the hollow shaft and into the flashing units through the conduits, and e. flashing the fluid in the flashing units into a foam thereby causing the rotor to turn.

Claim 14

A method of recovering enthaply from a hot gas comprising: a. spraying the hot gas with a liquid to cool the gas and concurrently heat the liquid, b. collecting the heated fluid, c. providing a reaction turbine means having (i) a rotor having a hollow core, (ii) a plurality of flashing units attached to the rotor about its periphery, (iii) a plurality of conduits connecting the flashing units to the hollow core, (iv) a housing haivng an evacuated chamber maintained at a pressure below the pressure of the rotor core and sized to contain the rotor, (v) a hollow feed shaft attached to the rotor and inputting into the rotor core and rotatably mounted on the housing, and (vi) a drive shaft attached to the rotor opposite the feed shaft and rotatably mounted on the housing, d. conducting the fluid into the rotor core through the hollow shaft and into the flashing units through the conduits, and e. flashing the fluid in the flashing units into a foam thereby causing the rotor to turn.

Claim 15

An apparatus for concurrently recovering enthalpy and removing pollutants from hot gaseous industrial effluents comprising: a. a scrubbing tower having (i) an input means and an output means for receiving and expelling the effluent and (ii) an input means and output means for receiving and expelling a scrubbing agent, b. a cleaning unit for removing pollutants from the scrubbing agent which is expelled from the scrubbing tower, c. conduit means between the scrubbing tower and the cleaning unit for conducting expelled scrubbing agent from the srubbing tower to the cleaning unit, d. a flashing unit operating with a pressure differential between its inlet and outlet in which the scrubbing agent can be formed into a foam, allowed to move, and separated into its liquid and vapor phases and having means for separately expelling the liquid and vapor phases, e. conduit means between the scrubbing unit and the flashing unit for conducting the scrubbing agent from the cleaning unit to the flashing unit, f. turbine means located within the flashing unit so that movement of the foam will drive the turbine, g. conduit means between the flashing unit and scrubbing tower for conducting the liquid phase to the scrubbing tower, and h. means for collecting the vapor phase

Claim 16

An apparatus for concurrently recovering enthalpy and removing pollutants from hot gaseous industrial effluents comprising: a. a scrubbing tower having (i) an input means and an output means for receiving and expelling the effluent and (ii) an input means and output means for receiving and expelling a scrubbing agent, b. a cleaning unit for removing pollutants from the scrubbing agent which is expelled from the scrubbing tower, c. conduit means between the scrubbing tower and the cleaning unit for conducting expelled scrubbing agent from the srubbing tower to the cleaning unit, d. a flashing unit operating with a pressure differential between its inlet and outlet in which the scrubbing agent can be formed into a foam, allowed to move, and separated into its liquid and vapor phases and having means for separately expelling the liquid and vapor phases, e. conduit means between the scrubbing unit and the flashing unit for conducting the scrubbing agent from the cleaning unit to the flashing unit, f. turbine means located within the flashing unit so that movement of the foam will drive the turbine, g. conduit means between the flashing unit and scrubbing tower for conducting the liquid phase to the scrubbing tower, and h. means for collecting the vapor phase

Claim 17

An apparatus for recovering energy and removing pollutants from hot liquid industrial effluents comprising: a. a cleaning unit for removing pollutants from the effluent, b. a flashing unit operating with a pressure differential between its inlet and outlet in which the effluent can be formed into a foam, allowed to rise, and separated into its liquid and vapor phases and having means for separately expelling the liquid and vapor phases; c. conduit means between the cleaning unit and flashing unit for conducting the effluent from the cleaning unit to the flashing unit, d. turbine means located within the flashing unit so that movement of the foam will drive the turbine, e. conduit means attached to the flashing unit for expelling the liquid phase; and f. means for collecting the vapor phase.

Claim 18

An apparatus for recovering energy and removing pollutants from hot liquid industrial effluents comprising: a. a cleaning unit for removing pollutants from the effluent, b. a flashing unit operating with a pressure differential between its inlet and outlet in which the effluent can be formed into a foam, allowed to rise, and separated into its liquid and vapor phases and having means for separately expelling the liquid and vapor phases; c. conduit means between the cleaning unit and flashing unit for conducting the effluent from the cleaning unit to the flashing unit, d. turbine means located within the flashing unit so that movement of the foam will drive the turbine, e. conduit means attached to the flashing unit for expelling the liquid phase; and f. means for collecting the vapor phase.