초록 ▼

Methods for extracting and compressing an inert gas from an exhaust gas of an engine relate to providing an inert gas processing system including a multi-stage gas compressor to receive the exhaust gas from an exhaust gas processing system, a cooling and extraction system to receive the exhaust gas

Methods for extracting and compressing an inert gas from an exhaust gas of an engine relate to providing an inert gas processing system including a multi-stage gas compressor to receive the exhaust gas from an exhaust gas processing system, a cooling and extraction system to receive the exhaust gas from each stage of the multi-stage gas compressor and remove liquids from the exhaust gas, and a controller to monitor operation of the inert gas processing system. The methods include processing the exhaust gas before each stage of the multi-stage gas compressor to clarify the inert gas in the exhaust gas, processing the exhaust gas after each stage of the multi-stage gas compressor to clarify the inert gas in the exhaust gas and compressing the inert gas processed for export from the inert gas processing system.

대표청구항 ▼

What is claimed: 1. A method of extracting and compressing an inert gas from an exhaust gas of an engine, wherein the method comprises the steps of: a. providing a power and inert gas generator adapted to operate on diesel, oil, gas, and combinations thereof, and providing an inert gas processing s

What is claimed: 1. A method of extracting and compressing an inert gas from an exhaust gas of an engine, wherein the method comprises the steps of: a. providing a power and inert gas generator adapted to operate on diesel, oil, gas, and combinations thereof, and providing an inert gas processing system comprising: i. a particulate trap and catalytic converter, for receiving exhaust gas from the power source and inert gas generator, further inerting and clarifying the exhaust gas from the inert gas generator, wherein the particulate trap removes a substantial portion of particulate from the exhaust gas, and wherein the catalytic converter further inerts the exhaust gas forming inert gas; ii. a cooling and extraction system to receive inert gas from the catalytic converter, wherein the cooling and extraction system comprises a heat exchanger for cooling the inert gas and a separator for removing liquids and another portion of particulate from the inert; iii. valving and a controller to monitor and control the operation of the inert gas processing system; b. flowing the inert gas to an inert gas compressor; c. compressing the inert gas using the inert gas compressor forming compressed inert gas; and d. exporting the inert gas from the compressor to an outside application. 2. The method of claim 1, wherein the controller comprise a member selected from the group consisting of an engine speed controller; liquid level maintenance controllers; emergency shut down controllers; gas pressure setting controllers; other operational controllers; and combinations thereof. 3. The method claim 1, further comprising the step of further compressing the clarified inert gas to increase pressure of the inert gas for the export of the inert gas from the compressor to a high pressure application. 4. The method claim 1, wherein the step of compressing the inert gas further comprises driving the compressor using the power and inert gas generator. 5. The method claim 1, further comprising the step of maintaining flow of the exhaust gas within safe operation parameters by utilizing a sensing means and a microprocessor connected to the sensing means. 6. The method claim 5, wherein the sensing means is adapted to maintain exhaust gas temperature within a predetermined low-temperature region. 7. The method claim 5, wherein the sensing means comprises a temperature sensor.