초록 ▼

The embodiments herein provide a system for collecting flare gas and using the same for electricity generation. A flare gas collector assembly is attached inline with a flare stack pipeline. An electric generator comprises a combustion engine and at-least alternator. An intake valve of the combustio

The embodiments herein provide a system for collecting flare gas and using the same for electricity generation. A flare gas collector assembly is attached inline with a flare stack pipeline. An electric generator comprises a combustion engine and at-least alternator. An intake valve of the combustion engine is connected to a collector tank through an intake pipeline. The at-least one alternator is connected to an output shaft of the combustion engine through a transmission mechanism. The divider circuit is connected to an output node of the alternator. The battery back is connected to the at-least one alternator through the divider circuit followed a filter circuit. The primary pump is connected to the output node of the at-least one alternator through the divider circuit for pumping water from ground to a primary reservoir. The centrifuge receives water from the primary reservoir through wherein the centrifuge separates a water from undissolved solids.

대표청구항 ▼

1. A system for collecting flare gas and using the same for electricity generation comprising: a flare gas collector assembly, wherein the flare gas collector assembly is attached in-line with a flare stack pipeline, wherein the flare gas collector assembly comprises a collector tank;an electricity

1. A system for collecting flare gas and using the same for electricity generation comprising: a flare gas collector assembly, wherein the flare gas collector assembly is attached in-line with a flare stack pipeline, wherein the flare gas collector assembly comprises a collector tank;an electricity generator, wherein the electric generator comprises: a combustion engine, wherein an intake valve of the combustion engine is connected to the collector tank through an intake pipeline, wherein the electricity generator further comprises an output shaft connected to a crankshaft of the combustion engine; andat least one alternator, wherein the at least one alternator is connected to the output shaft of the combustion engine through a transmission mechanism;a divider circuit, wherein the divider circuit comprises a current divider circuit and a voltage divider circuit, wherein the divider circuit is connected to an output node of the at-least one alternator;a battery pack, wherein the battery pack is connected to the at-least one alternator through the divider circuit followed by a filter circuit;a primary pump, wherein the primary pump is connected to the output node of the at-least one alternator through the divider circuit for pumping water from ground to a primary reservoir;a centrifuge, wherein the centrifuge is connected to the output node of the at-least one alternator through the divider circuit, wherein the centrifuge receives water from the primary reservoir through a secondary pump, wherein the centrifuge separates the received water from undissolved solids, wherein a water with total undissolved salts (TDS) is transferred to a secondary reservoir;a filtration assembly, wherein the water from the secondary reservoir is pumped into the filtration assembly, wherein the filtration assembly is powered through the electricity generator; anda transportation assembly, wherein the transportation assembly houses and transports the flare gas collector assembly, the electric generator, the divider circuit, the battery pack, the primary pump, the centrifuge and the filtration assembly. 2. The system according to claim 1, wherein the electricity generator is capable of producing an output power of at-least 250 KVA. 3. The system according to claim 1, wherein the divider circuit limits a required charging current and voltage to the battery pack and distributes an extra power generated from the at-least one alternator to the centrifuge, the primary pump and the secondary pump and the filtration assembly. 4. The system according to claim 1 further comprises a transmission panel and a remote monitoring panel, wherein the transmission panel is mounted onto the transportation assembly and records a working of the flare gas collector assembly, the electric generator, the divider circuit, the battery pack, the primary pump, the centrifuge and the filtration assembly, wherein the monitoring panel receives a data connected to the transmission panel. 5. The system according to claim 4, wherein the transmission panel sends a monitored data about a health and a functional stability of the flare gas collector assembly, the electric generator, the divider circuit, the battery pack, the primary pump, the centrifuge and the filtration assembly to the monitoring panel in real time. 6. The system according to claim 4, wherein the transmission panel sends a monitored data about a health and a functional stability of the flare gas collector assembly, the electric generator, the divider circuit, the battery pack, the primary pump, the centrifuge and the filtration assembly to the monitoring panel in non-real time as recorded data. 7. The system according to claim 4, wherein the monitoring panel provides a manual control of an operation of the flare gas collector assembly, the electric generator, the divider circuit, the battery pack, the primary pump, the centrifuge and the filtration assembly. 8. The system according to claim 4, wherein the monitoring panel automatically controls an operation of the flare gas collector assembly, the electric generator, the divider circuit, the battery pack, the primary pump, the centrifuge and the filtration assembly through an autonomous computer readable program. 9. The system according to claim 1, wherein the flare gas collector assembly, the electric generator, the divider circuit, the battery pack, the primary pump, the centrifuge and the filtration assembly work dependently as well as independently of each other. 10. The system according to claim 1 further comprises a compressor, wherein the compressor is fed with the collected flare gas from the flare gas collector assembly, wherein the compressor compresses the flare gas to a predefined ratio and transfers the compressed gas to the electricity generator.