Saudi arabian oil company (20240343610). GAS DEHYDRATION WATER MANAGEMENT SYSTEM AND PROCESS simplified abstract
GAS DEHYDRATION WATER MANAGEMENT SYSTEM AND PROCESS
Organization Name
Inventor(s)
Mishar Kumar Paul of Udhailiyah (SA)
Yaser E. Theyabi of Dhahran (SA)
Salman Z. Fahid of Dhahran (SA)
GAS DEHYDRATION WATER MANAGEMENT SYSTEM AND PROCESS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240343610 titled 'GAS DEHYDRATION WATER MANAGEMENT SYSTEM AND PROCESS
The wastewater processing system described in the patent application includes a compressor that compresses wastewater vapor into a compressed form, an overhead separator that separates the compressed wastewater into liquid wastewater and a vapor fraction, and at least one condensate sphere or sour water stripper in fluid communication with the overhead separator.
- The compressor receives and compresses wastewater vapor.
- The overhead separator separates the compressed wastewater into liquid wastewater and a vapor fraction.
- The sour water stripper receives a portion of the liquid wastewater from the overhead separator.
- An overhead separator level control system maintains system pressure and controls the flow of liquid wastewater to the sour water stripper.
Potential Applications: - Industrial wastewater treatment facilities - Municipal wastewater treatment plants - Oil and gas refineries
Problems Solved: - Efficient separation of wastewater components - Control of system pressure - Optimal processing of wastewater vapor
Benefits: - Improved wastewater treatment efficiency - Reduced energy consumption - Enhanced control over wastewater processing
Commercial Applications: Title: Advanced Wastewater Processing System for Industrial and Municipal Use This technology can be used in various industries for efficient wastewater treatment, leading to cost savings and environmental benefits. The market implications include increased demand for sustainable wastewater treatment solutions.
Questions about the technology: 1. How does the compressor in the system work to compress wastewater vapor effectively? - The compressor in the system is designed to receive and compress wastewater vapor efficiently by utilizing a specific mechanism that increases pressure within the system.
2. What are the advantages of using a sour water stripper in the wastewater processing system? - The sour water stripper plays a crucial role in separating and processing the liquid wastewater, ensuring optimal treatment and control over the system pressure.
Original Abstract Submitted
a wastewater processing system includes a compressor arranged to receive and compress wastewater vapor into a compressed wastewater, an overhead separator that receives the compressed wastewater from the compressor and separates the compresses wastewater into bottom liquid wastewater and a vapor fraction, at least one of a condensate sphere and a sour water stripper, each in fluid communication with the overhead separator, wherein the sour water stripper receives the bottom liquid wastewater from the overhead separator to receive a portion of the bottom liquid wastewater, and an overhead separator level control system interposing the overhead separator and the at least one of the condensate sphere and the sour water stripper, the overhead separator level control system being configured to control a flow of the bottom liquid wastewater from the overhead separator to the sour water stripper and maintain a system pressure.