(Beta)
Sign In
0

a factory with pipes and valves in the background.

A
AhmedAlAlouni

Prompt

Virtual Flow Meter (VFM):-Virtual Flow MeterThe novel hybrid approach combines traditional multiphase flow meters with innovative machine learning based flow models.-How does VFM Work?The VFM uses data assimilation technique and combines the process data from available downhole and topside sensors with either physics-driven, data-driven or hybrid models based on machine learning.Multiple machine learning models are trained and are able to predict the oil, water and gas flow rates.The model with the best performance is selected for each field.-Hybrid VFM: Combining ML Model and Measurements: Available sensor (downhole, topside), it includes Measurement Noise, Data Assimilation (model-data) MIN, Hybrid, Approach Flow models (physics-driven, data-driven, hybrid), Model Error, and Incorporates advanced events detection and critical warning system.-Challenges of ConventionalFlow Meter (CFM)* Radioactive - source based measurements.* Lower accuracy in varying field conditions.* High operational and maintenanc

INFO

Type

Text-to-videoWj

Date Created

February 15,2024Wj

Dimensions

512×512pxWj

Model

DreamShaper XL1.0
CKPT
DreamShaper XL1.0
alpha2 (xl1.0)
Run Count 1044404

Recommended Prompt

Prompt 1: a large industrial room with yellow lights, pipes, and machines. it transitions to show a machine with a small yellow light and then a large industrial machine with a yellow light on top. the room is dimly lit, and there are few details visible.
Prompt 2: a large industrial room with many yellow lights, pipes, and machines. there are several machines and equipment in the background. the scene changes to show a machine with a small yellow light on top and then a large industrial machine with a yellow light on top. the room is dimly lit, and there are few details visible.