... kaarthik sundar fraction node pipeline natural gas pipeline transient consumer optimization problem europe government climate change anatoly zlotnik hydrogen blending consumption PSIG 2312 Effects of Hydrogen Blending on Natural Gas Pipeline Transients, Capacity, and Economics Anatoly...

... speed pumps and proximity to capacity rates on the optimization results. upstream oil & gas pipeline united states government artificial intelligence optimization problem reservoir surveillance characterization production monitoring production control production logging enhanced...

... optimization problem node midstream oil & gas lineup dynamic pump upstream oil & gas objective function operational limit psig 2224 scenario time step algorithm tank optimizer artificial intelligence constraint flow rate pipeline optimizer tank delivery schedule jason...

... are the decision variables for this To improve the convergence time of the optimization optimization problem. It is assumed that there is flow control algorithm, a 3D interpolation function is generated as a proxy across this pump either with a variable speed pump or with a for the actual network solution...

... is expected 2. Roger Z. Ríos-Mercado, Conrado Borraz-Sánchez, to be used for: Optimization problems in natural gas transportation systems: A state-of-the-art review , Applied Energy, Tracking and forecasting off-spec gas, CO2, N2, Odorant. Volume 147, 2015. Performing dew point calculations. 3...

... simulation modeling & simulation upstream oil & gas roughness midstream oil & gas boundary condition simplification algorithm 1 friction factor pipeline piping design optimization problem transfer function simulation output operation psig 2118 holcomb application equation...

... midstream oil & gas transient pipeline simulation probability reliability standard optimization problem generator natural gas contingency equation pipeline leak detection upstream oil & gas operation zlotnik psig 2119 university psig 2119 measurement and control power grid...

.... oil flow scheduling midstream oil & gas flow scheduling tank terminal mass flow rate optimization problem psig 1902 pipeline supplier pipeline system scheduling artificial intelligence mass fraction technological regime objective function consumer oil property © Copyright 2019...

... ABSTRACT The purpose of the paper is to demonstrate the experience with distributed computing systems using evolutionary strategies for optimization problems in the gas industry. Two different approaches of distributed computing (cooperating agents and Client-Server) are presented...

... system generator pipeline system operation information mechanism electricity rudkevich zlotnik psig 1919 university artificial intelligence transient optimization pipeline transient optimization optimization problem risk management constraint pipeline transaction coordination...

.... psig 1924 information carter 1 hypercube engineer dimension piping simulation bill hirsch 3 jonathan fasulo 2 andrew daniels 1 algorithm optimization problem iteration newton chou 3 parametric study constraint artificial intelligence piping design proxy point midstream oil & gas...

... osiadacz upstream oil & gas gas network optimization problem variation artificial intelligence optimization algorithm compressors engines and turbines © Copyright 2018, PSIG, Inc. This paper was prepared for presentation at the PSIG Annual Meeting held in Deer Valley, Utah, 15 May 18 May...

... is unique in that it was designed to model diverse unit configurations and to generate optimization results based on multiple objective functions. psig 1816 optimization problem consumption compressor station artificial intelligence operating point midstream oil & gas compressor station...

... intelligence osiadacz chaczykowski psig 1710 compressor fuel minimization psig 1710 compressors engines and turbines compressor pipeline compressor station optimization problem pipe flow rate proceedings equation fuel consumption midstream oil & gas centrifugal compressor simulation...

... simulations with SCADA data measured on a real pipeline system. pricing midstream oil & gas mechanism modeling optimization coordination psig 1715 simulation constraint operation economic optimization node intra-day gas pipeline flow schedule caramanis optimization problem natural...

... continued, Diego C. Cafaro and Jaime Cerdá (2010) proposed an improved model, which allowed simultaneous batch injection at different sources. product pipeline batch optimization problem algorithm pipe segment batch plan psig 1605 flow rate market demand machine learning university...

.... In addition, in many places, the sectors are prohibited from coordinating activities or disjointed market structures discourage coordination. relaxation blumsack optimization problem natural gas belgian gas network elasticity model van hentenryck constraint congestion stress level test...

... responsibility electricity midstream oil & gas psig 1611 power plant operation pipeline operator sustainable development information requirement generator optimization problem gas pipeline gas-fired generator sustainability coordinate gas pipeline © Copyright 2016, PSIG, Inc. This paper...

... & gas information optimization gas-fired generator zlotnik dynamic optimization operation transient optimization optimization problem © Copyright 2016, PSIG, Inc. This paper was prepared for presentation at the PSIG Annual Meeting held in Vancouver, British Columbia, 11 May 13 May 2016...

... Abstract This paper proposes a novel model-based leak location method for pipelines. We first formulate the leak location problem into an optimization problem under certain conditions. Then we develop a derivative-based search algorithm to solve that optimization problem. The derivative...