Is it feasible to find an actual field scenario, where primary imbibition occurs associated with a petroleum reservoir?
Background:
Primary imbibition refers to the imbibition process commencing @ 100% non-wetting phase saturation; and the respective curve completely falls within the negative capillary pressure region unlike a primary drainage curve or a secondary imbibition curve or a secondary drainage curve; and the magnitude of this (negative) capillary pressure for primary imbibition nearly remains as a constant for the water saturations from 0 until it becomes equal to (1-residual_oil_saturation).
Dear Prof. Govindarajan,
Due to a problem given to me by Prof. Egil Tzaland of NTNU. Petroleum Engineering Dept. for finding the efficient method of Reservoir Engineering using our developed Econophysics Field in particular String Theoretic Econophysics Field using DBranes String Theorey Differentiation approach which we have developed to solve the Millenium Mathematics Prize problems in order to integrate the scientific fields of Economic Sciences, Physical Sciences and Mathematical Sciences (String Theory and Newtonian Calculus) we found a very simple solution using solid geometry mechanics *Archimedean Field as contained in Higgs Field) of taking the Funcdtor Algebra Calculus systems classification and systems integration of coal reservoirs (active mines) resolved to its String Theoretic particular level of differentiation by heart-mind turnpike Econophysics experiment and developed a Higgs-Mallick mechanics solution by resolving using the Fundamental Standard Model String Theory perturbation and condensation at RTP Earth geodescic cybernetic protocol embedded system of Jharkhand and Donetsk Coal Mines, and found that to be driven by the our RHMHM School Mathematical Econophysics method of depth-to-diameter ratio Quantum Mechanical cybernetic solution (Mallick (2007, 2010, 2012, 2014, 2018), Mallick, Hamburger & Mallick (2016, 2017, 2018), Mallick, Raychaudhury, Mallick and others (2018, 2019)). This is the start of Mathematical Econophysics and Econophysics Mechanics (ref. as above) can be said mat we humbly resulting in the spacextime development of AGGNNNetworks Standard Model and Higgs-Malliick Mechanics. The interesting issue is that in keeping with our EPS Fellowship citation these two fundamental discoveries which have been published in Nature as well as Science , integrates all the Nobel Prize and Abel Prize scientific Fields in discovering Mechanics and Strings and also the Breakthrough Prize Fields of course by solving the Millenium Maths. Prize problems in our Networks by developing "Vector Diffeotopy of Embedding Jump Quantum Conductance Vector Diffeotopy of Embedding" Quantum Mathematical solution which has a Quantum Mechanics String solution called the Higgs-Mallick Mechanics. These are our patented solutions on RG also.
S.K.Mallick(CA)
for S.K.Mallick, S. Raychaudhury, S.Mallick, N. Hamburger, E.O. Sullivan, K. Kolokythos, J. Vrtilek, N. Kantharia, T. Krichel & M. Novarese
of The RHMHM School,
USA, Japan, India
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- Thermodynamics
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