Experimental and modelling approach to investigate the mechanisms of formation damage due to calcium carbonate precipitation in carbonate reservoirs

Author:

Qazvini Sajjad,Golkari Abdolah,Azdarpour Amin,Santos Rafael M.ORCID,Safavi Mir Saeid,Norouzpour Milad

Publisher

Elsevier BV

Subject

Geotechnical Engineering and Engineering Geology,Fuel Technology

Reference95 articles.

1. Study of the adhesion mechanism of CaCO3 using a combined bulk chemistry/QCM technique;Abdel-Aal;J. Cryst. Growth,2002

2. Performance of inhibitors on CaCO3 scale deposition in stainless steel & copper pipe surface;Al-Roomi;Desalination,2015

3. Study on the optimization of de-scaling operations in Saudi arabian khuff gas wells;Al Tolaihy,2010

4. Oilfield scale removal by chelating agents: an aminopolycarboxylic acids review;Almubarak,2017

5. Prediction of iron carbonate scale formation in Iranian oilfields at different mixing ratio of injection water with formation water, energy sources, Part A: recovery, utilization;Amiri;and Environmental Effects,2013

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