Amit Y. Bhangale
Senior Engineer

Amit Y. Bhangale joined DeGolyer and MacNaughton in 2023, specializing in PVT modeling, reservoir simulation, enhanced oil recovery, production optimization, and reservoir management. Prior to joining D&M, Bhangale worked at PetroTel Inc.

Bhangale graduated with a bachelor’s degree in chemical engineering from the Institute of Chemical Technology in Mumbai, India in 2004. In 2007, he earned his master’s degree in petroleum engineering from the University of Alaska Fairbanks.

Geographical Experience

• Algeria
• Bahrain
• India
• Kurdistan
• Malaysia
• Oman
• United Arab Emirates
• United States
• Saudi Arabia

Topical Areas of Expertise

• PVT modeling
• Reservoir simulation
• Enhanced oil recovery
• Production optimization
• Reservoir management

 Major Projects

At D&M, Bhangale history-matched production data for a giant oil field in Algeria with active gas injection in the gas cap. He optimized the timing for blowdown of the field. In another giant field in Algeria, he built the surface pipeline network model for a reservoir with over 200 wells and calibrated the model.

Bhangale evaluated multiple carbon capture and storage projects in the Middle East and southeast Asia. He screened reservoirs for CO₂ storage, evaluated storage potential, and performed uncertainty analysis.

In a pilot project in the Eagle Ford Shale, Bhangale calculated incremental oil and gas production during a huff ’n’ puff NGL injection project. He integrated fluid compositions, geochemical data, and reservoir simulation to calculate incremental native oil production.

Prior to joining D&M, he worked with PetroTel for over 15 years. Bhangale led PVT/EOS modeling studies for over 25 reservoirs located all over the world. He developed EOS for fluid types ranging from gas-condensate to light oil, volatile oil, and heavy oil. He developed one EOS for each field that matched PVT data for all selected representative samples.

Bhangale has worked on multiple CO₂ injection studies, which included production data analysis, history-matching field production and CO₂ pilot data, selecting type-curve areas, running pattern simulations, and full-field CO₂ injection simulations. He quantified incremental oil to be recovered due to CO₂ injection.

Bhangale integrated geologic, production, and surveillance data for two super-giant oil reservoirs in Abu Dhabi. He identified bypassed oil regions and candidates for workover and infill operations.

As part of an exploration team that conducted hydraulic fracturing operations for an unconventional gas reservoir in Oman, he analyzed DFIT data and designed a multi-stage fracturing treatment. He supervised hydraulic fracturing treatment operations and successfully executed the designed fracturing program.

During the exploration and evaluation phase of a naturally fractured reservoir in Kurdistan, he performed rate transient and material-balance analyses to estimate in-place volumes. He identified key uncertainties and designed a phased field development plan to address the uncertainties.

Bhangale evaluated field operating strategies such as blowdown, full gas cycling, and partial gas cycling for a gas-condensate field in Alaska. He performed detailed mechanistic models to evaluate the effects of condensate dropout, non-Darcy flow, and other mechanisms on well performance.