High-Energy Pulse Fracking
High-Energy Pulse Technology is indigenous and patent by Prof. Rajesh R Nair in India.
High- Energy Pulse Technology is indigenous and patent by Prof. Rajesh R Nair in India. Conventional fracking uses water at high pressure to break open channels that then enable the flow of oil or natural gas into the well. In contrast, High- Energy Pulse Technology through a powerful electrical discharge produces a high pressure pulse (>10,000 psi), and the subsequent compression shock wave propagates along the path of least resistance (i.e., in the perforations).
These compression shock waves propagate over long distances. The first two or three pulses clean the perforation. Subsequent pulses penetrate into the reservoir, clean the existing channels, and create a network of micro-cracks. This enables oil to more easily flow into the well. Following the application of the technique, oil production can be boosted for several years. We have successfully simulated the technology and experimented with promising results and pilot project is going execute very soon.
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Services We Provide
With vast experience and exposure in the industry and a growing number of young and experienced professionals, Zemblance Hydrocarbons continues to expand its services in upstream oil and gas industry.
Seismic Data Interpretation
With ever increasing demand for petroleum exploration activity all over the globe, especially in developing countries, having reached a feverish pitch, many countries are offering blocks for exploration and many Indian companies too have joined the fray.
Wellbore Stability Analysis
Our Geomechanical Engineers are experienced in handling many wellbore stability issues successfully across India. Wellbore Stability workflow comprises mechanical earth model (1D-MEM) building, wellbore stability, sand management, and fracture stability computation.
Zemblance Hydrocarbons is experienced in a full range of reservoir engineering services including reserves determinations, reservoir simulation, material balance, production analysis, well test analysis, wellbore inflow/outflow modeling, probabilistic modeling, fluid analysis, and economic evaluations.
Well Log Processing and Interpretation
We have strong team of petro-physicists and geo-physicists where we are well versed with well-logging data processing and interpretation that can be performed round the clock.
3D and 4D Geomechanical Modelling and analysis
Our integrated workflow can be leveraged for every geological settings and wellbore trajectories, a 3D geomechanical model can be an attractive alternative for development planning due to the limitation of offset well data.
Underground Coal Gasification
Underground Coal Gasification (UCG) takes advantage of the same chemical reactions of coal to produce product gases, as those occurring in conventional gasifier reactors.
High- Energy Pulse Technology is indigenous and patent by Prof. Rajesh R Nair in India. Conventional fracking uses water at high pressure to break open channels that then enable the flow of oil or natural gas into the well.
Zemblance in Methane gas reforming to produce hydrogen by converting methane, the primary component of natural gas. We offers advantages such as reliability, cost-effectiveness, and the ability to utilize existing natural gas infrastructure. We well-established technology provides a high-purity hydrogen stream suitable for various applications while contributing to carbon capture and storage initiatives through the capture of carbon dioxide produced during the process.
