A number of different hot chemically active gases will be generated in the bottom hole of the well during the chemical reaction. These hot gas moves through the formation and reacts with rock and hydrocarbons and its components.

The combined action of hydrogen and other gases in chemical reactions generates heat, pressure and residual effects on the reservoir and surrounding strata to achieve our enhanced recovery results. This process improves recovery rate and significantly impact on the permeability.

This method is a new technology with a low cost, compared with other methods. Also, it should be noted that this technology does not require the involvement of expensive or specific equipment. The work is carried out by a standard workover rig or coiled tubing unit. The implementation requires only 2-3 days.

This technology can be adapted and adjusted to the well maintenance schedule. This means that the customer can assign a work date to the time when it is planned to carry out any work on this well. It saves time and founds, and also does not break on the workover schedule.

This technology has been successfully used in a number of gas condensate and oil deposits in Turkmenistan, Ukraine, Russia, India, China, and Pakistan.

The efficiency of treated wells reaches 98% resulting in increased well capacity and many fold increase in extraction of hydrocarbons. This technology is cheaper than hydraulic fracturing and at the same time it's more effective. This process produces roughly the same results as hydraulic fracturing, while the Hydro Fracking process is extremely technologically complicated and resource intensive as compared to MPC process.

The main advantage of this method is the full extraction of hydrocarbons from productive formation. Whereas the regular drilling of a well allows to extract 40% to 60% of hydrocarbons with remaining part left in the formation.

The method allows to recover those remaining parts by breaking down citrate hydrate compounds, releasing hydrocarbons from sorption and hydrogen bonds with water and rock.

This new revolutionary technology is properly certified and has no analogies in the world. Thanks this technology, you will be able to recover your wells efficiency and increase the capacity of oil and gas extraction.

Usually, we request information for up to six wells that are under consideration for rework. We also request a geological study of the site, if possible, as that helps in our ability to choose the proper candidates for the process.

After we receive the client’s information package, it takes about a week to prepare a proposal and cost analysis.

If accepted, it then takes about 30 days to prepare the project plan, visit the site, prepare the chemicals specifically for the target well and allow for shipping and site preparation.