Headquartered in Moscow Russia, RUSOIL believes in capturing new global opportunities for sustainable and profitable growth. We currently operate six land rigs in Russia, Kazakhstan and Kurdistan also perform well services in Russia and Sudan. Our success is built upon operational excellence, continuous improvement, local knowledge and know how.
To compete effectively in the energy industry, we excel at offering customized solutions.
Our customers include Gasprom, RussNeft, RosGeo and GNPOC.
RUSOIL, The Directional Drilling Company, is the premium provider of horizontal and directional drilling services in Sudan, Russia, Colombia and Peru. unconventional resource plays. RUSOIL specializes in directional drilling and measure-while-drilling services that provide a complete guidance solution for directional and horizontal wells. RUSOIL has grown to be one of the largest and most trusted independent directional drilling companies in the industry.
RUSOIL takes drilling in a better direction with our people, our products and our performance. We approach challenges differently at RUSOIL and we pride ourselves on doing whatever it takes to fulfil our commitment to our customers, safely and efficiently. Our experienced people, combined with our service assets, ensure that our customers achieve maximum return on every project we deliver
Whether used to remove damage, improve flow in the matrix or spearhead a hydraulic fracturing job, mineral and organic acids are used in most oilfield stimulation activities.
RUSOIL Technologies continues to develop additives that help acids work more effectively and reduce potential problems, while keeping in mind the impacts on the health and safety of your stakeholders and on the environment
Rusoil Technologies™ develops acid corrosion inhibitors for all mineral and organic acid applications. Meeting our customers acidizing challenges—whether they be operational conditions, formation characteristics or environmental restrictions—is our goal in product development.
RUSOIL Technologies™ offers proven non-emulsifiers for acidizing applications in oil producing formations. These products are formulated to prevent water-in-oil emulsions and to leave the producing formation water wet.
Sludge formation can ruin an otherwise well-designed acid stimulation job. RUSOIL Technologies™ offers additives that prevent acid-related sludge precipitation from asphaltenic crude oils, including additives that perform in 28 percent HCl and other challenging conditions.
Sludge formation can ruin an otherwise well-designed acid stimulation job. RUSOIL Technologies™ offers additives that prevent acid-related sludge precipitation from asphaltenic crude oils, including additives that perform in 28 percent HCl and other challenging conditions
Successful primary cementing operations result in a cement
sheath to bond and support casing and provide zonal isolation
RUSOIL has more than 25 years of experience and research / development in achieving optimum cement-sheath integrity.
RUSOIL has been leading the industry in delivering effective zonal isolation in oil, gas, geothermal, and hydrate wells
Prevent the loss of production.
Control inter-zonal flow and/or flow to the surface.
Reduce water production.
Improve confinement of stimulation treatments.
From matrix to high-temperature application ACS, we optimize gel systems to create the most effective, efficient solution for your specific reservoir and conformance treatment.
Reduce water production and increase oil production with optimized gel solutions. In natural water drive reservoirs, high water production rates and fluid levels can result in uneconomic wells.
Our optimized gel solutions for water shut-off yield better reservoir drawdown. Let RUSOIL help select candidate projects to achieve rapid payback, reduced OPEX and low cost incremental oil recovery.
Rusoil, Global Experience in Industrial Gas, Hydrocarbon, LNG, and Petrochemical Processing.
Rusoil is a world leader in custom designed and engineered equipment for a variety of process industries. Rusoil’s expertise has beeN integrated into process applications such as air separation, liquified natural gas (LNG), petrochemical, and natural gas processing
Rusoil is uniquely positioned to provide our customers with optimized custom designed cryogenic process equipment that matches the process in which it is used.
With unsurpassed experience and knowledge of process equipment design, Rusoil’s engineers are capable of matching equipment and processes that produce the lowest overall cost solutions and balance investment costs with operating costs.
Rusoil is constantly developing capabilities in our traditional markets as well as other emerging markets. These markets benefit from our skills as a provider of heat exchangers, process piping, vacuum insulated piping, cold boxes, micro-channel reactors and process
vessels.
Rusoil serves customers’ cryogenic process equipment needs from the study phase to the modularization of the equipment at the point of shipment. Project management of small scale equipment is Rusoil’s forte. Rusoil provides transparent project execution for the sophisticated needs of a process plant. Customers benefit from economies of scale with a single source supply of equipment, reduced procurement and project resources.
Project Management and Equipment Integration Rusoil is capable of providing the engineering and equipment needed in LNG applications such as LNG export terminals, LNG import terminals, and midscale LNG liquefaction plants. The BAHX, vessels, piping, and cold boxes can be purchased under one contract.
Rusoil’s team of engineers is capable of providing the most efficient, economical solution to our customers process equipment requirements
Jet pumps offer reliable performance across diverse applications and in the most difficult well conditions.
RUSOIL hydraulic jet-pump systems minimize repair costs by delivering reliable, high-volume performance and long run life in extreme conditions. Jet pumps operate in situations where no other pump will work.
Impact on the near-well and remote reservoir areas by wave methods are becoming more common in the practice of drilling and well operations, both in Russia and abroad.
The most effective and positive impact on the near-well formation zone (NWFZ) has elastic vibrations of the low frequency range. Such fluctuations in the designated frequency range provide vibro-wave method of influence on NWFZ.
Highly qualified specialists work in our service centers which are equipped with modern equipment that allows us to provide the following range of services:
Selection and rental of packer assemblies manufactured by RUSOIL for Hydraulic Fracturing, Formation Pressure Maintenance, operation, intensification and workover of oil and gas wells.
Engineering and technological services with packer equipment (transportation of equipment to the facility, erection, setting and releasing), selection of equipment with development of efficient methods for its use, as applied to conditions of customer with application of our own techniques.
Development and manufacture of nonstandard packer and other equipment according to the requirements of the customer;
Our high efficiency multistage centrifugal ESP pumps produce fluid in both low-and high-volume, mature and new applications. Lift Plus pumps consist of rotating impellers and stationary diffusers that can be assembled in either floater or compression configurations to meet the most demanding performance requirements.
Rusoil’s logging services allow cost effective determination of rock and fluid properties (e.g., porosity, formation thickness, fluid saturation, etc.) that are key to characterizing and understanding an oil and gas reservoir.
These data allow geologists and engineers to determine potential hydrocarbon reserves and reservoir producibility, decide where to complete the well, how to stimulate production, and where to drill the next well.
Rusoil’s tools are ideally suited to meet the challenging needs of CBM exploration. They can be run inside hollow drill stem reducing time and drilling costs. Since hydrocarbons formations are characterized by high resistivity and low density, our combination compensated density, guard resistivity, gamma ray and caliper tool provides essential data in a single run.
Neutron and sonic logs are also commonly run to further characterize beds. Imaging technologies such as acoustic and optical televiewers can be used to determine the orientation of fractures and bedding planes.
Rusoil scientists apply their well logging, geophysical, and geological expertise to design and implement effective logging suites to characterize CBM resources and optimize field development.
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