Nature trusts our solutions
The innovative PIF
technology makes it possible to multiply the volume of oil producedPIF technology is used for maintenance work on oil-producing wells.
It is used in the extraction of hard-to-recover oil reserves, the prevention and elimination of asphalt-resin-paraffin deposits and the deposition of emulsions, hydrates, as well as in the transshipment of viscous products: fuel oil, bitumen, oil, oil sludge.
High oil retrieving recovery rate
The use of PIF allows a multiple increase in the volume of oil produced, as well as:
01
Bring the entire production line into a profitable fund due to the impact on the entire cycle of action — from the face to the preparation station
02
Reduce the cost of field maintenance
03
Reduce the number of accidents (pipe breaks) and repairs
04
Reduce the cost of repairing wells and pipelines
05
Increase the time to failure
Aims and objectives
The technology can change the rheological properties of crude oil: it allows one to destroy emulsions, dissolve paraffins, carry out partial cracking, which leads to the transformation of the transport infrastructure object into part of the technological line for the preparation of a commercial product.
areas of application of PIF technology in the oil industry
How the pulsed high-frequency thermoacoustic technology works
0,5–1 MW / 5–20 kHz
The technology is implemented by tying ground and underground objects with a cable placed on the surface of these objects or inside them, and generating super—powerful (0.5-1 MW) short wave pulses of high frequency (5-20 kHz) in the combined cable system.
The induction effect of a pulsed electromagnetic field, as well as a high — frequency vibration-wave action, is distributed over the entire surface area of pipelines or other metal containers (tanks, cisterns, vessels) due to elastic vibrations of the walls of these containers under the influence of shock forces.
Due to the synchronization of pulsed forces along the entire path of creating an electromagnetic field in terms of the volume and length of objects, a multiple increase in the intensity of pressure waves occurs
The pulse repetition frequency range (1-10 kHz) sets the frequency of the acoustic effect and is a technological parameter.
Multiple reflection and addition of coherent waves cause heating in addition to induction heating.
The energy of the pulses transmitted through the cable with a frequency of 1 - 20 kHz, causes in the entire volume of the metal ( from the bottomhole zone to the mouth; flow line, storage tank)
Let's compare
In contrast to the use of heating cables, the economic effect of the use of PIF is achieved by increasing the power of acoustic vibration at a relatively low heating temperature.
100 % PIF economic effect
In comparison with the use of chemical and hot washes, the economic effect of PIF is achieved more significantly (100% compared to 50-70%).
In contrast to the use of heating cables, the economic effect of the use of PIF is achieved by increasing the power of acoustic vibration at a relatively low heating temperature.
01
Typical emitters, both based on piezoelectric ceramics and based on magnetostrictive materials, do not provide frequency equality due to their design features.
02
When using the PIF technology, the effects of acoustics increase significantly due to a nonlinear increase in intensity as the volume increases.
03
When using PIF together with line heating, significant energy savings will be achieved due to:
- equalization of temperature along the length of reducing losses in the initial section;
- reduction of losses due to lower pumping temperature;
- reduction of energy consumption by pumps by reducing surface friction.
The most significant economic effect of PIF
The most significant economic effect is achieved during the reanimation of pipelines with a blind extended plug: they cannot be restored by any of the existing methods
Services of our company
Development and production
Development and production of electrical equipment using PIF
Service
Provision of services at oil production, transshipment, transportation and storage facilities.
Recycling
Disposal of waste products of oil production
Modernization of equipment
Our company also specializes in the continuous modernization of equipment
Equipment features
Modular integration principle
The compatibility of the equipment with the cable and the synchronicity of their operation in the common cable network from the switching power supply with subsequent power generation
Independent power supply of the network from one or more devices connected to the feeder line throughout the field – from the bottom of the well, on the discharge lines and collectors and to the point of separation and oil treatment
Due to the principle of equipment compatibility, the technology is not limited by the length or volume of objects — this makes it possible to use PIF on long and ultra-long main pipelines.
Layout of equipment for use on wells
01
The descent of a special cable is carried out using a geophysical lift through a system of rollers and an oil seal device
02
For wells equipped with a rod depth pump or a screw pump, the equipment is lowered through the annular space. At wells with an electric drive centrifugal pump, the equipment is lowered into the tubing
03
The cable is lowered to the bottomhole formation hole (depending on the depth of the well)
04
Depending on the problem being solved, the layout of underground equipment can vary: a spark gap at the end of the cable (to create a shock-plasma effect); an inductor (for active heating in the descent zone)
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Why is the PIF technology eco-friendly
Nature trusts our decisions. And these are not just words.
Every day we have to make important business decisions, and when evaluating each of them, the factor of environmental safety prevails. The philosophy of our company is based on harmony with nature, and we are glad to see such technologies as the PIF technology on the market.
The main eco-characteristics of the technology
01
No need for additional work with the soil or oil-saturated reservoir
02
No need to use chemical reagents (none at all)
03
Compact equipment
04
No harmful radiation
05
The impact of directed pulsed energy on the reservoir is physical
06
Ease of implementation into the existing oil-producing technological infrastructure
07
Economical electricity consumption
Contacts
The address
115230, Moscow, Warsaw highway, 46, office. 717 laboratory office. 719
443028, Samara region, Samara, Evgeniya Zolotukhina street, 4-120
443028, Samara region, Samara, Evgeniya Zolotukhina street, 4-120
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