Container options
Disposable
Sizes:
Number of sections at customer's request:
With the ability to regulate dosage
If electrochemical protection is required
Reusable
Sizes:
Number of sections at customer's request:
With the ability to regulate dosage
If electrochemical protection is required
Container filling options:
(salt deposits)
(barium salts deposits)
(ARPD)
(ARPD+ emulsion)
(corrosion)
(corrosion with protector)
TRIL-S, INGIS-S1, (Ingsol)
Application:
A container with a scale inhibitor is used to prevent the deposition of various types of salts (sulfates, sulfites, carbonates, chlorides and others) on downhole pumping equipment of oil production wells.
Operating principle:
The action of the scale inhibitor is reduced to enveloping the salt particles present in the produced fluid and creating a protective film on the surface of the downhole pumping equipment. The enveloping (protective) film prevents the deposition, adhesion and formation of large conglomerates of precipitated particles. Thus, salt particles are carried out in suspension by the produced liquid. The inhibitor works throughout the entire technological chain of oil production.
Application:
A container with a scale inhibitor is used to prevent the deposition of various types of salts (sulfates, sulfites, carbonates, chlorides and others) on downhole pumping equipment of oil production wells.
Operating principle:
The action of the scale inhibitor is reduced to enveloping the salt particles present in the produced fluid and creating a protective film on the surface of the downhole pumping equipment. The enveloping (protective) film prevents the deposition, adhesion and formation of large conglomerates of precipitated particles. Thus, salt particles are carried out in suspension by the produced liquid. The inhibitor works throughout the entire technological chain of oil production.
TRIL-S(Ba), INGIS-S2
Application:
A container with a scale inhibitor is used to prevent the deposition of various types of salts, mainly barium salts, on downhole pumping equipment of oil production wells.
Operating principle:
The action of the scale inhibitor is reduced to enveloping the salt particles present in the produced fluid and creating a protective film on the surface of the downhole pumping equipment. The enveloping (protective) film prevents the deposition, adhesion and formation of large conglomerates of precipitated particles. Thus, salt particles are carried out in suspension by the produced liquid. The inhibitor works throughout the entire technological chain of oil production.
Application:
A container with a scale inhibitor is used to prevent the deposition of various types of salts, mainly barium salts, on downhole pumping equipment of oil production wells.
Operating principle:
The action of the scale inhibitor is reduced to enveloping the salt particles present in the produced fluid and creating a protective film on the surface of the downhole pumping equipment. The enveloping (protective) film prevents the deposition, adhesion and formation of large conglomerates of precipitated particles. Thus, salt particles are carried out in suspension by the produced liquid. The inhibitor works throughout the entire technological chain of oil production.
TRIL-ARP, INGIS-ARP
Application:
A container with an inhibitor of deposition of asphalt-resin-paraffin substances is used to prevent the deposition of various types of ARPD (asphalt, resin, and paraffin deposits) on downhole pumping equipment of oil production wells.
Operating principle:
The action of the ARPD deposition inhibitor is reduced to enveloping the ARPD particles present in the produced fluid and creating a protective film on the surface of the downhole pumping equipment. The enveloping (protective) film prevents the deposition, adhesion and formation of large conglomerates of precipitated particles. Thus, ARPD particles are carried away in suspension by the produced fluid. The inhibitor works throughout the entire technological chain of oil production.
Application:
A container with an inhibitor of deposition of asphalt-resin-paraffin substances is used to prevent the deposition of various types of ARPD (asphalt, resin, and paraffin deposits) on downhole pumping equipment of oil production wells.
Operating principle:
The action of the ARPD deposition inhibitor is reduced to enveloping the ARPD particles present in the produced fluid and creating a protective film on the surface of the downhole pumping equipment. The enveloping (protective) film prevents the deposition, adhesion and formation of large conglomerates of precipitated particles. Thus, ARPD particles are carried away in suspension by the produced fluid. The inhibitor works throughout the entire technological chain of oil production.
TRIL-ARP-Em, INGIS-ARP-Em
Application:
A container with an inhibitor of the deposition of asphalt-resin-paraffin substances and the formation of a high-viscosity emulsion is used to prevent the deposition of various types of ARPD (asphalt, resin, and paraffin deposits) on the downhole pumping equipment of oil wells during the production of oil-containing liquids prone to the formation of a high-viscosity emulsion.
Operating principle:
The action of the inhibitor of ARPD deposition and the formation of a high-viscosity emulsion is reduced to enveloping the ARPD particles present in the produced fluid and creating a protective film on the surface of downhole pumping equipment. The enveloping (protective) film prevents the deposition, adhesion and formation of large conglomerates of precipitated particles, and also penetrates the surface layer of emulsion particles and displaces the natural stabilizers present there (ARPD particles), changes the surface tension, and the microemulsion undergoes destruction. The inhibitor works throughout the entire technological chain of oil production.
Application:
A container with an inhibitor of the deposition of asphalt-resin-paraffin substances and the formation of a high-viscosity emulsion is used to prevent the deposition of various types of ARPD (asphalt, resin, and paraffin deposits) on the downhole pumping equipment of oil wells during the production of oil-containing liquids prone to the formation of a high-viscosity emulsion.
Operating principle:
The action of the inhibitor of ARPD deposition and the formation of a high-viscosity emulsion is reduced to enveloping the ARPD particles present in the produced fluid and creating a protective film on the surface of downhole pumping equipment. The enveloping (protective) film prevents the deposition, adhesion and formation of large conglomerates of precipitated particles, and also penetrates the surface layer of emulsion particles and displaces the natural stabilizers present there (ARPD particles), changes the surface tension, and the microemulsion undergoes destruction. The inhibitor works throughout the entire technological chain of oil production.
TRIL-C, INGIS-C
Application:
A container with a corrosion inhibitor is used to prevent the formation of corrosion on downhole pumping equipment of oil production wells caused by the aggressiveness of the extracted oil-containing liquid.
Operating principle:
The effect of a corrosion inhibitor is reduced to creating a protective film on the surface of deep-well pumping equipment that prevents the formation of corrosion. The inhibitor works throughout the entire technological chain of oil production.
Application:
A container with a corrosion inhibitor is used to prevent the formation of corrosion on downhole pumping equipment of oil production wells caused by the aggressiveness of the extracted oil-containing liquid.
Operating principle:
The effect of a corrosion inhibitor is reduced to creating a protective film on the surface of deep-well pumping equipment that prevents the formation of corrosion. The inhibitor works throughout the entire technological chain of oil production.
TRIL-CP, INGIS-CP
Application:
A container with a corrosion inhibitor (chemical protection) and protectors (electrochemical protection) is used to prevent the formation of corrosion on downhole pumping equipment of oil production wells.
Operating principle:
The effect of a corrosion inhibitor is reduced to creating a protective film on the surface of deep-well pumping equipment that prevents the formation of corrosion. The inhibitor works throughout the entire technological chain of oil production. The anodic protection of the protector prevents corrosion of metal equipment adjacent to the container.
Application:
A container with a corrosion inhibitor (chemical protection) and protectors (electrochemical protection) is used to prevent the formation of corrosion on downhole pumping equipment of oil production wells.
Operating principle:
The effect of a corrosion inhibitor is reduced to creating a protective film on the surface of deep-well pumping equipment that prevents the formation of corrosion. The inhibitor works throughout the entire technological chain of oil production. The anodic protection of the protector prevents corrosion of metal equipment adjacent to the container.
Notes
- The INGIS series reagents meet all the necessary requirements in the oil industry.
- TRIL series reagents are the most effective product that will satisfy even the most demanding customer.
The company's products are certified and protected by patents
© L-Reagent LLC, 2001-2024
© L-Reagent LLC, 2001-2024
LLC "L-Reagent"
Russia, 614107, Perm, Uralskaya Street, 69
Russia, 614107, Perm, Uralskaya Street, 69
contact us
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— we’ll find a solution
contact us
— we’ll find a solution
— we’ll find a solution
