GILSONITE FOR OIL AND GAS DRILLING

Gilsonite for oil and gas drilling has been shown to be effective under pressure and provides advantages not found in cementing or drilling fluids. Gilsonite improves the performance of cementing and drilling fluids in ways that no other single additive can match. This is made possible by its exceptional combination of strength, flexibility, bonding, and high-temperature capabilities. This additive is a naturally occurring hydrocarbon resin. It is quite versatile and can be used for a variety of purposes. In comparison to synthetic materials, gilsonite has significant advantages in terms of health, safety, and the environment (HSE). Gilsonite is classified as non-toxic, non-carcinogenic, and non-mutagenic by the OSHA Material Safety Data Sheets.

We manufacture the highest quality Gilsonite oil and gas drilling / Natural Asphalt for drilling / Natural Bitumen for drilling in different types and grades and export them from Iran, Turkey, and the United Arab Emirates to other countries around the world.

Gilsonite Iran for drilling / Natural Asphalt Iran for drilling / Natural Bitumen Iran for drilling

 

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GILSONITE FOR CEMENTING

Gilsonite is a mineral that is utilized in the cementing of oil wells as well as drilling mud fluids. Gilsonite is a frequent component in oil-based drilling muds used for drilling in shales and other difficult geological formations. Gilsonite is available in a range of softening points and particle sizes. Gilsonite that has undergone specialist processing is mixed with water-based drilling fluids. This reduces hole washout by hardening tough shales and preventing extremely permeable sands while simultaneously minimizing torque and drag. When used with oil well cement, gilsonite may reduce slurry weight while cementing compressive strength. It may also be used as a bridging and plugging agent to conceal fractures in weak formations while cement is being placed. The use of gilsonite in oil and gas well cementing is a well-established technology. For many years, cement-water slurries, with or without different additives, have been utilized in cementing operations that are performed from time to time throughout the drilling phase of a well’s productive life. These processes were performed with and without the use of different additives. Cementing is frequently used during the drilling and completion processes for a variety of purposes, including the control of lost circulation that cannot be remedied using methods associated with the circulation of drilling mud, the protection of production zones, the isolation and confinement of water zones, the support of borehole walls, the anchorage of casing, and the protection of water zones. Cementing processes that include the use of gilsonite are often regarded as primary.

THE ADVANTAGES OF USING GILSONITE FOR CEMENTING 

  • enhancing the functionality of the cement.
  • The weight of the Slurry would be significantly decreased.
  • Prevent from the expansion of free waterways.
  • Will decrease water amount of slurry.
  • lowering the amount of muck present.
  • Increasing the efficiency of the wellbore’s scours.
  • avoiding problems caused by the rheology of the wellbore.

gilsonite for oil and gas drilling

GILSONITE AS DRILLING FLUID ADDITIVE

Gilsonite is employed in oil-based drilling mud in line with FLC, which stands for “Filtrate Loss Control” or “Fluid Loss Control.” Gilsonite has been used as an additive in drilling fluids for a long time in the oil business. Gilsonite has been employed in a variety of grades and formulations to address borehole instability issues, give lubricity, especially in severely deviated holes, and, more recently, as a bridging agent to combat differential pressure sticking and offer a law invasion coring fluid. The mineral’s tolerance to a broad variety of environments has enabled several uses. It is widely known that suitably formulated Gilsonite products can lessen stopped pipe difficulties and limit hole collapse in formations containing water-sensitive, sloughing shales by generating a thin wall cake and an inter-matrix filter cake. A lot of research has also proven this. Gilsonite products are now widely used in mud systems that are largely made up of water, oil, and synthetic components all over the world. Bore-Plate(R) Shale Stabilizer is the range’s flagship product, and it has shown to be particularly effective in all water-based systems.

THE ADVANTAGES OF USING GILSONITE AS DRILLING FLUID ADDITIVE

  • Provides greater shale stability.
  • averts the sticking of the differential.
  • Reduces or eliminates lost circulation.
  • Provides a matrix for reinforcing the wellbore.

SPECIFICATION OF GILSONITE FOR OIL AND GAS DRILLING

Specification of Gilsonite (5-10%)

Color in MassBlack
Color in streak or powderBrown-Black
Softening point160-220
Moisture content<3
Specific gravity@ 77℉1.02-1.2
Hardness (mohr’s scale)2
Penetration0
Flash point,°C, C.O.C>290
Trace elements<1
Solubility in T.C.E Wt%70-85
Solubility in CS2,Wt%70-90
Ash5-10
Fixed carbon25-35

Specification of Gilsonite (10-15%)

Color in massBlack
Color in streak or powderBlack
softenin point200- 240˚C
Moisture content<3
Specific gravity @77˚F1.04-1.06
Hardness (Mohr҆ s scale)2
Penetration0
Flash point,˚C,C.O.C280<
Trace elements<1
Volatile matter55-70
Ash10-15
Fixed carbon20-35

Specification of Gilsonite (15-20%)

Color in massBlack
Color in streak or powderBlack
Softening point220-260˚C
Moisture content<3
Specific gravity @77˚F1.04-1.2
Hardness (Mohr҆ s scale)2
Penetration0
Flash point,˚C,C.O.C300<
Trace elements<1
Solubility in T.C.E., Wt%70-85
Volatile matter60-75
Ash15-20
Fixed Carbone20-35

Specification of Gilsonite (20-25%)

Color in massBlack
Color in streak or powderBlack
Black softening point220-260˚C
Moisture content<3
Specific gravity @77˚F1.04 -1.2
Hardness (Mohr҆ s scale)2
Penetration0
Flash point,˚C,C.O.C300<
Trace elements<1
Solubility in T.C.E., Wt%60-70
Solubility in CS2,Wt%70-80
Volatile matter60-75
Ash20-25
Fixed Carbone20-35

IRAN GILSONITE IN DRILLING / IRAN NATURAL ASPHALT IN DRILLING / IRAN NATURAL BITUMEN IN DRILLING

The mines of western Iran (Ilam, Gilangharb, Eyvangharb, and Lorestan) are where the Petronaft Gilsonite Lump is mined, and then it is brought to the plant site to be stored there. Gilsonite lumps are poured into the hopper by the digger loader as they are broken up. After that, they are brought to the hammer mill by means of a strip conveyor. In this way, Gilsonite is divided into different grades based on the percentage of ash present and the desired size. The required tests are then completed, quality control is performed, and the product is packaged and ready to be exported in different types and grades from Iran, Turkey, and the UAE to other countries around the world.

At this time, PETRO NAFT is manufacturing a variety of grades of gilsonite, including the following:

  • Lump Gilsonite
  • Granulated Gilsonite
  • Micronized Gilsonite Powder

1- Gilsonite with ash content up to 5%, moisture up to 1% and meshes 30, 40, 100 to 300.

2- Gilsonite with ash content up to 10%, moisture up to 1% and meshes 30, 40, 100 to 300.

3- Gilsonite with ash content up to 15%, moisture up to 1% and meshes 30, 40, 100 to 300.

4- Gilsonite with ash content up to 20%, moisture up to 1% and meshes 30, 40, 100 to 300.

5- Gilsonite with ash content up to 25%, moisture up to 1% and meshes 30, 40, 100 to 300.

Understanding Global Gilsonite Prices: A Must-Read Comprehensive Guide for Better Comprehension

 

Understanding Iran’s Gilsonite Price: A Must-Read Comprehensive Guide to Improve Your Knowledge

 

PACKING OF GILSONITE FOR OIL AND GAS DRILLING

Jumbo Bags-PP Bags- Multi paper Bag-Bulk on Vessel

Petro Naft Co. provides a wide range of high-quality grades in this category, which has been listed below. For more information, please click on each product.

GILSONITE FOR OIL AND GAS DRILLING Products

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