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Gilsonite

Gilsonite

Gilsonite, as a valuable natural resource, holds a prominent position in the oil and gas industry. This material, naturally extracted from mines, has in recent decades become a suitable replacement for expensive and less efficient synthetic materials due to its unique chemical and physical properties. In today’s competitive world, where cost reduction and increased efficiency are top priorities in industrial projects, using materials like Gilsonite can significantly lower operational costs and improve project outcomes. Below, we examine the detailed properties, applications, and importance of this material in oil and gas industry operations.

Gilsonite Specifications

Gilsonite, also known as Asphaltite, is a natural hydrocarbon mineral extracted from mines in solid form with a glossy black color. Due to its unique physical and chemical properties, Gilsonite has become a key component in various industries.

Some of the most important specifications of Gilsonite include:

  • Stable molecular structure: Carbon compounds provide high resistance to harsh temperature and pressure conditions.
  • Low density: Its light weight, especially when combined with industrial fluids, prevents unnecessary equipment weight and makes operations more efficient.
  • High sealing capability: Helps reduce fluid leakage into porous formations and prevents material loss.
  • Low melting point: Allows easy mixing with other materials at operational temperatures.
  • Environmental compatibility: Unlike many synthetic chemicals, it has less environmental impact and is considered a sustainable choice for sensitive projects.

Gilsonite is available in various forms, including powder, granules, and lumps. The powdered form is used to improve fluid viscosity, while the granular type plays an important role in formation stabilization and sealing. It performs exceptionally well in weak or fractured formations.

Role of Gilsonite in Industrial Operations

Industrial operations in the energy sector face numerous technical challenges. Gilsonite, with its unique properties, provides an effective solution to many of these challenges.

One of its main applications is improving the quality and stability of fluids used. It helps increase viscosity and reduce permeability, preventing fluid leakage into formations. It also forms a protective layer on walls, preventing erosion in weak formations.

Gilsonite’s anti-corrosion properties protect equipment from chemical damage and reduce maintenance costs. Its high tolerance to pressure and temperature ensures operational stability under harsh conditions.

Gilsonite Purchase Guide

When purchasing Gilsonite, selecting the appropriate type and reviewing technical specifications is crucial. Gilsonite is offered in various forms, and the choice should be based on the project’s technical and environmental requirements.

Factors affecting purchase:

  • Product quality: purity, particle size, and processing method.
  • Type of application: powder, granules, or lump.
  • Mine location: proximity to the project site to reduce transportation costs.
  • Technical support: selecting a supplier with consulting and technical services.
Factors Affecting Gilsonite Price
  • Type and quality of processing
  • Market supply and demand
  • Transportation costs
  • Geographical location of the producer
  • Purchase volume
  • Global economic and market conditions

Information

27149000

HS Code

FCA, FOB, CIF, CFR, CPT Based on customer’s inquiry

Deliver Terms

25 KG bags in Jumbo Bag 1MT

Packaging

Iran

Origin

Product Analysis Results Table

Gilsonite

No. Property Mineral Bitumen Natural Bitumen Gilsonite
1Ash15-205-1010-15
2Humidity≤3≤3≤3
3Volatile matter505550
4Moen Carbon393528
5Carbon747474
6Solubility in CS₂55-6535-7565-75
7Hydrogen7.17.17.1
8Oxygen1-31-31-3
9Nitrogen0.670.670.67
10Sulfur3-83-83-8
11Specific Gravity1.021.011.02
12Color (bulk)BlackBlackBlack
13Color (powder)BrownBrownBrown
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