Thermal Recovery
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Antifoaming Agent – Efficient Foam Control for Oilfield & Industrial Systems
The Antifoaming Agent is a high-performance chemical designed to prevent and eliminate foam formation in oilfield and industrial fluid systems. Foam can reduce process efficiency, cause pump cavitation, interfere with separation, and increase operational costs. This antifoaming agent quickly breaks foam and inhibits new foam formation, ensuring smooth and efficient operations.
It is widely applied in crude oil production, water treatment, oil-water separation, chemical processes, and industrial cooling systems.
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Biocide – Effective Microbial Control for Oilfield & Industrial Systems
The Biocide is a high-efficiency chemical designed to control and eliminate microbial growth, including bacteria, fungi, and sulfate-reducing bacteria (SRB), in oilfield and industrial systems. By preventing microbiologically influenced corrosion (MIC), biofilm formation, and souring, it helps maintain equipment integrity, improve flow assurance, and reduce operational risks.
Widely applied in oil production, water injection systems, pipelines, storage tanks, and industrial water systems, the biocide ensures long-term microbial control under demanding conditions.
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Corrosion Inhibitor – High-Performance Protection for Oilfield & Industrial Systems
The Corrosion Inhibitor is a high-efficiency chemical formulation designed to protect carbon steel and other metal surfaces from corrosion in oilfield and industrial fluid systems. Formulated with selected organic corrosion-inhibiting components, this product forms a stable protective film on metal surfaces, effectively reducing corrosion rates and extending equipment service life.
It is widely used in oil & gas production, gathering and transportation systems, and industrial water and process pipelines exposed to corrosive environments.
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Demulsifier – Efficient Oil-Water Separation Solution
The Demulsifier is a high-performance chemical designed to accelerate the separation of oil and water in crude oil production and processing systems. It effectively destabilizes water-in-oil emulsions, reduces water content in crude oil, and improves downstream processing efficiency.
This product is widely applied in oilfield production, gathering, storage, and transportation systems, especially where emulsion problems lead to reduced throughput, higher treatment costs, or corrosion issues.
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Pour Point Depressant (PPD) – Low-Temperature Flow Assurance Solution
The Pour Point Depressant (PPD) is a specialized oilfield chemical designed to improve crude oil flowability at low temperatures. By modifying wax crystal formation and preventing crystal aggregation, the PPD effectively lowers the pour point of crude oil, reduces viscosity, and enhances cold-flow performance.
This product is widely applied in oil production, gathering pipelines, storage, and transportation systems operating under low-temperature conditions.
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Scale Inhibitor – Effective Protection Against Mineral Scaling
The Scale Inhibitor is a high-performance chemical designed to prevent the formation and deposition of mineral scales such as calcium carbonate (CaCO₃), barium sulfate (BaSO₄), and strontium sulfate (SrSO₄) in oilfield and industrial water systems. By controlling crystal nucleation and growth, the product protects pipelines, heat exchangers, pumps, and process equipment from scale-related blockages and corrosion, improving system efficiency and reliability.
Widely applied in oil production, water injection, cooling water, and industrial water treatment, the scale inhibitor ensures long-term protection and reduces operational downtime.
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Viscosity Reducer – Enhanced Flowability for Heavy & Waxy Crude Oils
The Viscosity Reducer is a high-performance oilfield chemical designed to significantly reduce the viscosity of crude oil, particularly heavy and high-wax crudes. By improving molecular dispersion and reducing intermolecular interactions, the product enhances crude oil mobility, ensuring smoother flow during production, transportation, and storage.
It is an effective solution for improving flow assurance and reducing energy consumption in oilfield and industrial pipeline systems.
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API 15HR And API 15LR FRP Pipeline
API 15HR FRP and API 15LR FRP pipes are engineered for oil wells and geothermal wells, providing excellent corrosion resistance, long-lasting durability, and reliable performance under challenging pressure and temperature conditions. These FRP pipes are widely used in pipeline systems where strength and efficiency are critical.
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API 15HR GRE Tubing
Can be designed and produced according to customer’s requirements.
Product Standards
SY/T 7043 High-Pressure Fiberglass Tubing for Petroleum and Natural Gas Industries
SY/T 6267-2006 Specification for High-Pressure Fiberglass Line Pipe Applications -
API 15LR GRE Tubing
The oil and gas industry is constantly looking for ways to improve the performance and efficiency of their operations. One of the latest innovations in this field is the use of API 15LR GRE tubing. In this article, we will discuss what API 15LR GRE tubing is and the benefits it offers to the oil and gas industry.
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API 5B Thread GRE Pipe
Our fiberglass pipe laminate meets the requirement of API specification API 15LR and API 15HR. Pipe and fittings have a liner thickness of 0.25mm. Pipe with no liner is available upon request. The pipe wall thickness established in this catalogue is based on design temperature of 93°C. Contact for higher application temperatures. Maximum operating Temperature: 93 °C
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API 16A Hydraulic Plug Wellhead Valve
Plug Valves are used to control flow opena and close. valve bodies are die-forged from premium alloy steel and heat treated to ensure the strength. plugs and seal segments are machined from heat treated alloy steel with special surface treatment to ensure reliable sealing capacity.
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API 5CT Perforating Gun Pipes
Perforation gun carrier pipe is used for producing perfortation gun which is used in oil and gas well.
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API 16A Coiled Tubing Bop
Our API 16A hydril annular BOP can be used in work over and drilling operations equipped with hydril control systems. The BOPs are designed and manufactured in full conformity to the API 16A standard.
