Our specialization includes providing chemicals for the oil field production process. It is designed to address various contaminants that are produced during hydrocarbon extraction and can cause issues in the production line.
Our solution includes :
Demulsifier
Significant amounts of water, which can form stable emulsions or mixtures. These emulsions can be challenging to separate, hindering the efficient processing and transportation of crude oil. A demulsifier is a specialized chemical application designed to break down these emulsions, facilitating the separation of water from the crude oil phase.
Our demulsifier is a cutting-edge solution formulated to address the complex challenges posed by emulsions in oil production. When introduced into the emulsified crude oil, our demulsifier works to destabilize the water-oil emulsion, promoting the coalescence of water droplets, and facilitating their rapid separation from the oil phase.
Key features and benefits of our demulsifier:
- Rapid emulsion breaking: Our demulsifier acts quickly to break down emulsions, ensuring a faster and more efficient separation of water from the crude oil.
- Enhanced oil recovery: By promoting the separation of water, our demulsifier helps recover a higher percentage of valuable crude oil, maximizing production efficiency.
- Reduced equipment fouling: Efficient demulsification prevents the formation of stable emulsions that can lead to equipment fouling and corrosion, minimizing downtime and maintenance costs.
- Improved product quality: Separating water from the crude oil improves the quality of the refined products, meeting industry specifications and ensuring compliance with regulatory standards.
- Versatility: Our demulsifier can be customized to meet specific emulsion challenges, adapting to varying crude oil compositions and production conditions.
- Environmental compliance: Our demulsifier is designed with a focus on environmental responsibility, meeting all relevant environmental and safety standards.
Reverse Demulsifier / Deoiler
These emulsions can be challenging to break down using traditional demulsifiers. A reverse demulsifier, also known as a de-oiler, is a specialized chemical application designed to address this specific challenge. Unlike regular demulsifiers that separate water from oil, a reverse demulsifier focuses on breaking down oil from water.
Our reverse demulsifier, or de-oiler, is a cutting-edge solution formulated to efficiently and effectively separate oil from water in emulsions. When introduced into the emulsified mixture, our de-oiler works to destabilize the oil-water emulsion, promoting the coalescence of oil droplets, and facilitating their rapid separation from the water phase.
Key features and benefits of our Reverse Demulsifier / Deoiler:
- Efficient oil separation: Our de-oiler targets and breaks down the oil component in emulsions, allowing for rapid and efficient oil-water separation.
- Enhanced water quality: By effectively removing oil from water, our de-oiler helps produce cleaner and treated water, which can be safely discharged or reused.
- Reduced environmental impact: The use of our de-oiler contributes to environmental compliance by minimizing the discharge of oil-contaminated water.
- Versatility: Our reverse demulsifier is designed to address a wide range of emulsion compositions and production conditions, making it a versatile solution for various oil and gas operations.
- Cost-effective solution: By optimizing oil-water separation and reducing the need for further processing, our de-oiler helps lower operational costs and increase overall efficiency.
- Regulatory compliance: Our reverse demulsifier is formulated with a focus on safety and environmental responsibility, meeting industry standards and regulatory requirements.
Foamstick
Foamstick is a specialized chemical application designed to control and manage unwanted foam in various industrial processes and applications. Foam, also known as froth or bubbles, can be an undesirable byproduct that hinders efficient operations and poses safety risks in numerous industries. Foam formation can occur during processes involving liquids with high surface tension, such as in the oil and gas, chemical, wastewater treatment, and food and beverage industries.
Our foamstick is a highly effective and easy-to-use solution for foam control. It comes in the form of a stick or tablet that can be simply inserted into the foaming system or directly into the foam-prone liquid. Upon contact, the foamstick releases a specialized foam control agent that quickly suppresses foam formation, leading to improved process efficiency and enhanced safety.
Key features and benefits of our Foamstick:
- Efficient foam control: Our foamstick acts rapidly to break down foam bubbles, preventing excessive foam buildup and overflow.
- Improved process efficiency: By mitigating foam formation, our foamstick helps maintain consistent process conditions, ensuring smooth and uninterrupted operations.
- Enhanced safety: Foam can pose safety risks, such as reduced visibility or uncontrolled spills. Our foamstick reduces these risks, creating a safer working environment.
- Cost-effectiveness: Our foamstick offers a cost-effective foam control solution compared to traditional foam control methods, such as mechanical skimming or frequent chemical dosing.
- Versatility: Our foamstick is suitable for a wide range of applications and industries, providing effective foam control in diverse foaming systems.
- Minimal environmental impact: Our foamstick is designed with environmental responsibility in mind, meeting relevant safety and regulatory standards.
Scale Inhibitor for Oil Production Facilities
The extraction of oil from reservoirs often involves the presence of naturally occurring minerals, such as calcium carbonate, barium sulfate, and strontium sulfate, in the formation of water. Over time, these minerals can precipitate and form solid deposits, known as scales, on the interior surfaces of production equipment, pipelines, and wellbores. Scale formation can significantly impede the flow of oil and water, reduce production rates, and lead to costly maintenance and downtime.
Our scale inhibitor is a specialized chemical application designed to mitigate and prevent scale formation in oil production facilities. When introduced into the production system, our scale inhibitor works to inhibit the nucleation and growth of scale crystals, effectively preventing their adherence to surfaces and keeping them in a suspended state. This allows the oil and water to flow freely without obstruction, maintaining production efficiency and minimizing operational challenges.
Key features and benefits of our Scale Inhibitor for Oil Production Facilities:
- Scale prevention: Our scale inhibitor effectively prevents the formation of scales on equipment surfaces, maintaining the integrity and efficiency of production facilities.
- Increased production rates: By inhibiting scale formation, our scale inhibitor ensures smoother oil and water flow, optimizing production rates and overall productivity.
- Extended equipment life: The use of our scale inhibitor helps prevent scale-related equipment corrosion and fouling, extending the lifespan of production equipment.
- Reduced maintenance costs: With fewer scale-related issues, maintenance and cleaning requirements are minimized, resulting in cost savings for oil production operations.
- Customized solutions: We offer scale inhibitors tailored to suit specific production environments and water compositions, ensuring optimal performance and compatibility.
- Environmental compliance: Our scale inhibitor is formulated with a focus on safety and environmental responsibility, meeting industry standards and regulatory requirements.
Stick Scale Inhibitor
A Stick Scale Inhibitor is a specialized chemical application designed to prevent and control scale formation in various industrial systems and processes. Scale, composed of mineral deposits like calcium carbonate, barium sulfate, and others, can accumulate on equipment surfaces, pipelines, and machinery over time. This can result in reduced flow rates, decreased heat transfer efficiency, increased energy consumption, and even equipment failure, leading to costly downtime and maintenance.
Our Stick Scale Inhibitor is a unique and user-friendly solution that comes in the form of a solid stick or tablet. It is designed for easy insertion into the water or fluid system, allowing the inhibitor to slowly dissolve and release its active components. The Stick Scale Inhibitor disperses throughout the system, forming a protective barrier on metal surfaces. This barrier prevents the formation and adhesion of scale crystals, keeping them in a suspended state and allowing for smooth system operation.
Key features and benefits of our Stick Scale Inhibitor:
- Effective scale prevention: Our Stick Scale Inhibitor effectively hinders the nucleation and growth of scale crystals, preventing scale formation and deposition on equipment surfaces.
- Continuous protection: The slow dissolution of the Stick Scale Inhibitor ensures a constant release of active ingredients, providing ongoing protection against scale accumulation.
- Improved equipment efficiency: By preventing scale buildup, our inhibitor helps maintain optimal heat transfer and flow rates, improving overall system efficiency and performance.
- Extended equipment life: The use of our Stick Scale Inhibitor helps minimize scale-related corrosion and fouling, extending the lifespan of equipment and reducing maintenance costs.
- User-friendly application: The solid stick or tablet form of the inhibitor makes it easy to use and eliminates the need for complex dosing equipment.
- Environmental responsibility: Our Stick Scale Inhibitor is formulated with a focus on safety and environmental compliance, meeting industry standards and regulations.
Oil Spill Dispersant
In the unfortunate event of an oil spill, whether from marine accidents, offshore drilling mishaps, or onshore incidents, the environmental impact can be severe. Oil spills can lead to extensive surface contamination and pose significant risks to aquatic life, coastal ecosystems, and human health. An oil spill dispersant is a specialized chemical application designed to mitigate the effects of oil spills by breaking down the spilled oil into smaller droplets and facilitating its dispersion in the water.
Our oil spill dispersant is a highly effective solution formulated to quickly disperse and dilute oil on the water’s surface. When applied to the oil spill, our dispersant reduces the oil’s surface tension, causing it to break up into tiny droplets. These dispersed oil droplets become less cohesive and more readily mix with the water, minimizing the formation of thick surface slicks and facilitating their natural dispersion and biodegradation.
Key features and benefits of our Oil Spill Dispersant:
- Rapid oil dispersion: Our oil spill dispersant acts quickly to disperse spilled oil, preventing it from forming large, cohesive slicks and facilitating its natural breakdown.
- Reduced environmental impact: By promoting the dispersion of oil, our dispersant reduces the immediate impact on sensitive ecosystems and aquatic life.
- Enhanced cleanup effectiveness: Dispersed oil is more accessible for natural biodegradation and can be more effectively removed through skimming or other cleanup methods.
- Improved shoreline protection: Dispersing oil before it reaches shorelines reduces the extent of shoreline contamination, protecting coastal environments and wildlife habitats.
- Customizable formulations: We offer dispersants tailored to different oil types and spill conditions, ensuring optimal performance in various spill scenarios.
- Compliance with regulations: Our oil spill dispersant meets all relevant environmental and safety standards, ensuring responsible and safe usage.
Stick Corrosion Inhibitor
A Stick Corrosion Inhibitor is a specialized chemical application designed to protect metal surfaces from corrosion in various industrial systems and equipment. Corrosion, a natural process that deteriorates metal materials, can lead to equipment failure, leaks, and reduced operational efficiency, resulting in significant downtime and costly repairs. A Stick Corrosion Inhibitor comes in the form of a solid stick or tablet, designed for easy insertion into the system to provide continuous and long-lasting protection against corrosion.
Our Stick Corrosion Inhibitor is formulated with corrosion-resistant compounds that slowly dissolve over time, releasing active ingredients that create a protective barrier on metal surfaces. This barrier helps prevent the corrosive action of various elements, such as moisture, oxygen, acids, and salts, thereby reducing the risk of corrosion and extending the lifespan of the equipment.
Key features and benefits of our Stick Corrosion Inhibitor:
- Effective corrosion protection: Our Stick Corrosion Inhibitor provides a reliable and continuous defense against the corrosive attack on metal surfaces, preserving their integrity and functionality.
- Easy application: The solid stick or tablet form of the inhibitor makes it simple to use, requiring no complicated dosing equipment or handling procedures.
- Long-lasting performance: The slow and controlled dissolution of the Stick Corrosion Inhibitor ensures a sustained release of active ingredients, providing extended protection over time.
- Reduced maintenance costs: By preventing corrosion, our inhibitor helps minimize equipment damage and the need for frequent repairs, resulting in cost savings.
- Versatility: Our Stick Corrosion Inhibitor is suitable for various industrial systems and equipment, providing versatile corrosion protection solutions.
- Environmental responsibility: Our Stick Corrosion Inhibitor is formulated to meet safety and environmental standards, ensuring its responsible usage and impact.
Seawater Corrosion Inhibitor for hydrotest
In hydrotesting applications, where pipes, vessels, and other equipment are subjected to pressurized seawater to check their integrity and strength, the presence of corrosive seawater can pose a significant risk of corrosion and damage to the metal surfaces. A Seawater Corrosion Inhibitor for hydrotest application is a specialized chemical formulation designed to protect the equipment from seawater-induced corrosion during the hydrotesting process.
Our Seawater Corrosion Inhibitor is specifically formulated to be highly effective in the harsh environment of seawater. When added to the hydrotest water, it forms a protective barrier on the metal surfaces, creating a passive film that reduces the corrosive attack of seawater. This barrier inhibits the formation of corrosion products and minimizes metal degradation, ensuring the structural integrity of the equipment during and after the hydrotest.
Key features and benefits of our Seawater Corrosion Inhibitor for Hydrotest Application:
- Effective corrosion protection: Our Seawater Corrosion Inhibitor offers reliable and robust protection against the corrosive effects of seawater, safeguarding the equipment during the hydrotesting process.
- Compatibility with seawater: The formulation is specifically tailored to be compatible with seawater, ensuring optimal performance in this challenging environment.
- Long-lasting protection: The Seawater Corrosion Inhibitor provides extended protection throughout the hydrotest, preventing immediate and long-term damage to the metal surfaces.
- Reduced maintenance costs: By preventing corrosion, our inhibitor helps minimize equipment damage and the need for costly repairs and replacements.
- Environmentally responsible: Our Seawater Corrosion Inhibitor is formulated to meet safety and environmental standards, ensuring responsible usage and minimal environmental impact.
- Ease of application: Adding the inhibitor to the hydrotest water is a simple process, making it convenient to use during hydrotesting procedures.
Water Injection Chemicals
Water injection is a common practice in the oil and gas industry, where water is injected into oil reservoirs to maintain reservoir pressure and enhance oil recovery. However, the injected water can often contain impurities and substances that can adversely affect the reservoir and production equipment. Water injection chemicals are specialized chemical applications designed to treat and condition the injected water, ensuring its compatibility with the reservoir and optimizing the oil recovery process.
Our Water Injection Chemicals are specifically formulated to address various challenges associated with water injection, providing the following key functions:
- Scale Inhibition: Water injection chemicals include scale inhibitors that prevent the formation of mineral scales in the reservoir and production equipment. These scales can clog reservoir pores and production tubing, leading to reduced oil flow and increased maintenance.
- Corrosion Protection: Corrosion inhibitors in the water injection chemicals protect metal surfaces in the reservoir and injection system from corrosive elements present in the injected water. Corrosion prevention helps extend the life of equipment and reduces the risk of leaks and failures.
- Biocides: Water injection chemicals may contain biocides to control microbial growth in the injected water. Microbial activity can lead to biofouling and reservoir souring, impacting production and reservoir integrity.
- Oxygen Scavengers: Oxygen scavengers are added to remove dissolved oxygen from the injected water. Oxygen can accelerate corrosion in metal equipment and reduce oil quality.
- Dispersants: Dispersants are used to break down oil and other organic deposits present in the injected water, preventing their accumulation and potential plugging of reservoir formations.
- Surfactants: Surfactants aid in reducing interfacial tension between water and oil, enhancing the displacement of oil from the reservoir rock and improving oil recovery.
- H2S Scavengers: For water containing hydrogen sulfide (H2S), H2S scavengers may be added to prevent souring of the reservoir and protect equipment from H2S-related corrosion.
Key features and benefits of our Water Injection Chemicals:
- Optimized Oil Recovery: Our water injection chemicals help improve reservoir sweep efficiency and oil recovery rates, maximizing production yields.
- Reservoir Protection: By preventing scale formation, corrosion, and microbial growth, our chemicals preserve the reservoir’s integrity and prolong its productive life.
- Enhanced Equipment Reliability: The use of water injection chemicals protects production equipment, reducing maintenance and replacement costs.
- Environmental Responsibility: Our water injection chemicals are formulated with a focus on environmental safety and compliance with industry regulations.
Rigwash
Rigwash is a specialized chemical application designed for cleaning and maintaining the cleanliness of drilling rigs and oilfield equipment. In the oil and gas industry, drilling rigs and associated equipment are exposed to various contaminants, such as mud, grease, oil, and other residues, during drilling operations. Rigwash is formulated to effectively remove these contaminants, ensuring a safe and efficient working environment on the rig and promoting the longevity of equipment.
Key features and benefits of Rigwash:
- Powerful Cleaning Action: Rigwash is formulated with powerful cleaning agents that quickly penetrate and dissolve tough residues, including drilling mud, oil, grease, and other hydrocarbon-based substances.
- Environmentally Friendly: Our Rigwash formulations are designed to be environmentally responsible, meeting industry standards for biodegradability and minimizing the impact on the surrounding environment.
- Versatile Applications: Rigwash can be used to clean various surfaces and equipment on the drilling rig, including decks, floors, tools, and machinery, providing comprehensive cleaning solutions.
- Corrosion Inhibition: Some Rigwash formulations may include corrosion inhibitors to protect metal surfaces from the corrosive effects of contaminants and seawater.
- Safe and Non-Toxic: Rigwash is designed to be safe for use by rig personnel and is non-toxic when used as directed, minimizing health and safety risks.
- Efficient Degreasing: Rigwash effectively degreases equipment and surfaces, helping to maintain the integrity of machinery and preventing grease buildup.
- Reduced Downtime: Regular use of Rigwash can help reduce downtime for maintenance, as clean equipment is less likely to experience failures or operational issues.
Desalting Aids
Amount of water and salt content, which can pose various challenges during refining processes. Desalting is a crucial step in the refining process that aims to remove these water-soluble impurities, particularly salts, from the crude oil to ensure the quality and performance of the refined products.
Our desalting aid is a specialized chemical application designed to enhance the efficiency and effectiveness of the desalting process. It acts as an additive to the crude oil before it enters the desalter unit, facilitating the separation of water and salt from the oil phase. By forming stable emulsions with the water and salt, our desalting aid allows for easier coalescence and subsequent removal of the impurities.
Key features and benefits of our desalting aid:
- Enhanced desalting efficiency: Our desalting aid accelerates the separation of water and salt from the crude oil, reducing the processing time and improving the overall efficiency of the desalter unit.
- Reduction of equipment fouling: By promoting effective water and salt removal, our desalting aid helps prevent fouling and scaling of equipment, leading to smoother operations and reduced maintenance costs.
- Improved product quality: Removing water and salt from the crude oil results in higher-quality refined products, meeting industry specifications and regulatory requirements.
- Increased throughput: With improved desalting efficiency, the production capacity of the refining process can be optimized, allowing for higher throughput and improved overall productivity.
- Cost-effectiveness: By minimizing the consumption of water and chemicals during the desalting process, our desalting aid offers a cost-effective solution for oil refineries.
- Customized formulations: We offer tailored desalting aid formulations to cater to specific crude oil compositions and desalting unit configurations, ensuring optimal performance and compatibility.
Distillation Unit Corrosion Inhibitor
In industrial distillation processes, where the separation and purification of components are critical, the integrity of the distillation unit is of utmost importance. Our distillation unit corrosion inhibitor is specially formulated to protect the metal surfaces and components within the distillation unit from the damaging effects of corrosion. By forming a protective layer on the metal surfaces, this inhibitor effectively prevents the degradation caused by corrosive elements present in the process streams. Choosing our distillation unit corrosion inhibitor ensures reliable and long-lasting performance of the distillation unit, leading to smoother operations, reduced maintenance costs, and increased productivity.
The distillation process can expose metal surfaces within the unit to corrosive elements, leading to equipment degradation, leaks, and potential safety hazards. A distillation unit corrosion inhibitor is a specialized chemical application designed to protect the metal surfaces of the distillation unit from corrosion, ensuring smooth and safe operations.
Our distillation unit corrosion inhibitor is a high-performance solution formulated to combat the damaging effects of corrosive substances present in the process streams. When introduced into the distillation unit, our corrosion inhibitor forms a protective barrier on the metal surfaces, effectively shielding them from the corrosive environment. This protective layer helps prevent corrosion and maintains the structural integrity of the distillation unit, minimizing downtime and reducing maintenance costs.
Key features and benefits of our Distillation Unit Corrosion Inhibitor:
- Corrosion protection: Our corrosion inhibitor effectively prevents the degradation of metal surfaces within the distillation unit, extending their lifespan and enhancing overall equipment reliability.
- Improved safety: By protecting against corrosion-related leaks and failures, our corrosion inhibitor contributes to a safer working environment for personnel and reduces the risk of accidents.
- Enhanced process efficiency: With reduced corrosion-related downtime and maintenance, our corrosion inhibitor helps improve process efficiency and productivity.
- Compatibility: Our distillation unit corrosion inhibitor is compatible with a wide range of process streams and distillation unit materials, ensuring seamless integration into existing operations.
- Environmentally responsible: Our corrosion inhibitor is designed with environmental responsibility in mind, meeting safety and regulatory standards while minimizing environmental impact.
- Tailored solutions: We offer corrosion inhibitors tailored to suit specific distillation unit configurations and process conditions, ensuring optimal performance and effectiveness.
Overhead Corrosion Inhibitor
The overhead system of various industrial processes, such as refineries and chemical plants, is prone to corrosion due to exposure to corrosive gasses and liquids. Our overhead corrosion inhibitor is specifically designed to combat this issue and safeguard critical overhead components. By forming a robust protective barrier on the exposed surfaces, this inhibitor prevents corrosion and minimizes the risk of equipment failure, leaks, and unplanned shutdowns. With our overhead corrosion inhibitor, you can maintain the integrity of your overhead system, ensuring a safer and more efficient operation.
An Overhead Corrosion Inhibitor is a specialized chemical application designed to protect metal surfaces and equipment located in overhead systems of industrial processes, such as refineries, petrochemical plants, and chemical processing facilities. Overhead systems, including overhead piping, distillation columns, heat exchangers, and other structures, are exposed to corrosive gasses, moisture, and aggressive chemical environments. An Overhead Corrosion Inhibitor is formulated to create a protective barrier on these metal surfaces, preventing corrosion and extending the service life of overhead equipment.
Key features and benefits of the Overhead Corrosion Inhibitor:
- Effective Corrosion Protection: The Overhead Corrosion Inhibitor provides reliable and long-lasting protection against the corrosive effects of gases, humidity, and chemical compounds present in overhead systems.
- Versatility: It is suitable for use in a wide range of overhead systems, offering protection to various metal surfaces and equipment.
- Reduced Maintenance Costs: By preventing corrosion, the inhibitor helps minimize equipment damage and the need for frequent maintenance and repairs, resulting in cost savings.
- Enhanced Safety: Overhead systems that are protected from corrosion are less likely to experience leaks or equipment failures, contributing to a safer working environment.
- Customizable Formulations: Our Overhead Corrosion Inhibitors can be tailored to suit specific overhead system configurations and exposure conditions, ensuring optimal performance and compatibility.
- Environmental Responsibility: Formulated with a focus on safety and environmental compliance, the Overhead Corrosion Inhibitor meets industry standards for responsible usage.
- Ease of Application: The application of the inhibitor is straightforward, making it convenient for use in various industrial settings.
Pour Point Depressant:
In colder climates or during transportation, crude oil and certain hydrocarbons can solidify and form a gel-like consistency, hindering their flow and handling. Our pour point depressant offers an effective solution to this problem. Specially designed to lower the pour point temperature of these hydrocarbons, our pour point depressant allows them to remain in a more fluid state, even at lower temperatures. This helps improve their pumpability and flow characteristics, making transportation and processing easier and more efficient. Our pour point depressant is an essential additive for industries dealing with hydrocarbons in colder environments, ensuring seamless operations throughout the year.
A Pour Point Depressant is a specialized chemical application designed to improve the low-temperature flow properties of various substances, particularly petroleum-based products like crude oil, diesel, and lubricants. The pour point of a substance is the lowest temperature at which it can flow under specific conditions. In colder climates or during winter months, certain petroleum products can become thick and form waxy crystals, leading to higher pour points and difficulties in handling and transporting.
Our Pour Point Depressant is formulated to modify the crystallization behavior of waxy components present in petroleum products. When added to these products, the depressant molecules interfere with the formation and growth of wax crystals, effectively lowering the pour point temperature. This allows the treated product to flow more freely, even in colder temperatures, ensuring smoother handling, transportation, and use.
Key features and benefits of our Pour Point Depressant:
- Improved Cold Weather Performance: Our Pour Point Depressant helps prevent the formation of wax crystals, allowing petroleum products to maintain their fluidity and flow properties in colder temperatures.
- Enhanced Pumpability: Lowering the pour point of petroleum products makes them easier to pump and handle, reducing the risk of equipment blockages and downtime.
- Increased Efficiency in Cold Climates: By ensuring the smooth flow of products in cold climates, the Pour Point Depressant enhances operational efficiency and reduces logistical challenges.
- Versatility: Our Pour Point Depressant can be used in various petroleum-based products, such as diesel fuel, lubricants, and base oils, providing comprehensive pour point depression solutions.
- Compatibility: The formulation of our Pour Point Depressant ensures its compatibility with different petroleum products and existing additives.
- Environmental Responsibility: Our Pour Point Depressant is formulated with a focus on safety and environmental compliance, meeting industry standards for responsible usage.