Our Products
Centrifugal pumps transport fluids by converting rotational kinetic energy into hydrodynamic energy, enabling efficient and continuous fluid flow. Designed to move liquids through a rotating impeller, these pumps deliver consistent flow and pressure, making them ideal for water supply, chemical processing, oil & gas, wastewater treatment, and more.
Reciprocating pumps are positive displacement pumps designed for high-pressure, low-flow applications requiring precision and reliability. Using a piston or plunger mechanism, these pumps deliver a fixed volume of fluid with each stroke, making them ideal for applications where accurate dosing or consistent pressure is essential.
Designed for demanding applications such as solvent dewaxing, wastewater treatment, and additive/lubricant production. These systems provide efficient solid-liquid separation, continuous operation, and high reliability in critical industrial processes.
Centrifugal compressors are high-performance machines designed to efficiently compress gases by converting kinetic energy into pressure energy through dynamic rotary action. Ideal for continuous, high-flow applications, they are widely used in industries such as oil & gas, petrochemicals, power generation, and air separation.
Reciprocating compressors are positive displacement machines designed to deliver high-pressure gas compression with precision and reliability. Using a piston-driven mechanism, these compressors are ideal for applications requiring continuous compression of air, natural gas, or other industrial gases.
Screw compressors are reliable, energy-efficient solutions for continuous gas and air compression. Utilizing twin intermeshing rotors, screw compressors deliver smooth, pulse-free flow, making them ideal for a wide range of industrial applications.
We offer liquid ring compressors capable of delivering discharge pressures up to 15 bar abs. Engineered for durability and efficiency, these compressors feature low energy consumption, minimal maintenance requirements, and optimal performance in continuous-duty applications.
We offer EDG packages and essential generators in a wide range of capacities, specifically engineered for offshore applications. Our solutions ensure reliable power supply for critical systems, even in the most demanding marine and offshore environments.
We supply turbine systems with capacities up to 2 MW, designed for efficient and reliable power generation across various industrial applications with compact design, high thermal efficiency and robust performance.
Our Services
Our Open Market Services are focused on delivering complete support during the early stages of project development, including:
We offer a custom design and provide comprehensive natural gas processing solutions designed to meet industry standards and client-specific requirements. Our services cover the full spectrum of gas treatment and conditioning, like GDU, Glycol regeneration etc.
Glycol Dehydration Units remove water vapor from natural gas using TEG technology, ensuring reliable long-term dehydration in harsh environments.
Glycol regeneration systems to strip the absorbed water, salts, and contaminants from the Rich MEG to produce Lean MEG that can be recycled to storage tanks and production wells. Regeneration units help maintain dehydration efficiency, reduce chemical losses, and extend equipment life.
Molecular sieve dehydration is the preferred technology over glycol dehydration where very low water dew points are required.
Gas Sweeting is solutions to remove acid gas components (CO2 and / or H2S) from natural gas.
Dew Point Control Units (DPCU) are designed to inhibit the formation of solid hydrates in gas streams
Fuel Gas Treatment packages are used to provide specific pre-treatment of gas feed streams. FGTP consist of Knock out drums, filter, Heaters, Gas metering / condensate handling, Gas storage system, Emergency shutdown panel.
Separators are used to separate liquid, gas and water produced from Hydrocarbon wells.
The technology enables CO2 to be selectively absorbed from flue gas via contact with a regenerable solvent, which is specially design to selectively absorb CO2 from gas streams.
Water treatment systems are designed to remove oil and other contaminants from produced water or effluent, treating it to meet the required standards for safe disposal or potential reuse.
Deoiler hydrocyclones are highly efficient devices used to remove and recover oil from produced water and other process streams, ensuring effective separation and improved water quality.
Gas flotation is a well-established method for oil recovery in water treatment applications, utilizing bubble generation technology and Compact Flotation Units (CFUs) to enhance separation efficiency.
Filtration systems are widely used for the removal of liquids—such as water and hydrocarbon condensates—from gas streams to ensure product purity, protect downstream equipment, and enhance overall process efficiency.
Corrugated Plate Interceptor (CPI) units are designed to remove free oil and suspended solids from water as a primary stage in the treatment process, using inclined plate packs as the main separation mechanism.
Separator systems are used for the collection, removal, cleaning, and safe disposal of accumulated solids in production facilities, ensuring efficient solid waste management and trouble-free operation.
Separation of sand and solids from produced water, condensate and / or gas streams.
Desanders are designed for the efficient separation of sand and solids from produced water, condensate, and gas streams at the wellhead, helping to protect downstream equipment and maintain production reliability.
it consists solids collection and removal from the process, Solids handling and cleaning & Solids disposal.
Produced Water Conditioning System is engineered to efficiently treat and manage water generated during oil and gas production. Designed for onshore and offshore operations, the system removes oil, suspended solids, and other contaminants, ensuring the treated water meets regulatory and reuse standards.
Flare Gas Recovery System is designed to capture and reuse gases that would otherwise be flared, reducing emissions and improving energy efficiency. By recovering valuable hydrocarbons, the system not only helps meet environmental regulations but also enhances operational profitability.
Our Crude Oil Treatment systems are designed to efficiently separate unwanted components such as water, salts, solids, and gases from produced crude oil, ensuring it meets export or refinery specifications. These systems play a critical role in improving product quality, protecting downstream equipment, and meeting regulatory standards.
We provide OEM spare parts to support our product and related services. Ensuring optimal performance, reliability, and extended equipment life, our original spare parts are precisely engineered to meet the specifications of your systems.