Products

Chemical Injection Packages are engineered systems designed to accurately store, meter, and inject specialty chemicals into oil, gas, and petrochemical processes. These packages play a vital role in protecting equipment, optimizing production, improving process efficiency, and ensuring safe and reliable operation under demanding industrial conditions.

Designed and manufactured in accordance with API 675, API 676, ASME, NACE, and international engineering standards, Chemical Injection Packages provide precise dosing, high reliability, and continuous performance in both onshore and offshore applications.

Key Applications

• Corrosion Inhibitor Injection: Protecting pipelines, vessels, and process equipment from corrosion.
• Scale Inhibitor Injection: Preventing mineral scale formation in pipelines, heat exchangers, and production systems.
• Biocide Injection: Controlling bacterial growth and preventing microbiological corrosion.
• Oxygen Scavenger Injection: Removing dissolved oxygen to minimize corrosion in water systems.
• Demulsifier Injection: Enhancing oil and water separation in separators and production facilities.
• Antifoam Injection: Eliminating foam formation in process vessels and separators.
• Hydrate Inhibitor Injection: Preventing hydrate formation in natural gas production and transportation.
• pH Control: Maintaining optimum process chemistry through acid or caustic dosing.
• Catalyst & Process Additive Injection: Accurate dosing of specialty chemicals for refining and petrochemical processes.

Features

• Designed for continuous and intermittent chemical dosing with high accuracy.
• Equipped with API 675 metering pumps or API 676 screw pumps, depending on process requirements.
• Available in single, duplex, or 100% standby configurations for maximum reliability.
• Fabricated using stainless steel, duplex stainless steel, carbon steel, and corrosion-resistant materials suitable for aggressive chemicals.
• Supplied with chemical storage tanks, calibration columns, pulsation dampeners, relief valves, pressure gauges, filters, and instrumentation.
• PLC-based or DCS-compatible control systems for automatic operation, monitoring, and remote control.
• Skid-mounted, compact design for easy installation and maintenance.
• Fully tested with comprehensive FAT, hydrostatic testing, functional testing, and quality inspections before shipment.

Main Components

• Chemical Storage Tank
• Metering Pump(s)
• Calibration Column
• Pulsation Dampener
• Pressure Relief Valve
• Pressure Gauge & Transmitters
• Injection Quill
• Filters & Isolation Valves
• Local Control Panel / PLC
• Stainless Steel Instrument Tubing and Piping

Industries Served

• Oil Refineries
• Natural Gas Processing Plants
• Petrochemical Complexes
• LNG Facilities
• Offshore & Onshore Oil & Gas Production
• Water Injection Systems
• Chemical Processing Plants
• Power Generation Facilities

Our Chemical Injection Packages are custom-engineered to meet each project's specific process requirements, delivering accurate chemical dosing, reliable operation, enhanced equipment protection, improved process efficiency, and long-term operational performance in the most demanding oil, gas, and petrochemical environments.

Pig Launcher and Pig Receiver systems are essential pipeline equipment used in oil refineries, gas processing plants, petrochemical complexes, and transmission pipelines. They are designed to safely launch, receive, and retrieve pipeline pigs used for cleaning, inspection, separation, dewatering, batching, and maintenance operations without interrupting pipeline service.

Designed and manufactured in accordance with ASME Section VIII, ASME B31.3/B31.4/B31.8, API 6D, and project-specific requirements, Pig Launcher & Receiver Packages provide safe, efficient, and reliable pipeline operation throughout the asset lifecycle.

Key Applications

• Pipeline Cleaning: Removing wax, scale, sludge, sand, and other deposits to maintain optimum flow efficiency.
• Intelligent Pigging (ILI): Launching and receiving smart pigs for internal inspection, corrosion monitoring, crack detection, and geometry analysis.
• Dewatering & Drying: Removing water after hydrostatic testing or pipeline commissioning.
• Product Separation: Separating different products transported through the same pipeline to minimize contamination.
• Pipeline Commissioning: Cleaning and preparing new pipelines before start-up.
• Maintenance Operations: Supporting routine inspection and preventive maintenance programs.
• Flow Assurance: Maintaining pipeline capacity and reducing pressure losses caused by deposits.

Features

• Designed for high-pressure and high-temperature pipeline service.
• Available in horizontal or vertical configurations.
• Fabricated from carbon steel, stainless steel, duplex stainless steel, or corrosion-resistant alloys based on service conditions.
• Compatible with foam pigs, utility pigs, batching pigs, cleaning pigs, gauging pigs, and intelligent inspection pigs.
• Equipped with quick-opening closures, vent and drain systems, kicker lines, pressure gauges, isolation valves, safety interlocks, and instrumentation.
• Designed to ensure safe pig launching and receiving with minimal operational downtime.
• Manufactured under strict quality control with comprehensive NDT, hydrostatic testing, pneumatic testing (when required), dimensional inspection, and functional testing.

Main Components

• Pig Launcher Barrel
• Pig Receiver Barrel
• Quick Opening Closure (QOC)
• Reducers and Tees
• Kicker Line
• Mainline Isolation Valve
• Vent & Drain System
• Pressure Gauges and Instrumentation
• Safety Interlock System
• Support Structure and Skid (when applicable)

Industries Served

• Oil Refineries
• Natural Gas Processing Plants
• Petrochemical Complexes
• Crude Oil & Product Pipelines
• Gas Transmission & Distribution Networks
• LNG Facilities
• Offshore & Onshore Oil & Gas Production
• Pipeline Transportation Systems

Our Pig Launcher & Pig Receiver Packages are custom-engineered to meet the specific operational requirements of each pipeline system, delivering safe pig handling, reliable pipeline maintenance, improved flow efficiency, enhanced asset integrity, and long-term operational performance for the world's most demanding oil, gas, and petrochemical applications.

The Flare Tip is the most critical component of a flare system, designed to safely and efficiently combust waste gases released from oil refineries, gas processing plants, petrochemical complexes, and offshore facilities. Installed at the top of the flare stack, the flare tip ensures stable flame performance, high combustion efficiency, low smoke emissions, and reliable operation under a wide range of process conditions.

Designed and manufactured in accordance with API 537, API 521, and international engineering standards, flare tips are engineered to withstand extreme temperatures, high gas velocities, and harsh environmental conditions while meeting stringent safety and environmental regulations.

Key Applications

• Emergency Pressure Relief: Safely burning hydrocarbons released during emergency depressurization.
• Plant Startup & Shutdown: Managing excess gases generated during commissioning and shutdown operations.
• Routine Process Venting: Controlled disposal of intermittent process gases.
• Emergency Shutdown (ESD): Supporting safe plant depressurization during critical operating conditions.
• Flare Gas Combustion: Providing complete and efficient combustion of waste gases.
• Environmental Protection: Minimizing smoke, visible emissions, and unburned hydrocarbons.
• Process Safety: Preventing hazardous accumulation of combustible gases within the refinery or processing facility.

Features

• Designed for high combustion efficiency with stable flame performance.
• Engineered for smokeless or low-smoke operation over a wide operating range.
• Fabricated from high-temperature stainless steels, Inconel®, Hastelloy®, and other heat-resistant alloys.
• Resistant to thermal shock, oxidation, corrosion, and high wind conditions.
• Compatible with continuous pilot burners, ignition systems, flame monitoring devices, and assist systems.
• Optimized to reduce noise, radiation, and pressure drop while maximizing operational safety.
• Manufactured under strict quality control with comprehensive material inspection, dimensional verification, welding qualification, and performance testing.

Types of Flare Tips

• Sonic Flare Tips
• Subsonic Flare Tips
• Air-Assisted Flare Tips
• Steam-Assisted Flare Tips
• Pressure-Assisted Flare Tips
• Ground Flare Burners
• Multi-Point Flare Tips
• Low-Noise Flare Tips

Industries Served

• Oil Refineries
• Natural Gas Processing Plants
• Petrochemical Complexes
• LNG Facilities
• Offshore & Onshore Oil & Gas Production
• Chemical Processing Plants
• Fertilizer Plants
• Power Generation Facilities

Our Flare Tips are custom-engineered to meet the specific process requirements of each project, delivering safe and reliable waste gas combustion, high destruction efficiency, reduced emissions, excellent flame stability, and long-term operational performance in the most demanding oil, gas, and petrochemical environments.

Filtration packages are essential systems used throughout the oil and gas industry to protect critical equipment, improve process reliability, and ensure product quality. Designed to remove solid contaminants, water, and other unwanted particles from process fluids and gases, these systems play a vital role in maintaining efficient and safe refinery operations.

Engineered to meet demanding industrial standards, filtration packages can be customized for a wide range of operating conditions, including high pressure, high temperature, and corrosive environments. They are available in various configurations and can be integrated into both new installations and existing facilities.

Typical Applications

• Natural Gas Filtration: Removal of dust, rust, scale, and liquid aerosols from natural gas before compression, processing, or transmission.
• Fuel Gas Filtration: Protection of gas turbines, burners, boilers, and engines by ensuring a clean fuel gas supply.
• Lube Oil Filtration: Elimination of particulate contamination from lubrication systems to extend equipment life and reduce maintenance costs.
• Hydraulic Oil Filtration: Maintaining hydraulic system cleanliness to ensure reliable operation of pumps, valves, and actuators.
• Amine Filtration: Removal of degradation products and suspended solids from amine circulation systems used for gas sweetening.
• Produced Water Filtration: Treatment of produced water by removing suspended solids prior to disposal, reinjection, or further processing.
• Cooling Water Filtration: Protection of heat exchangers and cooling equipment from fouling caused by suspended particles.
• Chemical Injection Filtration: Ensuring clean chemicals are delivered to injection systems, preventing blockage and improving dosing accuracy.
• Process Liquid Filtration: Filtration of hydrocarbons, solvents, and other process fluids to protect downstream equipment and maintain product quality.
• Coalescing Filtration: Efficient separation of liquid droplets from gas streams or water from hydrocarbon liquids using high-performance coalescing elements.

Key Benefits

• Protects pumps, compressors, valves, turbines, and other critical equipment.
• Increases operational reliability and system availability.
• Reduces maintenance frequency and operating costs.
• Improves product quality and process efficiency.
• Extends equipment service life.
• Supports compliance with industry standards and environmental regulations.
• Customizable to meet specific process requirements and international design codes.

Our filtration packages are designed and manufactured to deliver reliable, long-term performance in upstream, midstream, and downstream oil & gas facilities, ensuring safe and efficient operation under the most demanding process conditions.

Shell & Tube Heat Exchangers are among the most widely used heat transfer equipment in oil refineries, gas processing plants, and petrochemical complexes. They are designed to efficiently transfer heat between two process fluids while keeping them completely separated, ensuring safe, reliable, and energy-efficient operation under high-pressure and high-temperature conditions.

Manufactured in accordance with ASME Section VIII, TEMA, API, and international engineering standards, shell & tube heat exchangers provide exceptional thermal performance, mechanical strength, and long service life in demanding industrial applications.

Key Applications

• Crude Oil Preheating: Recovering heat from process streams before distillation.
• Product Cooling: Cooling refined products prior to storage or further processing.
• Process Heating: Heating hydrocarbons and process fluids using steam, hot oil, or other heating media.
• Condensation: Condensing hydrocarbon vapors and process gases.
• Boiling & Vaporization: Acting as reboilers in distillation and fractionation columns.
• Gas Cooling: Cooling natural gas and process gases before compression or treatment.
• Utility Services: Heat exchange in cooling water, glycol, thermal oil, and steam systems.
• Waste Heat Recovery: Improving plant energy efficiency by recovering process heat.

Features

• Designed for high-pressure and high-temperature service.
• Fabricated from carbon steel, stainless steel, duplex stainless steel, titanium, copper alloys, nickel alloys, and other corrosion-resistant materials.
• Available in a wide range of fixed tube sheet, U-tube, and floating head configurations.
• Engineered for optimum thermal efficiency, low pressure drop, and easy maintenance.
• Designed in accordance with TEMA Class R, C, or B depending on service requirements.
• Manufactured under strict quality control with comprehensive NDT, hydrostatic testing, pneumatic testing (when required), dimensional inspection, and thermal performance verification.

Types of Shell & Tube Heat Exchangers

• Fixed Tube Sheet Heat Exchangers
• U-Tube Heat Exchangers
• Floating Head Heat Exchangers
• Kettle Type Reboilers
• Thermosiphon Reboilers
• Condensers
• Oil Coolers
• Gas Coolers
• Feed/Effluent Heat Exchangers

Industries Served

• Oil Refineries
• Petrochemical Complexes
• Natural Gas Processing Plants
• LNG Facilities
• Chemical Processing Plants
• Offshore & Onshore Production Facilities
• Power Generation Plants

Our Shell & Tube Heat Exchangers are custom-designed to meet the specific thermal and mechanical requirements of each project, delivering maximum heat transfer efficiency, reliable operation, energy savings, and long-term performance in the most demanding oil, gas, and petrochemical environments.

Process towers, also known as process columns, are among the most essential pieces of equipment in oil refineries, gas processing plants, and petrochemical complexes. Designed to perform efficient mass and heat transfer, these vertical vessels enable the separation, purification, absorption, stripping, and fractionation of hydrocarbon streams under carefully controlled pressure and temperature conditions.

Manufactured in accordance with ASME Section VIII, API, and international engineering standards, process towers are engineered to deliver high efficiency, operational reliability, and long service life in demanding industrial environments.

Key Applications

• Crude Oil Fractionation: Separating crude oil into LPG, naphtha, kerosene, diesel, gas oil, and residue.
• Distillation: Atmospheric and vacuum distillation for hydrocarbon processing.
• Absorption & Stripping: Removing contaminants such as H₂S, CO₂, and light hydrocarbons from process streams.
• Gas Processing: Dehydration, purification, and conditioning of natural gas.
• Petrochemical Production: Separation and purification of chemical products and intermediates.
• Solvent Recovery: Recovering valuable solvents and process chemicals for reuse.

Features

• Designed for high-pressure and high-temperature operating conditions.
• Available with tray or packed internals, depending on process requirements.
• Fabricated from carbon steel, stainless steel, duplex stainless steel, and corrosion-resistant alloys.
• Engineered for optimum mass transfer efficiency, low pressure drop, and maximum throughput.
• Equipped with platforms, ladders, manways, nozzles, demisters, distributors, collectors, and customized internal components.
• Manufactured under strict quality control with comprehensive NDT, hydrostatic testing, dimensional inspection, and performance verification.

Types of Process Towers

• Atmospheric Distillation Columns
• Vacuum Distillation Columns
• Absorber Towers
• Stripper Towers
• Scrubber Towers
• Fractionation Columns
• Stabilizer Columns
• Depropanizer, Debutanizer & Deethanizer Columns

Industries Served

• Oil Refineries
• Petrochemical Complexes
• Natural Gas Processing Plants
• LNG Facilities
• Chemical Processing Plants
• Offshore & Onshore Production Facilities

Our process towers are custom-designed to meet the specific process requirements of each project, providing high separation efficiency, reliable performance, energy optimization, and long-term operational integrity for the world's most demanding industrial applications.

Pressure vessels are critical components in oil refineries and petrochemical facilities, designed to safely contain gases and liquids under high pressure and elevated temperatures. Manufactured in accordance with international standards such as ASME Section VIII Div. 1 & 2, these vessels are engineered to deliver maximum safety, reliability, and long service life in demanding industrial environments.

Key Applications

• Process Separation: Separating gas, oil, water, and other process fluids.
• Storage: Temporary storage of pressurized gases, hydrocarbons, and chemical products.
• Reaction Processes: Serving as reactors for catalytic and chemical reactions.
• Heat Transfer: Used as drums, accumulators, and surge vessels in heat exchange systems.
• Gas Treatment: Supporting dehydration, sweetening, and gas conditioning units.
• Refinery Utilities: Applied in flare systems, compressor stations, and process units.

Features

• Designed for high-pressure and high-temperature service.
• Fabricated from carbon steel, stainless steel, duplex stainless steel, or special alloys according to process requirements.
• Engineered and manufactured in compliance with ASME, API, PED, and client specifications.
• Equipped with nozzles, manways, lifting lugs, internals, and instrumentation connections.
• Subjected to comprehensive NDT, hydrostatic testing, and quality inspections before delivery.

Industries Served

• Oil Refineries
• Natural Gas Processing Plants
• Petrochemical Complexes
• LNG Facilities
• Offshore & Onshore Production Units
• Chemical Processing Plants

Our pressure vessels are custom-designed to meet the most demanding process requirements, ensuring safe operation, optimum performance, and long-term reliability throughout the lifecycle of your facility. SAMIA PALA as a member of KASRAMAD Holding has many references of fabrication and delivery of this kind of equipment.

Oil & Gas Separators are essential process equipment used in oil refineries, gas processing plants, and petrochemical complexes to separate multi-phase production streams into their individual components. These vessels efficiently separate oil, natural gas, water, and solid particles, ensuring stable downstream processing, equipment protection, and improved product quality.

Designed and manufactured in accordance with ASME Section VIII, API 12J, NACE, and client specifications, separators are engineered to provide high separation efficiency, operational reliability, and long service life under demanding operating conditions.

Key Applications

• Three-Phase Separation: Separating oil, gas, and produced water from well streams.
• Two-Phase Separation: Separating gas from liquid hydrocarbons or liquid from gas streams.
• Slug Handling: Managing large liquid surges before compressors and processing units.
• Gas Conditioning: Removing entrained liquids before gas compression or treatment.
• Produced Water Treatment: Reducing hydrocarbon carryover prior to water disposal or recycling.
• Process Protection: Preventing liquid carryover into compressors, turbines, and other critical equipment.
• Crude Oil Stabilization: Removing dissolved gases from crude oil before storage and transportation.

Features

• Available in horizontal, vertical, and spherical configurations to meet specific process requirements.
• Designed for high-pressure and high-temperature operation.
• Fabricated from carbon steel, stainless steel, duplex stainless steel, and corrosion-resistant alloys.
• Equipped with high-efficiency inlet diverters, vane packs, mist extractors, coalescers, weirs, and demister pads for optimum separation performance.
• Designed to minimize pressure drop while maximizing liquid and gas separation efficiency.
• Manufactured under strict quality control with comprehensive NDT, hydrostatic testing, pneumatic testing (when required), dimensional inspection, and performance verification.

Types of Separators

• Two-Phase Separators
• Three-Phase Separators
• Horizontal Separators
• Vertical Separators
• Free Water Knockout (FWKO)
• Test Separators
• Slug Catchers
• Filter Separators
• Scrubber Vessels
• Knockout Drums (KO Drums)

Industries Served

• Oil Refineries
• Petrochemical Complexes
• Natural Gas Processing Plants
• LNG Facilities
• Offshore & Onshore Production Facilities
• Chemical Processing Plants

Our separators are custom-engineered to provide high separation efficiency, reliable operation, low maintenance requirements, and long-term service life, ensuring optimum process performance and maximum equipment protection in the most demanding oil, gas, and petrochemical applications.

Flare Packages are critical safety systems used in oil refineries, gas processing plants, petrochemical complexes, and offshore facilities to safely dispose of excess hydrocarbons during normal operation, plant upsets, emergency shutdowns, and maintenance activities. By collecting, separating, and combusting waste gases in a controlled manner, flare systems protect personnel, equipment, and the environment while maintaining safe plant operation.

Designed and manufactured in accordance with API 521, API 537, ASME, and international engineering standards, flare packages are engineered for maximum safety, operational reliability, and environmental compliance.

Key Applications

• Emergency Pressure Relief: Safely disposing of hydrocarbons released from pressure relief valves (PSVs) and rupture discs.
• Emergency Shutdown (ESD): Depressurizing process units during emergency conditions.
• Plant Startup & Shutdown: Managing excess gases during commissioning and shutdown operations.
• Routine Process Venting: Controlled disposal of intermittent process gases.
• Flare Gas Disposal: Safe combustion of combustible gases from process units.
• Environmental Protection: Reducing hazardous gas emissions through efficient combustion.
• Equipment Protection: Preventing overpressure and protecting process equipment from damage.

Features

• Designed for high-capacity gas handling under both continuous and emergency operating conditions.
• Suitable for onshore and offshore installations.
• Fabricated from carbon steel, stainless steel, and high-temperature corrosion-resistant alloys.
• Engineered to achieve high combustion efficiency, stable flame performance, and low smoke emissions.
• Available with pilot burners, automatic ignition systems, flame monitoring, purge gas systems, molecular seals, and knockout drums.
• Manufactured under strict quality control with comprehensive NDT, hydrostatic testing, functional testing, and performance verification.

Main Components

• Flare Stack
• Flare Tip
• Pilot Burners
• Ignition System
• Flame Detection System
• Flare Header
• Knockout Drum (KO Drum)
• Liquid Seal or Molecular Seal
• Purge Gas System
• Control & Monitoring System

Industries Served

• Oil Refineries
• Petrochemical Complexes
• Natural Gas Processing Plants
• LNG Facilities
• Offshore & Onshore Oil & Gas Production
• Chemical Processing Plants

Our Flare Packages are custom-engineered to meet the specific process and safety requirements of each project, providing safe hydrocarbon disposal, reliable emergency pressure relief, high combustion efficiency, environmental compliance, and long-term operational reliability for the world's most demanding oil, gas, and petrochemical facilities.

SAMIA PALA designs, manufactures and installs FLARE SYSTEMS and FGRUS (FLARE GAS RECOVERY UNIT) that absolutely fit customer's needs and gas characteristics. We can supply either a compressor (single of multi-stage sliding vane, or single stage liquid ring technologies) or a plug and play skidded Flare Gas Recovery Unit or even Eductor, one stage or multi stage type.