FLARE SYSTEMS
Samia Italia flare systems are engineered to perform under the toughest operating conditions, whether inland, offshore, at process plants, or remote field sites. Since 1951, Samia has delivered precision R&D and engineering to ensure unmatched safety, reliability, and efficiency at a reasonable cost.
Their flare systems are fully compatible with existing setups thanks to affordable retrofit flare tips, while regional representatives around the globe support onshore and offshore installations—including ignition systems and pilot assemblies for all environments.
Samia® Italia offers an extensive lineup of flare and combustion equipment:
- Flares
◦ Elevated (self-supported, guy-wired, or derrick-supported)
◦ Steam- or air-assisted flare tips with smoke suppression systems
◦ Sonic flare tips (single-arm, multi-arm)
◦ Horizontal pit and enclosed ground flares
◦ Offshore flares
◦ Cold flares (vent stacks) with integrated fire-fighting or snuffing systems - Vent Stacks / Chimneys – Including all types of vents with fire protection options
- Burners – Conventional, Low NOₓ, Ultra-Low NOₓ, regenerative combustion systems
- Nitrogen-Purging Skids – For safe purging in restart and maintenance operations
- Regenerative Combustion (HRS) – Energy-saving honeycomb regenerators offering up to 45% fuel reduction
Field Services & Repairs for:
- Flares
- Vent Stacks
Why Choose Samia® Italia?
- Over 70 years of flare engineering experience and manufacturing excellence
- Trusted by major energy and industrial clients such as ENI, ExxonMobil, Shell, Petrobras, and Saudi Aramco
- Global coverage through regional representatives (Turkey, Egypt, Kuwait, Korea, Greece, Baltic States) and export-focused operations
- Comprehensive R&D and engineering capabilities, from design and simulation to performance validation and pollution control
Samia combines decades of trusted performance, technical innovation, and on-site service excellence—empowering facilities worldwide with safe, efficient, and cost-effective flare and combustion systems.