Lean waste - Import export

CTP’s solution for continuous control of lean waste streams at room temperature. The RotorSorb = rotary adsorber, achieves an optimal cleaning efficiency of organic pollutants, and low operating costs: Very high cleaning efficiency Patented recirculation of the desorption gas (high concentration factor of up to 1:20) No pressure peaks Low investment and operating costs

The Tulip Vortex burner was developed specifically for (temperature controlled) combustors for the treatment of lean waste gases and vapours. It employs the same design philosophy as the Ultra-low NOx Tulip Vortex burners but is designed for the combustion of lean waste gases, whilst minimizing support fuel requirements. The burner creates an intense gas recirculation zone near the burner to ensure that waste gas, flue gas and combustion air are mixed. The resulting moderate flame temperature minimizes NOx formation. The homogeneous temperature profile and swirl result in complete oxidation and low CO emissions.

Enclosed ground flares are suitable for thermal destruction of a wide range of waste gases including rich and lean gas mixtures. Where the burners are housed in a cylindrical vessel resulting in the combustion process being out of sight and more controllable in comparison to elevated flares. Enclosed ground flares can also be designed with or without temperature control. With temperature control, a minimum residence time, at a specific combustion temperature can be set and guaranteed. Consequently, temperature controlled ground flares, also called combustors or thermal oxidisers, can meet the most stringent emission values. The emissions can be monitored with chemical emission monitoring (CEM) units. Features Can be equipped with Europem’ proprietary Tulip Venturi Burner for the combustion of lean waste gases or with multiple burners designed for the flaring of large capacities (modulated flaring is possible) Operating at varying temperatures depending on the load of the ground flare Smokeless operation and high destruction efficiency by ensuring some turbulence around the flame and sufficient residence time at elevated temperatures Simple control system, because the combustion temperature is allowed to fluctuate Provisions for support fuel in cases of combustion of lean waste gases or cooling air in cases of rich waste gas combustion Can be supplied as natural draft or forced draft system Can be supplied with or without temperature control Advantages No visible flame and reduced visibility of the installation due to lower stack heights Reduced noise levels Minimal heat radiation Possibility for emissions sampling High destruction efficiencies and smokeless operation Applications Tank farms and ship loading terminals Chemical and petrochemical industries Food processing industry Waste management plants

The HI Incinerator features a combustion chamber with a mixing wall which divides this chamber into a high temperature combustion HI zone and a lower temperature post-combustion zone. This particular configuration is most suited to the fuel efficient combustion of lean waste gases and effluents, as it reduces the need for any support fuel. Key Features - Combustion chamber with mixing wall – High intensity combustion zone at elevated temperatures – Waste gases and liquids are delivered to the HI zone through the burner and a series of injection lances. – The mixing wall creates a high temperature zone around flame ensuring complete oxidisation and also to increase turbulence, thus avoiding cold spots and the formation of CO – Post-combustion zone after the mixing wall to ensure residence time of 2 seconds at >850°C Key Advantages - All hydrocarbons are destroyed – No CO formation – Complete odour destruction – Up to 20% fuel saving – Destruction efficiency over 99.99%

Ground flares can be either natural draft or forced draft, with or without temperature control and can be equipped with a single burner or with multiple burner arrangements: EP-PF Pipe Flare EP-EAS External Assist Steam EP-IAS Internal Assists Steam EP-EAS/IAS External/Internal Assist Steam EP-AA Air Assist EP-GA Gas Assist EP-CAA Compressed Air Assist EP-HP-PF High Pressure Pipe Flare EP-HP-MAS High Pressure Multi Arm Sonic EP-MP Multi Point EP-BP Burn Pit Special tailor made Flare Tips can be offered for specific applications. Europem Venturi Flame Shield (VFS) Europem has developed the proprietary Venturi Flame Shield giving double protection against flame lick. The VFS also pushes air up towards tip exit, leading to an enhanced and more stable combustion process. The VFS can be integrated into most Europem Flare Tips but is particularly suitable for H2S flares, ammonia flares, hydrocarbon flares and lean waste gas flares.

Flare Systems Since the 1980’s, key staff of Europem have been responsible for the design, fabrication, installation, commissioning and maintenance of numerous flare systems including some of the most stringent and demanding applications. Europem’s extensive experience in flare design has resulted in a comprehensive range of elevated and ground flare systems and ancillaries to cover the needs of all major industries. Low and High Pressure Utility (Pipe) Flares Air assisted Flares Steam assisted Flares Gas assisted Flares Sonic Flares Speciality flares for Ammonia, H2S, LNG and lean waste gas Mobile Flare systems – for purchase, lease or rental Venturi Flame Shields protecting the flare from flame lick and improving combustion efficiency Ancillaries such as pilots, ignition systems, pilot detection, KO drums, water seals, molecular seals and conical purge seals Supporting structures including derricks, demountable riser type derricks, guy wire support systems, plus self supporting Flares Enclosed ground flares with single or multiple burners Temperature controlled combustors and thermal oxidisers. Europem aims to be a long term partner to all our clients and provides full aftermarket support for all operation, maintenance and intervention requirements. We can also provide for the inspection, maintenance, refurbishment and replacement of any flare system or components and can supply in some cases, rental flares during maintenance interventions.