Emissions control - Import export

BORSIG offers emission control membrane technology for terminals and refineries, marine loading and petrol stations. Our products are: BORSIG Vapour Recovery Units (VRU), BORSIG Aromatic Recovery Units, BORSIG Carbon Retrofit Units, BORSIG Marine Vapour Recovery Units, BORSIG Dock Safety Units, BORSIG Vent Recovery Units

It’s not only sewage and recycling plants that find it hard to avoid unpleasant odours; they can be an issue in food production and agricultural settings, too. However, integrating an exhaust-air system with an odour filter can help plant operators to minimize the odour levels which their employees, neighbours and the environment are exposed to. The modular Odour Emission Control OEC filter concept from Scheuch COMPONENTS reduces odours and significantly contributes to complying with and even undershooting the legal regulations and permissible limits for odour emissions. Depending on the intensity of the odour emissions and the size of the hall, the Scheuch OEC system is equipped with one or more biofilters which extract and clean the polluted air. Microorganisms contained in the filter’s bulk material ensure that odours are eliminated and the air is dehumidified. In a second step, a downstream duct filter removes dust and other particles from the air.

Roller inductors are used in the production of synthetic fibres or in embossing processes in the graphics industry. Different roll diameters can be applied and one or more axial heating zones can be realised depending on the requirements. An essential advantage of the roller inductors is the contactless energy transfer to the rotating roller. ; Roller inductors from 60mm diameter; No slip rings required; Divided into independently controllable axial segments; Optimal temperature control & uniform heating; Emission-free heating

customer-specific unit design incl. powerful high-pressure pump easy maintenance cavitation-free central drainage according to the latest global emission laws optionally fully automatic control own software with best support optional extreme sound absorption optionally all explosion protection classes

Fast 2 Semi Synthetic Two-Stroke Oil is meticulously crafted for use in high-performance two-stroke motorcycle engines, chainsaws, and power tools of the highest caliber. It is meticulously formulated from top-tier mineral base stock, enhanced with cutting-edge detergent additives, resulting in a contemporary lubricant that not only minimizes ash but also reduces smoke emission. Under rigorous controlled testing conditions, Fast 2 Semi Synthetic Two-Stroke Oil consistently delivers exceptional results, ensuring impeccable engine cleanliness and preventing ring sticking. Its stellar performance is a testament to its continuous refinement and development, forged through practical experience in the demanding world of high-performance motorcycle racing engines. Manufactured with self-mixing solvents, Fast 2 Semi Synthetic Two-Stroke Oil should be used in strict accordance with the fuel/oil ratio recommended by the engine manufacturer.

The Rotex Pulse Valve is a high-performance valve designed to handle the toughest industrial applications. It is specially designed for use in dust collection systems, where it provides reliable and efficient control of dust emissions. Features of Rotex Pulse valve Hytrel Diaphragm for longer life Vent protected by silencer Life >10 million cycle High flow factor for effective cleaning Lower air consumption/ Pulse Pressure Die Cast epoxy coated Aluminium/ SS cast Body Unique profile of the Diaphragm eliminates spring Profiled seat to avoid dust/ particle trapping while closing

Corrosion resistant, light Aluminium heat exchanger Efficiency upto %107 Five different capacities for Ongas 300 (70, 95, 125, 155, 190* kW) Nine different capacities for Ongas 600 from 230 kW to 850* kW Cascade system with 16 boilers Workıng pressure 6 bar High combustion performance with low exhaust emission Different zone controls with Siemens control panel 17 modulation ration Compability with Open Therm ve BUS comunication systems Low noise level Easy to use and maintenance

Corrosion resistant, light Aluminium heat exchanger Efficiency upto %109 Five capacities options (70 , 95, 125, 155, 190* kW) Cascade system with 16 boilers 17 modulation ration Workıng pressure 6 bar High combustion performance with low exhaust emission Different zone controls with Siemens control panel Compability with Open Therm ve BUS comunication systems External chimney flap Low noise level Easy to use and maintenance

Corrosion resistant, light Aluminium heat exchanger Efficiency up to %108,5 Modulation ratio 71 12 different capacities (830 kW to 3250 kW) Cascade system with 16 boilers Workıng pressure 6 bar High combustion performance with low exhaust emission Different zone controls with Siemens control panel Compability with Open Therm ve BUS comunication systems Easy to use and maintenance

Sion™ RF Detector gives you tighter control and higher yields in chemical vapor deposition (CVD) and etch processes by reliably and accurately determining the chamber clean endpoint. More accurate endpointing means lower on-wafer particle levels and more time between preventative maintenance cycles. Providing a number of advantages over optical emission spectrometer (OES)-based controllers, Sion works with FabGuard® Integration and Analysis System to reduce the wasted time and materials that result from chamber clean under- or over-etching.

Most of the combustion systems currently available in the market attempt to achieve their low NOx emissions combined with low CO emissions and stable combustion by employing relatively long flames, staged combustion air/fuel and with mechanical provisions near the flame to create swirl. The EUROPEM Ultra-low NOx burners use a different philosophy to achieve complete and stable combustion along with ultra-low NOx emissions: The use of thin and short flame profiles: Empirical evidence shows that narrow and short flame profiles achieve the lowest NOx emission values. Controlled flame temperatures: The flame temperature is controlled at a temperature high enough to ensure that no CO is formed whilst the temperature is low enough to avoid any NOx formation. Oxygen concentration near the flame is controlled such that the faster hydrocarbon reaction depletes all the oxygen before NOx can be formed by the slower N2 to NOx reaction. Internal flue gas recirculation: The high velocities at the burner mouth create an internal venture effect which in turn results in internal flue gas recirculation around the flame. A stable and uniform temperature profile without hot spots created in the flame will further minimize NOx formation. EUROPEM Ultra-low NOx burners are equipped with a windbox giving tangential entry of the combustion air to create a natural swirl around the flame. This principle is also employed for the waste gases entering the burner so that additional swirl is created by one or more waste gas streams. Support fuel and rich waste gas are injected through a shell type disc to obtain a narrow and short flame profile. A “tulip flame profile” or “balloon flame profile” are selected, depending on the fuel characteristics.

Besides primary measures, Selective Catalytic Reduction (SCR) is the most effective method for controlling nitrogen oxide emissions (NOx) from combustion sources. It is a commercially proven flue gas treatment technology that has been demonstrated to remove over 98 percent of the NOx contained in combustion system exhaust gas. The catalyst is at the heart of the SCR process. It creates a surface for reacting the NOx and ammonia, and allows for the reaction to occur within typical flue gas temperature ranges.Hamon uses a similar technology to reduce also VOC or CO content.Thorough knowledge in the design of all types of heat recovery systems including heat exchangers made of glass or fluoroplastic tubes to de-saturate the flue gas downstream a wet scrubbing system allows for minimum energy consumption when the flue gas needs to be heated.

FORGED STEEL GATE, GLOBE AND CHECK VALVES Size: 1/4-2 inches Pressure Class: 150,300,600,800,900,1500,2500 (SW/NPT RF/RTJ ENDS) Design: - Gate, Globe, Swing-type Check, Piston-type Check, “T” and “Y” design for Globe and Ball-type Check valves according to API-602. - Fully weldable ends, threaded, combined ends, RF or RTJ flanges - Welded or flanged bonnet option - Integral or renewable seats. - Control of fugitive emissions (ISO 15848-1 and API 624) - NACE Service MR-0175, ISO 15156 or MR-01-03/ISO 17945. - Pressure tests according to API 598. - Option with gas column for cryogenic service.