Gas cooling - Import export

What you can expect with an APROVIS FriCon: - FriCon systems are ready for connection - The FriCon removes the moisture from the process gas by dropping below the dew point temperature - FriCon gas heat exchangers operate at elevated pressure, ambient pressure and negative pressure - Condensate formation in downstream gas lines is avoided - Suspended matter is separated - The FriCon is available in different sizes and designs

Features Flat spray pneumatic nozzle producing semi-fine atomization with a mean droplet diameter of 80 μm or more (*3). Clog-resistant design due to large free passage diameter is suitable for spraying factory effluents and waste water. Simple structure, easy maintenance. *1) Measured at compressed air pressure of 0.1–0.4 MPa (ca. 1 bar – 4 bar) and liquid pressure of 0.1–0.5 MPa (ca. 1 bar – 5 bar). *2) Free passage diameter of nozzle orifice for DOVVA-G 70° spray angle type. *3) Measured by Laser Doppler Method. Applications Denitration: Gas cooling Moisture control: Flue gas Combustion: Waste water

Gas-cooled weld head for applications with extreme narrow space requirements as e.g. in the semiconductor industry. Specially designed to weld micro-fittings. Unique construction, including specifically directed gas routing to improve gas coverage and material selection resulting in a high duty cycle even without water cooling. — Extreme narrow / compact design — Simple design allows easy to maintain — Weld Head compatible with control element (start/stop kit with status display) — Arc Machines Model 9-500 cassettes will fit too

Our latest series of gas-cooled and compact weld heads. They are for smaller outside diameters with a narrow handle for tighter access conditions. Weld head type \ Field of application mm \ inch \ weight OSK 21 CS \ OD 3.17 - 21.3mm \ 0.125" - 0.839" \ 0.8kg OSK 38 CS \ OD 3.17 - 38.1mm \ 0.125" - 1.500" \ 1.2kg —-- Our new generation of compact weld heads for high duty cycle requirements have watercooled clamp housings and clamping levers. Both OSK CW weld heads are operated using a sharable handle and cable assembly. Weld head type \ Field of application mm \ inch \ weight OSK 21 CW \ OD 3.17 - 21.3mm \ 0.125" - 0.839" \ 1.0kg OSK 38 CW \ OD 3.17 - 38.1mm \ 0.125" - 1.500" \ 1.4kg Only one drive unit is needed for all C and CW weld heads. —-- OSK 21 CB gas-cooled weld head with clamping block for tube-totube connectons incl. setting gauge for pipe Weld head type \ Field of application mm \ inch \ weight OSK21 CB \ OD 3.17 - 21.3mm \ 0.125" - 0.839" \ 1.0kg

Our latest series of 3 gas-cooled weld heads technical optimized and in an new design covers the tube size ranges from 6mm – 114.3mm / 0.250” - 4.500”. Unique construction and material selection allows a high duty cycle even without water cooling. The weld heads are one of the narrowest on the market and have a ‘quick latch’ system for retaining the collets. For the high duty cycle applications we also offer the gas-cooled S series weld heads in a water-cooled SW-version (the overall width remains unchanged). Full water-cooling of the lower clamp housing. Also available as an upgrade for standard OSK S weld heads. Weld head type \ Field of application mm \ inch \ weight OSK 53 S + SW \ OD 6 - 53mm \ 0.250" - 2.087" \ 2.1kg OSK 76 S + SW \ OD 6 - 76.2mm \ 0.250" - 3.000" \ 2.6kg OSK 115 S + SW \ OD 9.53 - 114.3mm \ 0.375" - 4.500" \ 3.4kg OSK 170 GW \ OD 50 - 168.3mm \ 1.969" - 6.626" \ 7.5kg

Engines for combined heat and power plants are operated with different fuels, including hydrogen, natural gas, biogas, sewage gas and special gases, plus diesel and other liquid fuels. In an exhaust gas heat exchanger, the hot exhaust gas from the CHP engines or CHP gas turbines is cooled, in the process heating water, a water-glycol mixture or thermal oil. This thermal energy can be used in a local or district heating system or for other industrial purposes.

What you can expect from an APROVIS process gas heat exchanger: - Suitable for low and high temperature ranges - Operating pressures up to 160 bar - Compact design for use in confined spaces - Suitable for a wide range of gases - Implementation of customised solutions

BORSIG patented steam superheaters are suitable for steam pressures of up to 160 bar (16,000 kPa). The steam superheaters are arranged direct in line after the waste heat boilers which are connected to the secondary reformer or reformer – depending on the process. The steam superheater can be provided as two stage or one stage, horizontally or vertically arranged. The final design arrangement is determined by the process requirements. We have delivered steam superheaters for superheating saturated steam at a pressure stage of 12,500 kPa from 328 °C to 531 °C by cooling down process gas from 723 °C to 355 °C.

Refrigerant gas R141b solvent, used in cleaning systems and as a refrigerant under the names R-141b or HCFC-141b. 1,1-Dichloro-l-fluoroethane is a haloalkane with the formula C2H3CI2F. It is one of the three isomers of dichlcrofluoroethane. it's a replacement for R11.

Frcgen* R-22 is an HCFC refrigerant that operates with high pressure but low compressor displacement. Frcgen# R-22 is popular in residential, commercial and industrial applications. Frogen# R-22 is also used as an intermediate to produce fluoropolymers and as a blowing agent in rigid foam applications.General InformationASHREA ft R-22Class HCFCRefrigerantT Pure FlutdTypeLubrication Mineral OilCharging _ .....The system must be evacuated before charging.Use of R-22 is being phased out glcoally- consider the use of Frogen# R407C, Frcgen* R422D. or FrogenG R507. Nonflammable at ambient temperature and pressure, ether-like smell. Always use in accordance with the Material Safety Data Sheet <MSDS).

CTP's wetabsorber: After the oxidation of for example halogenated hydrocarbons, the corresponding hydrogen halides and elemental halogens emerge. Inorganic pollutants are efficiently removed from the waste gas by wet gas purification. The combination of exhaust gas cooling (quench) and waste gas purification (scrubber) is ideal for use after a convential APC system. Maximum cleaning efficiency High safety standard High availability Low maintenance costs

EVAPTON WATER CONDENSERS ARE USED FOR CONDENSING THE REFRIGERANT GAS IN INDUSTRIAL AND COMFORT COOLING SYSTEMS AND ARE MANUFACTURED IN EVAPTON STANDARDS OR IN SPECIAL DESIGNS ACCORDING TO DEMAND. WHILE ECON-C SERIES CONDENSERS ARE PRODUCED FOR COOLING APPLICATIONS USING MAINS WATER OR WATER COOLING TOWER WATER, ECON-M MODEL CONDENSERS ARE PRODUCED FOR SEA WATER OR SALT WATER. IT CAN BE MANUFACTURED FROM 20 KW COOLING CAPACITY UP TO 1500KW COOLING CAPACITY.

Fleetmaster CK-4 Extreme 15W/40 stands as a formidable API CK-4 heavy-duty diesel engine oil, expertly crafted with cutting-edge synthetic technology-based oils. It’s engineered to meet the demands of high-speed, four-stroke diesel engines operating in severe conditions, including those equipped with Diesel Particulate Filters (DPF), cooled Exhaust Gas Recirculation (EGR), and other advanced exhaust treatment systems. This versatile oil is suitable for both turbocharged and naturally aspirated engines. What sets Fleetmaster CK-4 Extreme 15W/40 apart is its commitment to providing superior durability and protection. It accomplishes this through enhanced shear stability and reduced oxidative thickening, effectively mitigating issues like abrasive wear, bore polishing, and piston deposits.

Fleetmaster CI-4 Plus 15W/40 is engineered with cutting-edge synthetic technology and tailored to withstand the rugged conditions. Its advanced high dispersant and anti-wear formulation are purpose-built to meet the stringent requirements of the latest low-emission US engines equipped with cooled Exhaust Gas Recirculation (EGR) systems, as well as Caterpillar ACERT engines. This diesel engine oil not only complies with international standards for superior performance and extended service life in both turbocharged and naturally aspirated four-stroke diesel engines but also plays a crucial role in reducing soot buildup in modern low-emission US engines. Fleetmaster CI-4 Plus 15W/40 features a unique formulation designed to set the highest standards for engine cleanliness, particularly in high-stress turbocharged engines. It effectively manages and suppresses bore polishing tendencies, curbing excessive oil consumption rates, and mitigating premature wear.

Fleetmaster Semi Syn CJ-4 10W/40 is meticulously crafted using cutting-edge technology, blending mineral and synthetic base oils to cater to the demands of heavy-duty diesel engines enduring the rugged conditions. This exceptional lubricant boasts an ultra-high dispersant and anti-wear formulation that goes above and beyond the API CJ-4 requirements. It is purpose-built to align with the latest US07 emission standards, tailored specifically for engines featuring exhaust treatment systems, including Diesel Particulate Filters (DPF) and cooled Exhaust Gas Recirculation (EGR), while running on low sulfur fuels. Fleetmaster Semi Syn CJ-4 10W/40 surpasses numerous international specifications, ensuring peak performance and extended service life in four-stroke turbocharged and naturally aspirated diesel engines. It plays a crucial role in mitigating soot thickening in the latest low-emission US engines.

PRODUCT DESCRIPTION Fleetmaster CK-4 Extreme 15W/40 stands at the forefront of API CK-4 heavy-duty diesel engine oils, harnessing the power of cutting-edge synthetic technology-based oils. It’s purpose-built to excel in demanding, high-speed four-stroke diesel engines equipped with Diesel Particulate Filters (DPF), cooled Exhaust Gas Recirculation (EGR), and other advanced exhaust treatment systems, catering to both turbocharged and naturally aspirated engines. This exceptional oil is meticulously engineered to provide superior durability and protection, achieved through enhanced shear stability, reduced oxidative thickening, and mitigated issues such as abrasive wear, bore polishing, and piston deposits. Fleetmaster CK-4 Extreme 15W/40 is a versatile choice, suitable for 2017 model vehicles and those complying with Euro VI emission standards. It can seamlessly replace CJ-4 engine oils, offering a convenient transition for users.

Mobile inverter power source for TIG manual or orbital welding with built-in cooling system and gas sensor. Can be used with all Orbitec controllers, particular in high-demand applications such as tube-to-tube-sheet. Technical Data: Output: DC Mains voltage: AC 3 x 400V Mains frequency: 50 / 60Hz Power rating: 15 kVA Generator output: 20.3 kVA Current range: 5A – 350A Welding current: — 60% TIG / MMA: 350A — 100% TIG / MMA: 300A Cooling efficiency: 1500W Water column: 35m / 5l / min. Tank capacity: 12l Weight: 131kg Dimensions (L x W x H): 1100 x 455 x 1000 mm Package includes: — Inverter — Power cable — 10l coolant

The 5th generation of our reliable, tried-and-tested standard controller. Can be connected to Tetrix 200 or Tetrix 351. — 5.7" display — Extremely simple multilingual user guidance thanks to programming support — Monitoring of gas and water cooling — Option of welding in up to SIX sectors, in continuous or step travel mode — Individual modification of the calculated program parameters, also using current percentage button — Graphic display of the welding progress — Real-time monitoring of the welding parameters — Integrated day counter (assignment to isometries and weld joint numbers) ... Package includes: — Controller — Power cable — Controller / power source interface cable — USB stick — 2 pieces tungsten boxes — Pen with touch screen function and LED light Optional: — Cool 50 or EVO Cool cooling unit — AVC upgrade kit — Docutronic 2.2 software for documentation — Orbicontrol 3 remote control — Spare paper rolls, spare ribbon cartridges

Open weld heads are clamped on one side of the weld joint. During welding, the gas- or water-cooled torch with hose package rotates around the tube. Advantages of open weld heads: — Robust design — Extremely easy to use — Option of using additional wire — Stepless tube size range — Torch bracket has 90° tilting function Weld head \ Tube size range mm \ inch \ weight \ item number OSW 40 \ OD 8 - 40mm \ 0.394" - 1.575" \ 2kg \ 1.3.1001 OSW 80 \ OD 10 - 76.2mm \ 0.394" - 3.000" \ 3kg \ 1.3.1101 OSW 115 \ OD 20 - 114.3mm \ 0.787" - 4.500" \ 4.5kg \ 1.3.1201 OSW 170 \ OD 40 - 168.3mm \ 1.575" - 6.626" \ 6.5kg \ 1.3.1301 OSW 275 \ OD 88.9 - 273mm \ 3.500" - 10.748" \ 16kg \ 1.3.1401 \ rotor can be decoupled Package includes: — Weld head — Integrated start/stop button on the handle — Top jaw — OSW torch bracket (with roll scanning in the case of OSW 275) — Mechanical headway control Optional: Angular gearbox for OSW on request

The 5th generation of our reliable, tried-and-tested standard controller. Can be connected to Tetrix 200 or Tetrix 351. — With special software only for RBK tube-to tubesheet weld heads — 5.7" display — Extremely simple multilingual user guidance thanks to programming support — Monitoring of gas and water cooling — Option of welding in up to SIX sectors, in continuous or step travel mode — Individual modification of the calculated program parameters, also using current percentage button — Graphic display of the welding progress — Real-time monitoring of the welding parameters ... Package includes: — Controller — Power cable — Controller / power source interface cable — USB stick — 2 pieces tungsten boxes — Pen with touch screen function and LED light Optional: — Cool 50 or EVO Cool cooling unit — AVC upgrade kit — Docutronic 2.2 software for documentation — Orbicontrol 3 remote control — Spare paper rolls, spare ribbon cartridges

The 5th generation of our reliable, tried-and-tested standard controller. Can be connected to Tetrix 200 or Tetrix 351. — 5.7" display — Extremely simple multilingual user guidance thanks to programming support — Monitoring of gas and water cooling — Orbital tacking mode can be activated — Option of welding in up to SIX sectors, in continuous or step travel mode — Individual modification of the calculated program parameters, also using current percentage button — The current and wire feed parameters can also be changed during welding — Graphic display of the welding progress ... Package includes: — Controller — Power cable — Controller / power source interface cable — USB stick — 2 pieces tungsten boxes — Pen with touch screen function and LED light Optional: — Cool 50 or EVO Cool cooling unit — AVC upgrade kit — Docutronic 2.2 software for documentation — Orbicontrol 3 remote control — Spare paper rolls, spare ribbon cartridges

Switchbox for welding with two welding heads. To increase productivity, the switch box can be used to weid alternately in conjunction with a controller from the EVO series with two weid heads. All welding tools can be used, i.e., enclosed weid and open frame weid heads, turn tables or tube-to-tube sheet weid heads, gas or water cooled, with or without wire feed or AVC. By pressing the start button on the weid head, the welding program suitable for the respective weid head will get loaded. The weid head that is not being used is locked and can get prepared for the next welding.

The EGR Cooler, developed in close collaboration with our customers for medium and low speed engines, ensures that the recirculation exhaust-gas is mixed at the lowest possible temperature with the air for the combustion process. EGR Coolers are an essential element of EGR systems for the next engine generation which already now fulfills future emission guidelines according to IMO (International Maritime Organization), EPA (US Emission Protection Agency), EURO, etc. We have developed various cooler designs with regard to the different requirements of EGR Coolers at 2-stroke and 4-stroke engines. The patented design for 4-stroke engines high pressure EGR system enables cooling of exhaust gas, some of which are over 700 °C, down to 50 °C.

Fine Tubes has a long history of manufacturing high-quality tubes for nuclear fuel rods, going back to the UK’s first generation of gas cooled reactors in the 1970s. Today we support customers worldwide at the earliest stages of design engineering for new builds, plant maintenance, global life extension projects and Small Modular Reactors (SMR). Nuclear Fuel Rods and Cans Our tubes are deployed in the nuclear fuel rods and cans of advanced gas-cooled reactors. Here they endure extreme temperatures and pressures. Precision, quality, and performance are crucial. Please note that we have a minimum order value of £10,000.

Features Full cone spray pattern with a round impact area and uniform distribution. Features smallest spray capacity among full cone spray nozzles. Unique design developed from new engineering concept to produce fine atomization by impinging two inflows inside vortex chamber. Ceramic orifice and closer provide excellent wear-resistance. Applications Spraying: Oils, lubricants, glues, etchants Cleaning: Galvanizing, gas Cooling: Machinery, gas

Features Full cone spray pattern with a round superimposed impact area. 7 pcs. of KB series hollow cone spray nozzles are screwed into a very compact header. Capable of generating a large volume of fine atomization. The whirl chamber is formed by a ceramic orifice and closer, which provides excellent wear resistance. Applications Gas cooling, Cleaning, Moisture control, Humidification, Dust suppression

A Redu-reox incinerator features three reaction chambers for the low NOx combustion of waste streams and fuels with a high organically bound Nitrogen content. In the first reaction chamber a reducing environment is maintained to ensure that any free Oxygen will react with Hydrogen to form water. No Oxygen is left to combine with Nitrogen to form NOx. Complete combustion is achieved in the re-oxidation chamber, after the gases have been cooled in the quench stage. The temperature in the re-oxidation chamber is below 950°C to ensure that any Oxygen reacts with Carbon and Hydrogen and not Nitrogen, to minimize formation of thermal NOx. Key Features Three reaction chambers with staged combustion and intermediate flue gas cooling. First chamber operating under a reducing atmosphere at a temperature above 1250oC. Second chamber to quench the flue gases to about 800°C by either injection of steam or recirculated flue gas. Third or re-oxidation chamber for the post-combustion of remaining waste components at temperatures above 900oC. Key Advantages - Ultra-low NOx combustion of waste streams with high bound Nitrogen contents. – Complete oxidation with all hydrocarbons destroyed – No CO formation – Complete odour destruction – No need for SNCR or SCR deNOx to meet emission limits – Destruction efficiency over 99.999%

Features Stable spray pattern at both low and high pressure. Hollow cone spray nozzle with relatively fine atomization. No-whirler design minimizes clogging. Spraying axis 90ﾟ from the axis of the nozzle inlet. Applications Cleaning: Gas, air, machines, pre-painting treatment Cooling: Gas, air handling unit, roofs, machineries, foods, warm water Spraying: Aeration, humidification