Heat recovery - Import export

Scope of delivery Heat Recovery System 90°C including : Specific double cooler 2 nd and 3 rd stage. Special design for 1 st stage intercooler. Internally adapted water circuit. The compressor runs with a smaller water pump with frequency inverter,”VSD”. The compressor runs with a smaller separate water cooling system. External Heat Exchanger Kit for easy connection to the customer system. Features & benefits Features based on L 5 model /200 kW. Temperature : 30-35°C water in – between 85-90°c water out. Power : heat recovered @ 40 bar on load is ca.160 kW = ca.80% of the shaft power. Water : Available quantity of water for Heat Recovery is ca. 2 m³/hour water flow for L5 model. Due to HR a smaller separate cooling system is used for the complete compressor system. One year operation, 6000 running hours @ 0.05 € / kW Heat = 48.000 € savings. Scope of delivery Heat Recovery System 40°C including : External skid Heat Recovery System 40°C with stainless steel plate...

Most of the Europem incinerators are equipped with waste heat recovery systems. Europem has supplied a wide range of waste heat recovery installations including steam boilers, thermal oil boilers, gas-liquid heat exchangers, gas-gas heat exchangers, bath heaters and air heaters. All waste heat recovery installations are tailored to the needs of the client and the optimal design of the overall installation. Our range of waste heat recovery systems include: -Fired tube boilers with or without economizer. Single pass and multi-pass systems can be supplied Boilers can be equipped with an on-line cleaning system to allow operation with dust-loaded (flue) gases Boilers up to 30 MW capacity can be supplied with pressures ranging from 10 to 22 bar. - Single pass and multi-pass systems can be supplied -Water tube boiler boilers with or without economizer Superheated or saturated steam Horizontal or vertical boiler arrangements Bundles in refractory lined casing or with membrane walls Capacities up to 40 MWth with pressures ranging from 15 to 65 bar. – Thermal oil boilers – Bath heat exchangers – Air – flue gas tube and shell heat exchangers – Flue gas – liquid tube and shell heat exchangers – Air heaters Heat exchangers can be manufactured in carbon steel or high grade alloys e.g. Duplex, Hasteloy, Inconel, AISI 316, AISI 304.

Normal incinerators for waste gas and/or waste liquids are used to destroy the hazardous waste streams with an efficiency higher than 99.99% whilst maintaining low NOx, CO and TOC emissions. Each incinerator is designed to meet project specific requirements, using standard modules and concepts. Vertical incinerators are mostly used where high dust formation e.g. ash or salt, are present. Most liquid and waste gas incinerators are horizontally configured. Key Features - Horizontal or vertical arrangement – Executed with or without mixing wall – Custom burner arrangements with separate waste gas or waste liquid injection lances, in the incinerator front wall, roof or body. – Designed to maintain a minimum residence time, typically one or two seconds, at a minimum temperature, typically 850°C or 1150°C depending on local legal requirements. Key Advantages - Destruction efficiency over 99.99% – Production of clean flue gases at high temperatures, as input for waste heat recovery units – No CO formation and low NOx emissions – Complete odour destruction

Hamon Deltak’s forty-plus years of engineering experience and advanced mechanical capabilities give us the confidence to tackle any unique customer request. With over 1200 waste heat recovery units to date, HDI has unmistakable expertise in this industry.DI offers a few different types of waste heat boilers, watertube and firetube.Watertube Boilers:Designed similar to our HRSGs, but are refractory lined, and typically have tubes that can handle dirtier gasses than in the power generation industry.Applications that would use a watertube waste heat boiler are typically refinery processes such as: -Fluidized Catalytic Cracking,-Coke Calcining,-Sulphur Recovery

Hamon Deltak Inc. has been designing and fabricating Combined Heat and Power (CHP) Waste Heat Boilers (WHB) since 1977.Complex Systems Require Custom Solutions.CHP systems provide their greatest return on investment when energy usage from the waste heat boiler is maximized. CHP waste heat boilers are no longer off the shelf products. It is critical to design a properly sized WHB for the greatest efficiency possible. Let the most experienced team in the industry provide an optimal WHB design for your facility. The value of a properly executed CHP project is dictated by more than price alone.

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.