Combustion Technology Portfolio

Self Recuperative Burners

The self-recuperative burners integrate an heat exchanger that uses the enthalpy of the flue gases to preheat the combustion air, reducing consumption and emissions of Co2 and NOx even by 30% compared to the use of cold air. To increase efficiency, the heat exchanger is built in highly conductive materials, such as silicon carbide (Sic), is equipped with grooves and fins and is interposed between opposite flows of cold air and hot exhausts. Self-recuperative burners, being standardized and pre-assembled products are much cheaper than a single external exchanger that requires a specific realization. Furthermore, during maintenance or in case of problems, only the single burner can be stopped and not the whole oven.

Flat Flame Self Recuperative Burners ESA

Flat Flame Self Recuperative Burners ESA REKO SW NxT

Radiant Tube Self recuperative burner ESA REKO RT NxT

Radiant Tube Self recuperative burner ESA REKO RT NxT

Self Recuperative burners free flame ESA REKO FF NxT

Self Recuperative burners free flame ESA REKO FF NxT

News & Events

ESA will be exhibiting at HEAT TREAT 2021 trade fair!

ESA will be exhibiting at HEAT TREAT 2021 trade fair!From 14 to 16 September 2021 ESA will participate in the HEAT TREAT fair through its American dealer Olsträd dedicated to heat treatment technologies, [more]

ESA will be exhibiting at OMC 2021 trade fair!

ESA will be exhibiting at OMC 2021 trade fair!From 28 to 30 September 2021 ESA will participate in the fair OMC dedicated to Oil & Gas technologies, in Ravenna, Italy. Come and visit [more]

NEW CSA CERTIFICATION FOR ESA ESTRO-PO

NEW CSA CERTIFICATION FOR ESA ESTRO-POESA obtained the CSA certification for ESA ESTRO-PO v. 2.2 (grey box) in permanent operation and not, for USA and Canada. The ESA ESTRO-PO v. [more]

2021 PRICE INCREASES

2021 PRICE INCREASESDear Sirs We hereby inform you that the prices reserved for you will undergo variations. The increases in the costs of raw materials, now widespread worldwide, [more]