G.P. Burners (CIB) and its mission:
Low NOx burners

The basis of true progress is the distribution of the advantages it brings, among which improved living standards and the protection of the environment are most certainly included. Well-aware of the vital role it plays in the development of ecologically-compatible products and vaunting over thirty years of experience in the design and manufacture of burners for civil and industrial use, G.P. Burners (CIB) ranks among the European leaders in its sector. Continuous investments in the perfection of technologically advanced products at the company's modern research laboratory have created the conditions necessary for the creation of special burners suited to applications that demand the lowest NOx emissions.



Gamma prodotti a basso impatto ambientale
These burners homologated with the CE Mark (Gas Appliances Directive) by one of the most authoritative European certification agencies in the sector (GASTEC) are used in our entire range of product, starting from our burners for civil applications (27 kW) up to our industrial application burners (15 MW). Working closely with our Research & Development Department, our technicians specialised and dedicated to the implementation of these products, have capitalised on the experience accumulated over the years in the field of standard burners (with normal emission) in order to create a parallel range of low environmental impact burners. In addition to scrupulously respecting the limits prescribed by European directives regulating pollutant emission, all these models guarantee values amply below those established by regulations and vaunt emissions of less than 70 mg/kWh. Our low NOx burners benefit from the installation of an innovative combustion head that re-distributes the gaseous element according to different weights and in a negative pressure zone, in this way letting a part of the combusted gases circulate freely inside.



The applications in which these values are required vary widely, such as in the systems provided for cultivation in greenhouses, for example. The use of special combustion heads permits the use of flue gas for the injection of the CO2 required for the growth of plants into the greenhouses without the risk of the CO emissions that are so dangerous for the personnel working inside.



Un prodotto affidabile e flessibile
Our burners can be equipped with the most modern automatic mechanical or electronic modulation systems that maintain the correct gas/air ratio. In this way, the burner's thermal load is adapted with precision to the need for heat in every moment of operation in order to guarantee optimised throughput at every point in combustion. The electronic modulation system makes the fullest use of the fuel/combustion air curve, which proves to be more extended than the curve provided by mechanical modulation, in this way making the electronic system both faster and more punctual and optimising the adjustment phase. In addition, thanks to the presence of the microprocessor that controls the various phases of the process, the most absolute precision is ensured in the repetition of the operational sequences.



The reliability of this product has been proven through close work with some of the leading European boiler manufacturers, while the company's remarkable versatility permits the widest and most complete offer of low pollutant emission burners for the satisfaction of the most particular and specific requests from the clientele.

Precisely due to the particularity of the applications for which they have been designed, low Nox burners require specific technical skills and experience that G.P. Burners (CIB) is happy to supply thanks to its technical assistance organisation that operates around the world and is regularly re-trained during courses held at the company's headquarters.
Far from representing mere compliance to the latest standards and regulations or the exclusive consequence of marketing logic, these results have been achieved as part of our mission to improve standards of living because we believe our natural environment to be much more than just an abstract concept and more precisely, the home to our present and future.