Polycombustible hot air generator suitable for small size chopped biomass. Available in different powers, suitable for environments such as greenhouses, warehouses, workshops, carpentries, nurseries, breeding.


The wide Pasqualicchio range is completed by biomass heat generators. The systems are suitable for those who need heating but do not have a hydraulic system that can connect the generator to heat
collectors. Pasqualicchio generators use the tried and tested 3 turns horizontal tube smoke geometry to make the most of the combustion fumes. The GA is a heat generator powered by small size fuels such as pellets and olive-pit which can heat autonomously. It is suitable for supplying heat in rooms where there is no hydraulic system such as warehouses, workshops, companies, greenhouses, nurseries, livestock farms. Thanks to the adaptability of the air diffusion system, the GA can heat near the place of installation by means of the standard arrangement of frontal and lateral splits, or in one or more positions far from the generator, by means of a ducting plenum to be optionally ordered. The GA Pasqualicchio can benefit from many government subsidies provided in different countries of the European Community.



The automatic ignition (standard for the 40kw) is supplied cold by the ceramic glow plug in memory fire mode with a significantly lower energy consumption than traditional metal glow plugs. The ceramic has a long life and does not age with time.

Stheel chamber

The combustion chamber is made of steel and has a strong resistance to high temperatures. Its shape allows an optimal combustion and a very efficient heat exchange.

Cast iron burner

The GA burner, completely made of cast iron, has a higher resistance to high temperatures, as well as greater durability over time. This material allows a more immediate and perfect combustion.

Electric fun

The powerful electric fan allows the hot air to be pushed towards the split or the duct at the output of the generator. The fan flow rate allows the right amount of hot air to be released depending on the power and the heatable surface.