IR WOOD ROCKET STOVE / kempinga vai dārza plīts

Moderns veids kā gatavot ēdienu izmantojot tūkstošiem gadu vecu metodi. 

Uz šīs plīts var gatavot pilnīgi jebko tāpat kā uz gāzes plīts izmantojot praktiski jebkuru biomasas degvielu -  malku, mazus zariņus, atgriezumus u.t.t. 

Ideāls veids kā gatavot dārzā, pie mājas, kempingā. 

Ērti paņemams līdzi jebkurā ceļojumā ar mašīnu. 

IR STOVE ROCKET STOVE ir gatava gatavošanai jau minūti pēc malkas aizdedzināšanas. 

Ļoti augsta temperatūra un efektivitāte: Vienu litru ūdens varat uzvārīt mazāk kā 3 minūtēs ! 

Izmēri: (ieskaitot "kājas"): Augstums 60 cm, platums 40 cm, garums 40 cm. IR STOVE ROCKET STOVE sver apmēram 7 kg. 

Drošība:

IR STOVE ROCKET STOVE nav paredzēta lietošanai telpās. Nekad neatstājiet uguni neuzraudzītu. IR STOVE ROCKET STOVE darbojas ar atklātu liesmu - neturiet tuvumā viegli uzliesmojošus priekšmetus. UZMANIET BĒRNUS. Lietojiet tikai uz virsmas, kura nevar aizdegties.

Nekad neaiztieciet darbojošos un karstu IR STOVE ROCKET STOVE. Vienmēr nodrošiniet ugunsdrošību.

What is a rocket stove?

The “rocket stove,” so named for the “rocket” sound the user hears when the stove produces a muffled roar at high operating temperature, has been a popular biomass stove with wood stove enthusiasts and survivalists in recent decades. Rocket stoves traditionally utilize an “L-shape” design in order to direct air and fuel into a combustion chamber. Air is channeled horizontally towards the “corner” of the “L-shape” design via a Feed-Tube (the Feed-Tube is often referred to as a wood box or fire box). The channelization of air within the Feed-Tube prior to combustion preheats the air as it nears the combustion chamber beneath and around the fuel, serving to reduce the convective cooling of the combustion chamber that usually occurs via an uncontrolled interaction of ambient air with the combustion area. 

The rocket stove design offers a more efficient consumption of biomass (twigs, scrap wood, wood chips, etc.) than many other wood stoves. The rocket stove concept involves a flow of air drawn towards the combustion chamber (a draw) by the low pressures created by the high temperatures therein. The channelization of air also serves to pre-heat the wood prior to combustion, allowing the induced draft within the Feed-Tube to function as an evaporator. That is, this pre-heating of the wood evaporates water from the wood within the Feed-Tube, drying the wood and preventing much of the energy loss in the combustion area normally expended to evaporate water.

Live or “green” wood is comprised of approximately 50% of water by weight, while typical firewood properly stored and left to dry is comprised of approximately 20% of water by weight, depending on environmental factors. However, unlike a campfire or competing camp stoves, the IR STOVE ROCKET STOVE design evaporates water from the wood fuel as it nears combustion within the Feed-Tube, which in turn provides a means of pre-heating “greener” or more recently felled biomass prior to combustion, greatly expanding potential fuel sources.