A kind of glass furnace with environmental protection, energy saving and heat preservation and its working method
A glass furnace, environmental protection and energy-saving technology, applied in glass furnace equipment, glass production, glass manufacturing equipment, etc., can solve the problems of easy change of chemical properties, energy waste, and impact on glass quality, so as to be beneficial to environmental protection and improve product quality. Quality, the effect of avoiding energy loss
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Embodiment 1
[0029] like figure 1 An environmentally friendly, energy-saving and heat-preserving glass furnace as shown includes an electric heating chamber 100, an electric melting chamber 200 and a physicochemical reaction chamber 300; the electric heating chamber 100 includes a cover plate 101, a feeding port 102, an electric heater 103, and a movable partition 104 and separator 105; the electrofusion chamber 200 includes a liquid injection port 201, an electrolytic positive electrode 202, an electrolytic negative electrode 203 and a lead 204; the physicochemical reaction chamber 300 includes a stirrer 301, an elastic member layer 302, a discharge port 303, Reaction base 305 and waste gas collection port 306; the feeding port 102 is located on the upper part of the electric heating chamber 100; a movable cover plate 101 is placed on the feeding port 102; The electrothermal cavity 100 and the electrofusion cavity 200 are separated by a partition 105; the middle of the partition 105 is se...
Embodiment 2
[0036] like figure 2 An environmentally friendly, energy-saving and heat-preserving glass furnace as shown includes an electric heating chamber 100, an electric melting chamber 200 and a physicochemical reaction chamber 300; the electric heating chamber 100 includes a cover plate 101, a feeding port 102, an electric heater 103, and a movable partition 104 and separator 105; the electrofusion chamber 200 includes a liquid injection port 201, an electrolytic positive electrode 202, an electrolytic negative electrode 203 and a lead 204; the physicochemical reaction chamber 300 includes a stirrer 301, an elastic member layer 302, a discharge port 303, Reaction base 305 and waste gas collection port 306; the feeding port 102 is located on the upper part of the electric heating chamber 100; a movable cover plate 101 is placed on the feeding port 102; The electrothermal cavity 100 and the electrofusion cavity 200 are separated by a partition 105; the middle of the partition 105 is sep...
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