The invention relates to an environment-friendly, highly-efficient and heat-exchangeable
glass melting furnace and a production method. The
glass melting furnace is divided into 3 areas in a lengthwise direction: a first feeding and premelting area has the following functions: adding raw materials from any part of the area, absorbing the heat of a
combustion product flowing from a second melting, homogenizing and clarifying area, premelting the raw materials, allowing the premelted raw materials to flow into the second area for melting, homogenizing and clarifying, and discharging a cooled
combustion product to a
heat exchanger at the exterior of the furnace from the end head of the
melting furnace; the second area has the following functions: spraying a fuel from any part of the area, allowing the fuel to perpendicularly intersect with air or
oxygen from a third cooling area of the furnace and carrying out mixed
combustion, heating a glass liquid flowing from the first area to a temperature needed for homogenizing and clarifying, allowing the
heated glass liquid to flow into the third area, and allowing a generated high-temperature combustion product to enter the first area; and the third area has the following functions: cooling the glass liquid flowing from the second area to a temperature needed for
shape formation, allowing the cooled glass liquid to flow out of the furnace, wherein the glass liquid is cooled mainly by spraying air or
oxygen of the
heat exchanger from the terminal end of the area besides heat dissipation of a melt, and allowing heated air or
oxygen to enter the second area for combustion supporting. The environment-friendly, highly-efficient and heat-exchangeable
glass melting furnace provided by the invention has the advantages of low
tail gas emission temperature, insusceptibility to ablating a furnace-gas heat-exchange device, easy cooling of the cooling area and high production efficiency.