Manufacturing method of lemon hydrolat and application thereof
A technology of lemon pure dew and lemon, which is applied in the field of preparation of lemon pure dew, to achieve the effect of easy operation, simple preparation method, and improvement of throat comfort
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Embodiment 1
[0018] (1) Remove the pulp of Eurek lemon and crush it into 100g of pulp. According to the weight ratio of water: pulp lemon is 2:1, add deionized water to the pulp lemon; In the flask of vapor diffusion distillation device; Press salt again: the weight ratio of water is 0.5:100 to add salt, obtains mixture;
[0019] (2) Add 1% zeolite in the total amount of the mixture to the mixture in step (1), shake and mix, then soak for 2 hours;
[0020] (3) Heat the mixture in step (2) to reflux for 4 hours. During this period, when the internal temperature of the flask reaches 50°C, open the condenser and start collecting the effluent. Within half an hour after boiling, the temperature of the effluent cooled by the condenser is controlled. At 20°C, after half an hour, the temperature of the effluent rose to 30°C and remained stable, and the effluent and residue were obtained;
[0021] (4) After the effluent obtained in step (3) is separated by an oil-water separator, the water layer i...
Embodiment 2
[0024] (1) Remove the pulp from the green lemon and crush it into a slurry. According to the weight ratio of water:slurry lemon is 1.5:1, add deionized water to the slurry lemon; In the flask of distillation unit; Press table salt: the weight ratio of water is 0.5:100 to add table salt again, obtain mixture;
[0025] (2) Add 3% zeolite in the total amount of the mixture to the mixture in step (1), shake and mix, then soak for 2 hours;
[0026] (3) Heat the mixture in step (2) to reflux for 3 hours. During this period, when the internal temperature of the flask reaches 50°C, open the condenser and start collecting the effluent. Within half an hour after boiling, the temperature of the effluent cooled by the condenser is controlled. At 23°C, after half an hour, the temperature of the effluent rose to 33°C and remained stable, and the effluent and residue were obtained;
[0027] (4) After the effluent obtained in step (3) is separated by an oil-water separator, the water layer i...
Embodiment 3
[0030] (1) Remove the pulp of the perfumed lemon and break it into a pulp. According to the weight ratio of water: pulped lemon is 2:1, add deionized water to the pulped lemon; place it in a In the flask of distillation unit; Press table salt: the weight ratio of water is 0.5:100 to add table salt again, obtain mixture;
[0031] (2) Add 2% zeolite in the total amount of the mixture to the mixture in step (1), shake and mix, then soak for 2 hours;
[0032] (3) Heat the mixture in step (2) to reflux for 2 hours. During this period, when the internal temperature of the flask reaches 50°C, open the condenser and start collecting the effluent. Within half an hour after boiling, the temperature of the effluent cooled by the condenser is controlled. At 25°C, after half an hour, the temperature of the effluent rose to 35°C and remained stable, and the effluent and residue were obtained;
[0033] (4) After the effluent obtained in step (3) is separated by an oil-water separator, the w...
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