Dry mist control wet, so that fruits and vegetables to extend the shelf life

    The exhibition site, a fruit and vegetable dry mist control wet storage containers cause people's interest. For a long time, a large number of fruits and vegetables due to lack of storage and preservation technology, decay rate of 20-30%, Suzhou Dafu Foreign Trade Food Co., Ltd. in the introduction of Israeli technology, based on the development of dry mist control wet fruit and vegetable preservation technology. The technology can be used for different fruits and vegetables, set the appropriate storage temperature and humidity, the input program after the sensor will monitor the information back to the controller, the system will be set in accordance with the set temperature and humidity control and spraying facilities, 10 micron dry mist, no dripping ice, no condensation, to create a suitable fresh fruit and vegetable climate, to extend the shelf life of fruits and vegetables. The technology will greatly reduce the loss of fruit and vegetable bacon, from the head to the domestic and foreign markets one-stop logistics.

    Micro-plant factories to meet the needs of entertainment and food

    At the scene, by the Jiangsu University developed a "based on the Internet of micro-plant", a lettuce is growing up. According to reports, this "miniature plant factory" to meet the needs of urban residents to grow vegetables, is a way of entertainment, the kind of food can also eat.

    According to reports, the whole process of vegetable growth is in a small closed production environment, through the computer growth of vegetables, temperature, humidity, light, CO2 concentration and nutrient solution and other environmental conditions to complete the automatic control. Vegetable growth of environmental factors are artificial precision simulation to create, not subject to external factors. Users can in the office, travel with the phone immediately intervene in the production process of home vegetables, portable computers or mobile terminals can be connected to control the operation of micro-plant plant state. (Zhang Benfu Dong Xian Zhu Lin Cai Yiqiu Bian Yueyao Liu Fengyuan)