All Fogging System Applications for Better Yield

All Fogging System Applications for Better Yield

It is absolutely necessary to maintain the moisture levels in order to obtain an ideal growth in plants. An artificial humidification will be required for this. The greenhouse humidification system can be used for this. It is important to analyze the environment before designing the system.

  Among the criteria to be considered are shelf structure, amount of air change, required humidity level, seasonal ambient temperature, dependency, and the size of the structure in the greenhouse. Considering these factors, an ideal fog system can be obtained. Designs There are fog lines attached to the overhead. To achieve a high evaporation rate and better moisture distribution, a Revolution series fan with air flow must be available.

  Criteria Affecting Greenhouse Hydration

  If the greenhouse is empty, the volume of air to be humidified increases. If it is an empty sera, the same results should not be expected compared to the system. However, when air changes, the humidity level does not go beyond a certain point. Maximum humidity level; the output capacity of the system and direct fresh air intake. You can determine how quickly the required moisture level is achieved and by limiting the amount of air change that the system will return to.

  The most effective option for using the required nematode is the high pressure fogging system. With the variables, the humidity level of the system is obtained reliably and precisely. Once considered, the system can be provided with automatic moisture control for many years when properly designed. An ideal mist system that is designed and installed properly can provide an ideal greenhouse hydration.

Design Requirements for Misting Systems
  The design of the misting systems used for patio cooling in general also includes the placement of all open sides of the courtyard. In the system, the best possible cooling can be achieved with all of the water. Fans can be used to circulate the cooled air. If there is a shadow defect in an open area, the absence of condensation systems may reduce cooling ability. For this reason, a complete evaporation will be achieved. Cooling capacity is increased in the fogging system with fans added. If there is no structure to mount, the fog system can be used by spreading the fog nozzles directly upside down. This is not the ideal design for fog systems. But it can provide good results. If a successful system is obtained from the installation and design, highly effective moisturization will be allowed.
  Use of the Fog System
  The use of the fog system in the greenhouses, which started in the 1960s, continued to develop to daylight. In applications, ambient temperature, air change in the greenhouse, fog system design, and relative humidity outside the greenhouse may vary depending on the product being grown. For different situations, efficient systems can be designed with the aim of obtaining efficient results in the greenhouse. Humidification projects in different commercial plants are designed to suit the needs of the system. It is important that there is no moisture spreading that will affect the product produced negatively. It is important to use all the moisturizing practices to obtain a good product as it is in animal cooling.