Watering your seedlings every day is hard work that can be automated. Rosinka ready-made drip irrigation systems sold in stores are not always suitable due to the nature of the soil and the size of the greenhouse. How to make a drip irrigation system yourself, we will tell you in this master class.
In order to make a drip irrigation system in a greenhouse with dimensions of 8×2.8 m, we need the following tools:
- drill
- welding machine
- knife
From materials you will need:
- metal barrel (200 l) – 1 pc .;
- tripod stand for a barrel made of old pipes (tripod height – 1.2 meters).
Table of required materials for assembling a drip irrigation system:
Material name Size / quantity Cost of 1 piece / m, rub. Total cost, rub. Soft plastic hose 30 meters (diameter 6 mm) 18 540 Dispensers 36 pieces 12 432 Adapters 35 pieces 7 245 Water filter 1 40 40 Fitting 1 15 15 Total 1272 Step-by-step manufacturing of a drip irrigation system
1. Place the tripod for the water barrel at the level of the middle of the greenhouse. It is necessary to install it as close to the greenhouse as possible, it is also important to install it as evenly as possible, so that later the barrel will stand without slopes.
2. At the bottom of the barrel we drill a hole for the fitting. Insert the union, secure from the inside with a nut.
3. Install the barrel on a tripod. We attach a hose to the already supplied fitting, then the filter (you can take a regular fuel car filter).
4. With a drill we make a hole in the wall of the greenhouse and insert the hose.
5. We prepare adapters and dispensers in accordance with the number of bushes. Hose length for pipettes approx. 5-6 cm.
6. We stretch the hose along the rows of cucumbers, leaving room for the dispensers.
7. We put on the dispensers on the hose sections. At the same time, we adjust the watering speed by turning the dispenser knob. In our greenhouse, the most optimal speed was 1 drop in 5 seconds..
8. Drops evenly wet the soil around the growing stem. At this rate of watering, the soil will be sufficiently moist, and the water in the barrel will be used up in 50 hours, after which the barrel is refilled from the country water supply system.
Thus, you can save up to two hours of time per day, which are usually spent on watering seedlings and increase the yield of vegetable crops by about a third of the expected volume..
Master class: how to make drip irrigation of plants in a greenhouse
This post provides step-by-step guidance on how to create an efficient drip irrigation system in a greenhouse. This Master class explains how to install the drip lines according to the design of the greenhouse, as well as the permit and set up. Additionally, the post includes tips on how to properly measure the water flow, choose the right system materials, and make sure that the irrigation system runs smoothly and effectively. These instructions make drip irrigation of plants in a greenhouse an easy and cost-effective way for producing quality crops and promote their better performance.
Improvement of the territory 
This sounds interesting! I’ve always wanted to learn about drip irrigation in greenhouses. However, I’m curious about the maintenance required for this system. How often do the drippers need to be cleaned or replaced? Is there a specific method for monitoring the water flow? And are there any common challenges faced while implementing and maintaining this system?
Drip irrigation systems in greenhouses require regular maintenance to ensure optimal performance. The frequency of dripper cleaning or replacement depends on various factors like water quality, filtration, and usage. Generally, drippers should be inspected annually and cleaned if clogged. Replacement may be necessary if they are damaged or worn out. Monitoring water flow can be done through pressure gauges, flow meters, or visual inspection of the dripping rate. Challenges in implementing and maintaining this system can include proper system design, managing clogs or leaks, ensuring consistent water distribution, and preventing root intrusion. However, with proper planning and routine maintenance, drip irrigation can be an efficient and effective method for greenhouse irrigation.
Can you provide step-by-step instructions for setting up a drip irrigation system in a greenhouse? Specifically, I’m interested in understanding the necessary materials, proper installation techniques, and how to ensure efficient water delivery to the plants. Any tips or recommendations would be greatly appreciated!
To set up a drip irrigation system in a greenhouse, you’ll need the following materials: drip tubing, emitters, connectors, pressure regulator, filter, timer, and an end cap. Start by measuring and planning the layout of the system, ensuring proper coverage for all plants. Next, connect the filter and pressure regulator to the main water supply. Attach the timer to the main line, followed by the tubing. Lay the tubing along the rows, making sure it reaches each plant. Install emitters at regular intervals for each plant, ensuring the water gets directly to the root zone. Connect the tubes to the emitters using connectors. Once everything is connected, flush the system to remove any debris. Finally, cap the end of the tubing. It’s crucial to regularly monitor and adjust the system to ensure efficient water delivery. Consider factors like plant water requirements, soil type, and environmental conditions to optimize water usage and avoid over/under watering. Regularly clean and maintain the system to prevent clogging and ensure proper functioning.