
When you hear aboutdrip irrigation with fertilizer application, many immediately think about Israel or Europe. But the bulk of requests come from Kazakhstan, Uzbekistan, and sometimes Russia - where the climate is harsh and water is scarce. This is the main buyer, who not only studies the theory, but actually implements it.
If we take our experience in the CIS, then it’s not so much fashion as survival. In Uzbekistan, for example, water is worth its weight in gold, and old irrigation methods simply destroy the soil.Drip irrigation with fertilizer applicationhere it is not an option, but a necessity. But many local farmers are still afraid to switch - it seems expensive and difficult.
We at Shandong Lingyao Intelligent Agriculture Technology Co.,Ltd often encounter clients asking for a 'just a drip' and then wondering why the crop hasn't grown. Without precise supply of fertilizers, the effect is weak. We have to explain that the system must be comprehensive: from filtration to valve control.
By the way, on https://www.lyzhihuinongye.ru we post real cases - not ideal, but with mistakes. For example, in Kazakhstan, one client initially refused automation and decided to save money. After a season he returned - manual control did not provide accuracy, some of the landings were lost. This is how you convince.
Not everything that is advertised is suitable for CIS conditions. Sand filters - yes, but if the water has a high iron content, additional purification steps are needed. We at Shandong Linyao Intelligent Agriculture Technology LLC focus on modular solutions so that the client can build up the system gradually.
Fertilizer injectors are a separate topic. Many people save money, install the simplest models, and then are surprised at the uneven distribution. Fordrip irrigation with fertilizer applicationAccuracy down to a percentage is important, otherwise the plants “burn” somewhere and starve somewhere.
Our product range includes systems with frequency automatic equipment, especially for greenhouses in Russia. There clients are more advanced and are ready to invest in smart parks. But the risks are also higher: if the sensor fails, the losses per day can be enormous.
The most common is improper installation of drip lines. I saw a project in Kyrgyzstan where the lines were laid without taking into account the slope - water accumulated at the bottom, while at the top it was dry. Systemdrip irrigation with fertilizer applicationrequires accurate calculation of hydraulics, and not just 'dig a ditch'.
Another point is saving on filters. They install one coarse filter, and then complain about blockages. Fertigation requires at least two-stage filtration, especially if you use liquid fertilizers with sediment.
And yes, not everyone takes into account the quality of fertilizers. Some compounds crystallize in pipes - we observed this in one of the farms near Almaty. We had to redo the entire feed system.
Full automation is not always good. For small farms in Uzbekistan, semi-automatic solutions with remote control of valves are often sufficient. Overloading the system with sensors will only increase the cost and risk of breakdowns.
But there is a nuance: if we are talking aboutdrip irrigation with fertilizer applicationfor crops with different development phases (for example, cotton + vegetables in crop rotation), then a programmable controller is indispensable. In such cases, we offer modular solutions - you can start with a basic option, then add functionality.
By the way, on the website https://www.lyzhihuinongye.ru there is an example of this approach - a project in Tajikistan, where they first installed a simple system, and two years later added a weather station and soil moisture sensors. The client did not overpay immediately, and the system developed along with his business.
The main buyer is still medium and large farms. Small farmers are still wary, although for them the effect could be maximum. The problem is the start-up investment - even the simplest 5-hectare system requires investment.
But the trend is towards simplification. Now ready-made kits for small areas are appearing - we are also testing them. Not ideal, but it works for a start.
If we talk aboutdrip irrigation with fertilizer applicationin general, the technology has already been proven; the main thing is to approach it without fanaticism. Don’t try to immediately introduce “smart agriculture” everywhere, but start with pilot zones, taking into account local water, soil and even the mentality of workers. Otherwise, it will turn out like in that project near Tashkent - the equipment is superb, but people continue to hose it down 'just in case'.