Agricultural land irrigation system main country of buyer

When they talk aboutagricultural irrigation system main country of buyer, immediately present standard solutions - but in reality, each country has its own soil “surprises”. In Uzbekistan, for example, water mineralization requires three-stage filtration, which is often forgotten in projects.

Design errors for a specific buyer

In 2022, the project for Azerbaijan had to be redone - local engineers insisted on using old Soviet water consumption standards. But with modern drip irrigation, these standards lead to waterlogging of cotton fields. We had to carry out demonstration measurements right on the spot.

Particularly problematic were areas with a slope of more than 15°. Standard valves did not hold pressure, we had to combine solutions - we installed pressure reducing modules fromagricultural irrigation systemLynsmart, but modified for local HDPE pipes.

By the way, speaking of pipes, asbestos-cement pipelines are still used in Egypt, which completely excludes modern automation. We have to design hybrid solutions with transition nodes.

Adaptation of equipment to local conditions

Our engineers from Shandong Linyao Intelligent Agriculture Technology LLC, after a business trip to Kazakhstan, completely revised the filter set - local waters contain sand with abrasive quartz particles. Conventional strainers failed within a season.

Now for steppe regions we assemble filtration stations with gravel prefilters, although this increases the cost by 15%. But customers thank you later - service costs are reduced.

An interesting case was with Turkmenistan - there it was necessary to organize irrigation at any angle to the existing canals. We have developed remote-controlled rotary units, which we now use in other arid regions.

Technical details of installation

When implementing a project in the Samarkand region, we were faced with the problem of calibrating humidity sensors - local clay soils gave an error of up to 30%. We had to develop calibration tables for different types of soil.

Installers often save money on anti-corrosion treatment of sprinkler mounts. In regions with high groundwater levels (as in the Fergana Valley), this leads to failure of supporting structures within 2-3 years.

We pay special attention to personnel training - instructions have been posted on the website https://www.lyzhihuinongye.ru in Uzbek and Kazakh languages, but nothing can replace live training. The last time we held a three-day seminar right in Tashkent.

Economic aspects for purchasing countries

Many customers require a reduction in initial investment, saving on automation. But practice shows that in conditions of labor shortage (especially in rural areas of Uzbekistan), semi-automatic systems are simply not maintained.

We calculate payback for clients taking into account local tariffs for water and electricity - in Kazakhstan, for example, subsidies for drip irrigation cover up to 50% of costs, but only when using certified equipment.

We are currently negotiating a project for an intelligent agricultural park in the Turkestan region - it is important to take into account not only watering, but also drainage, which is often overlooked in projects.

Prospects for technology development

At Shandong Linyao Intelligent Agriculture Technology LLC, we are testing hybrid systems with solar panels to power pumping stations - this is especially important for remote areas of Karakalpakstan.

Precision farming technologies are the most difficult to take root - many agronomists in purchasing countries are skeptical about sensor data, preferring “old-fashioned” ones. methods. We have to prove its effectiveness at demonstration sites.

We are currently developing a simplified version of the controller with support for local languages ​​- standard interfaces in English are becoming a barrier for older technicians.

Final Notes

Each new project confirms that there are universal solutions forbuyer's main countrydoes not exist. Even within the same country, requirements can differ radically - for example, for foothill and lowland areas.

The main lesson of recent years is that technical specifications from local ministries cannot be completely trusted. We always organize a pre-project survey with water and soil sampling.

We are collecting a database of standard solutions for different regions, but each time we have to make adjustments - the climate changes, and with it the requirements for irrigation. However, this is what makes the work interesting.