Archive for month: September, 2018

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pky-drip-irrigation application

Growers everywhere are adopting drip irrigation systems.Why?

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Because of drip irrigation:

• Optimizes Yields

• Minimizes Inputs

• Maximizes Profits

5 Uses For Drip Irrigation Systems

Drip irrigation systems can be used on a wide variety of plants, including:

Low-growing crops, such as bell peppers, lettuce, beans, and squash;

Fruits, including blackberries, strawberries, and blueberries;

Staple crops, such as cotton;

Crops that grow just below the surface in the soil, such as potatoes, onions, and carrots.

Vineyard Drip Irrigation Systems usually consist of Heavywall Dripperline Hose with the built-in emitters. It can be installed and applied for years. This is a dependable and long-lasting system with proven results. Run from a garden hose or larger pond system, it will work well.

Consistent Watering makes for Faster & Higher Yields! The Emitters are laid out between the vines – not right at the roots – so that the roots must grow outwards and reach for the water. This is a proven strategy for strong root systems in the vine.

After applying drip irrigation with sugar rising from 20.5 percent to 22 percent,statistics. Compared with before the integration of water-fertilizer technology, the sugar of grapes with the new technology increased by an average of 1.8% to 2%.

Why can “integration of water and fertilizer” have such good effect?That‘s because the integration of water and fertilizer is irrigation and fertilization at the same time.By dissolving fertilizer in irrigation water, water is piped to the roots of each grape plant in the field, allowing the roots to absorb water and nutrients.Compared with common fertilizing and watering methods, the absorption rate of crop fertilizer can be greatly enhanced.

The “full set of equipment” is just a power cabinet, a water pump, and a centrifugal filter. The fertilizer water is pumped out by the water pump, and after being filtered by the centrifugal filter, the main pipe is sent by the supervisor. There is a sprinkler on the branch, and there is one every two meters. By manipulating the power cabinet, the water that dissolves the fertilizer will “spray” along the nozzle to the soil, and it can pour 666 square meters in half an hour.

Originally applied to 800 square meters of land, two workers were required to work for two days, and each person earned 120 yuan per day. Now the money is saved. Compared with ordinary fertilization, water and fertilizer integration adopts the form of ‘less food and more meals’. Fertilization, high absorption rate and water saving, fertilizer; from the fertilizer effect point of view, the glucose content increased by 2 percentage points, that is, the unit price per kilogram can increase by about 40%. ”

Compared with the water and fertilizer integration technology that was not used last year, this year’s grape price per kilogram increased by 45%, and the square meter benefits increased by 1000$.

Development prospect of water saving irrigation

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It is predicted that by 2050, the world’s total population will increase from 7 billion to 9 billion people, and human demand for food will increase by 70% to 100% at the current level.

The world’s freshwater resources are increasingly scarce, and human demand for food is also rising, freshwater resources have become agricultural development and world food supply security threats.

To solve the problem of the limited cultivated land area, the shortage of freshwater resources and rising world food demand, the development of water-saving irrigation has become the key.
Water-saving irrigation is an irrigation measure that maximizes the yield or income by minimizing water consumption, i.e. maximizing the yield and output value of crops per unit of irrigation water.

At present, the main water-saving irrigation measures in the world include canal seepage control, low-pressure pipe irrigation, sprinkler irrigation, micro-irrigation and so on.

After the water-saving irrigation project is implemented, the allocation of the labor force in the process of irrigation can be reduced. Drip irrigation through local wet irrigation, the soil in the field is loose, and the permeability is good.

Soluble fertilizers, plant growth regulators, insecticides can be dripped in with water, which can reduce the number of operations and labor of tillage, fertilization, spraying, weeding and so on.

The effort has saved a lot of manpower and material resources. Through water-saving irrigation, crops can be irrigated in time, which can improve the irrigation guarantee rate and effectively promote grain production and income. This is also the main benefit of the water-saving irrigation project. In addition, water-saving irrigation can also achieve water saving, land saving, electricity saving, and other benefits.

At present, European and American agricultural developed countries have made great progress in water-saving irrigation, water-saving irrigation is more popular. In developed countries, water-saving irrigation technologies such as sprinkler irrigation, micro-irrigation, canal seepage control engineering, and pipeline irrigation have become more mature.

Sprinkler irrigation and drip irrigation are the most advanced water-saving irrigation technologies.

In developed countries in Europe and America, 60% – 80% of the irrigation area adopts sprinkler irrigation and drip irrigation, and the agricultural irrigation rate is about 1. More than 70%.

According to the data, the total cultivated land area in the world is only 1.5 billion hectares, and only 27% of the cultivated land with irrigation and drainage facilities produces 55% of the world’s grain. It is estimated that 80% to 90% of the new grain output in the future will come from the cultivated land with irrigation and drainage facilities.

Drip irrigation brings the changes,how amazing, let us see the data

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Xinjiang is the main natural forest area in the arid regions of western China，qitai is one county of xinjiang

Qitai County has a long history of agricultural development. Agricultural resources are mainly wheat, barley, corn, sunflower and so on. Grain accounts for one eighth of the total grain output in Xinjiang, accounting for 65% of the total grain output in Changji Prefecture. Qitai county has an area of 2 million mu, and it is the home of high-quality barley and wheat.

In 2016, Qitai County set up four demonstration sites in the semi-gully, Laoqitai, Xidi and Northwest Bay to implement the construction of the Internet of Things for monitoring and monitoring crop diseases and insect pests, the construction of biological inducement and control systems and the construction of intelligent drip irrigation facilities, with a total of 7,600 mu of demonstration area. Standardized cultivation, intensive management, industrialized management, environmental information, pest prevention and control, drip irrigation settings, drip irrigation process, irrigation history and many other information are recorded and inquired at any time through the system database. The digitalization, networking, intellectualization, and refinement of agricultural production management have been realized.

Looking back over the past 60 years, fundamental changes have taken place in Qitai County from traditional agricultural production to modern agricultural production since the founding of Changji. For example, the original irrigation, from flooding gradually into small-flow furrow irrigation, now intelligent drip irrigation, Xidi Town Qiaozi Village farmer is overhauling drip irrigation equipment in winter wheat fields, let him feel that the original 100 acres of land once water takes several days, now intelligent drip irrigation without human pipe, a few hours to irrigation. Moreover, the fertilizer concentration ratio can be uniform, and the quantitative infiltration of crop root growth area, the use of Jiaduo intelligent drip irrigation water and fertilizer integration technology, can save more than 70% water, more than 30% fertilizer, improve fertilizer utilization rate more than 50%, yield has also been significantly increased.

The system collects real-time data of crop water demand, growth and climate change, sets the upper and lower thresholds of irrigation data according to different crops and uses mobile phone and computer to control the field drip irrigation electronic valve remotely and intelligently. When the field crop water demand reaches the lower thresholds, the system automatically irrigates. When the water requirement reaches the upper threshold value, it stops automatically, and the central control system software can realize the block control within the radius of 10 km, and the intelligent irrigation of the whole area can be realized without leaving home.

Today, the drip irrigation system can be used in many areas, such as garden, orchard and so on, it has one big effective for our life