(500 products available)
Orient irrigation is a method of watering crops. It can be categorized into different types based on the irrigation system used, the source of water, and the geographical location. Although there are many other types of irrigation systems, the ones mentioned below can be of great help to farmers and are largely used in the Orient region.
Drip irrigation
Also known as trickle irrigation, this is a frequent irrigation method in the Orient region. It involves the use of plastic pipes with holes in them to dispense water slowly and directly to the roots of the plants. By doing so, this system saves water and minimizes soil erosion. It is also suitable for farms in arid areas.
Sprinkler irrigation
This method is widely used in the Orient region for both large and small farms. It involves the use of pumps to propel water through pipes and up into the air for it to fall back down like rain on crops. This system can be used on almost all types of soils and is suitable for all kinds of crops.
Surface irrigation
This method is mostly used in paddy fields in the Orient region. Water is allowed to flow on the surface and irrigate the crops. It is suitable for rice farming and is less costly since it does not require any modern technology or equipment.
Subsurface irrigation
This type of irrigation system is also referred to as buried tube irrigation. It consists of a network of perforated pipes and tubes that are buried under the soil surface to allow water to seep into the soil and reach the root zone of the plants. This system is efficient in terms of water usage and is suitable for sandy soils.
Flood irrigation
This method is also known as basin irrigation. It involves the flooding of the whole field with water and letting it seep into the soil. Although it is one of the oldest methods of irrigation, it is still widely used in the Orient region. It is less costly and simple but uses a lot of water and can lead to soil erosion.
Tidal irrigation
This is another method of oriental irrigation that is used in coastal areas. It is a type of surface irrigation that depends on tidal movements. Farmers make use of tidal waters to irrigate their crops. It is less costly and sustainable, but it can only be used in areas where the tides are predictable.
Design of Drip Irrigation:
The drip irrigation system consists of a source pump. The water is pumped into the main pipeline. The main pipeline is connected to different lateral pipelines. The lateral pipelines are connected to the emitters placed at the base of each plant. The emitters are adjusted to give the required amount of water to each plant. The system can be designed manually or automatically. The automatic system uses a timer to give water at set times. The system can also be designed with sensors that give water when the soil is dry. The timer or sensor can be adjusted for different plants. They need to be adjusted for the season since different plants may need different amounts of water. The system is usually placed underground. Only the emitters are placed above the ground. The emitters are usually placed in the soil a few inches from the plant base. They can be placed above or below the ground depending on the type of crop and soil. The system can be laid out in a few hours and is ready to use within a day or two. Drip irrigation is one of the best irrigation systems. It helps save water, reduce the growth of weeds, and increase crop yield.
Design of Sprinkler Irrigation:
A pump or pressure system is required to run a sprinkler irrigation system. This pressurizes the water and forces it through the pipes. The pressurized water moves through the main line to the sprinkler heads. The size and type of pump are determined by the size of the system, the elevation of the land, and how far and high the sprinklers need to spray. Water is carried through the main pipe to the branch pipes and then to the individual sprinklers using pipes made of materials such as PVC, aluminum, or steel. The sprinkler heads are installed at the desired distance and height. Different types of sprinkler heads can be used depending on the size of the area to be irrigated. The system can be made more efficient by adding a timer or automatic control system that turns the system on and off at set times. Designs can be divided into three categories: stationary systems, portable systems, and automatic systems. Stationary systems are installed permanently and are best for small gardens and areas that require little water. It can be moved and is suitable for gardens and areas of different sizes. The automatic system is the most expensive but is the most efficient. It is best for large areas.
Fertigation
Fertigation is the process of adding fertilizers to drip irrigation water. Using orient irrigation systems makes it easy to deliver the nutrients plants need directly to the roots. This is done with special fertilizer injectors connected to the irrigation lines.
Greenhouses
In a greenhouse, a controlled environment is vital for healthy plant growth all year round. Drip irrigation systems supply water evenly to all plants, whether in pots or planted in the ground. This conserves water and ensures every plant gets what it needs. Orient irrigation systems can also be used in hydroponics, where plants grow without soil in nutrient-rich water.
Sports fields and golf courses
Maintaining large areas of grass requires a lot of water, especially for sports fields and golf courses. Instead of watering the whole area, dripping irrigation delivers water directly to the roots of the grass. This keeps the turf healthy and saves water.
Fruit orchards
Fruit trees can grow far apart, making traditional irrigation methods less efficient. Orient irrigation systems supply water right where it's needed at the base of each tree. This encourages deep root growth and reduces water wastage. Farmers can even control how much water different sized trees receive using pressure-compensating emitters.
Desert landscaping
In areas with very little water, known as deserts, people can create beautiful gardens too! Drip irrigation systems are perfect for these climates because they deliver water directly to the roots of plants without wasting any. This method is ideal for cacti, succulents, and other drought-tolerant species.
Roof gardens and vertical gardens
Orient irrigation systems are used in urban environments where space is limited. These gardens are installed on walls or rooftops and can benefit greatly from drip irrigation. The compact design of drip lines fits perfectly in small areas while providing the efficient watering needed for plants growing without traditional soil space.
Research facilities
In agricultural research stations, scientists can test how different crops respond to various irrigation methods. With orient irrigation systems, they can precisely control water supply and monitor plant growth under controlled conditions. This data helps develop better farming practices that use water more sustainably.
Wholesale buyers need to consider multiple factors to ensure they choose the best Orient irrigation products for their target market. They should pay attention to product quality and durability. They must evaluate the quality of materials used in manufacturing irrigation products. It is important to ensure that the products can withstand frequent use and last for years. Checking for relevant quality certifications can help verify the products' quality and performance standards. It is important to consider the product features and technology. They should look for advanced features such as efficient water distribution, easy installation, and user-friendly controls.
Considering the brand reputation and trustworthiness of the supplier is also important. They should choose suppliers with a proven track record of delivering reliable products and excellent customer service. It is also important to seek positive reviews and ratings from other buyers. Compliance with safety and environmental standards is also important for choosing Orient irrigation products. They should ensure that the products comply with applicable safety standards and environmental regulations. It is also important to prioritize sustainability and eco-friendly products. They should choose irrigation systems that conserve water, reduce environmental impact, and align with the growing demand for green solutions.
Q1. What are the benefits of using orient irrigation systems?
A1. The benefits of using orient irrigation systems include enhanced water efficiency, uniform distribution of water, adaptability to various soil types, minimization of weed growth, and provision for fertigation and drainage, among others.
Q2. How can one ensure water efficiency in orient irrigation?
A2. Water-efficient orient irrigation systems can be achieved by adopting drip irrigation, using smart controllers, employing rainwater harvesting techniques, and utilizing efficient pumps and pipes.
Q3. Which crops are best suited for orient irrigation systems?
A3. Various crops can benefit from orient irrigation systems, including fruits, vegetables, field crops, and horticultural plants. The system is adaptable and can be applied to diverse agricultural sectors.
Q4. What maintenance practices are essential for an orient irrigation system?
A4. Regular checks on the system for leaks or damages, cleaning up filters and drippers from debris and clogs, ensuring even water distribution by inspecting and adjusting the system pressure are some of the maintenance practices essential for an orient irrigation system.
浙公网安备 33010002000092号
浙B2-20120091-4