The Big Catch!
Undoubtedly, a well-planned drip irrigation project can significantly increase your system’s success. With proper planning, you can save both money and time while reducing the potential for dissatisfaction or confusion regarding the final product. When designing your field, the point is to be able to increase your ability to manage your crop, have a uniform application of water and nutrients, durable and high-quality components, reduced exposure to clogging risk, and increased production. Also, it is necessary the design allows for simplicity of not only operation but also maintenance, too.
What Makes a Successful Drip Irrigation System?
A lot has changed in the last decades. In the past, all you would ever want is a system to deliver water to crops, and that’s about it. Today, to become a successful grower, you need to have a system that meets the ET (evapotranspiration under standard conditions) demand of your crop and is capable of performing leaching, among others. Of course, you also need a system that can compensate for inefficiencies. To tick all the boxes, you want a proper irrigation design; a design that incorporates ergonomic, agronomic, and economic consideration into your system in full balance, and not a system that cuts too many corners, which result in significant annual labor cost that is far greater than the money you would have spent on having a quality system.
How can you have all those in practice? With a system designed with easy-to-use, proven technology and always with attention to the selection of products and routine maintenance to reduce the risk of clogging.
What you REALLY get from Big Drip Irrigation Manufacturers , and how Drip Irrigation System Cost can differ depending on your designer.
Most big names in the field work solely for the profit and implement strategies that will always be having their clients coming back to them for more purchases. You will see that they offer free design of fields to any interested customer. Sorry to break in the bad news, but there nothing free. There is ALWAYS a catch. In this case, big drip irrigation manufacturers sell the drip laterals to their clients and all other equipment (valves, pumps, filters, air/vacuum relief vents, etc.) from various manufacturers they have agreed to work with. What this means to you, the customer, is that you don’t really get the best deal in the market, because you are only offered the equipment they want and not all the best to choose from. That aside, they slightly overprice the drip emitters. Considering that there could be thousands to hundred thousands of those in irrigation projects, overpricing equipment with such a huge waste makes them big money on your expense. In reality, when they design, they usually don’t go into the small details as they should, and design to sell more equipment. So, is design free after all? Don’t you pay a huge price for that “free” design? Sadly, people usually don’t search too much for unbiased designers and go straight to the big guys. This leads to a huge loss for them as they end up paying more and getting less. Is it what YOU want?
How do we Differ?
In a nutshell, everyone here at KIM respects their job and the people that trust us with their project. We design remarkably accurate and detailed projects, pay thorough attention to using the correct codes, and run compatibility checks with ALL related accessories and their codes (ISO, BSTD, DIN, ASTM, etc.), to name just a few.
That said, we also model all relevant details in 3D, to avoid errors and create an automatic BOM. Needless to say, our negotiations are not limited to just a few companies that sell equipment, but include a wide spectrum of equipment manufacturers so that we provide our customers with several options, with different levels of quality equipment per budget. As you can see, you are valued indeed.
To put it plainly, there are no shady spots or small letters in our services and THAT is the one million dollar question you should be thinking about! Drip Irrigation Sys
It is an undeniable fact that drip irrigation system is the key ingredient for countries to have significant impact in saving resources, cost of farming and profitability of yields. Food security is certainly a concern for the rapidly growing world’s population and this means people have to come up with better agricultural ideas to help feed the world and no country has made breakthrough in irrigation technologies than Israel.
Israel’s drip irrigation system has had quite significant improvements to become the leading trend setter in the world today. It is supplying the world with technologies that help tens of millions to put food on their table. One particular firm Netafim in Israel has impacted global food production by their technology which enables farmers to reap crops twice a year rather than just once as was previously experienced. The technology known as ‘Tipa’ is a very simple technology that makes use of gravity when there lacks water supply from the rural areas. The technology is also being adopted in other African countries like Kenya, South Africa, Niger and Benin.
The country is also home to many irrigation companies which produce different technologies used in the worlds irrigation market today. The companies include The AIDL watering system which manufactures plant drip watering system for potted plants. The system employs a sensor technology that detects soil moisture content and releases water to the plant in response to moisture changes.
Metzerplas Irrigation- a kibbutz based industry of micro-irrigation products and various types of pipelines, SP pipe for cold and hot water plumbing, PE pipes for water infrastructure and telecommunication, and unique drippers designed with the widest dripper inlet filter and are well suited for SDI (Sub-Surface Drip Irrigation).
Galcon- a leading manufacturer of smart monitoring and control irrigation solutions for home owners, professionals and agriculture.
Amiad-Arkal Filters -filtration solutions from independent farmers to large agricultural co-ops.
Ein-Tal irrigation systems which mainly focus on micro drip irrigation systems based on gravity which does not require water pressure systems. Sadot who are manufactures of fertigation platform and shibolet irrigation systems. The Al-Magor Metal and Plastic Works which deals with hand tools for punching holes into irrigation pipes and tools for inserting PVC fittings, irrigation controllers and generally irrigation fittings. Electrofusion fittings are specifically made for high performance, reliability and long life span, the Plasson Company ensures all the above are meet in their fittings products. In addition to that they offer superior custom fitting designs, compatibility and automated controlling.
Micro irrigation or just drip irrigation offers different types of irrigation in it. Subsurface Drip Irrigation is a specialized type where drip line, supply and flushing units are buried beneath soil surface. The technology has been used in Southern California for around forty years now. It offers numerous advantages like delivering water and nutrients directly to the soil, allow farm personnel to easily access the field for cultural operations even when irrigation is in progress and operates at frequent intervals of varied duration to address the many farming objectives and challenges experienced.
Thanks to the Israeli’s cutting edge technology, Israel not only produces most of its own food but also able to export about $ 1.3 billion worth of agricultural products annually to the world market. The irrigation supplies Israel contributes to the world enable them to bring a further $ 1.2 billion to their economy by selling them overseas. They have achieved this great fate in drip irrigation because their farmers and scientists have had vast experience in dealing with difficult environments and limited water supply.
Israeli agricultural research is world class in its scope and its findings. Across the world, Israeli breakthroughs in plant physiology, genetics, and technology are providing flexibility to growers in a rapidly changing climate. However, these strides would not be possible if it wasn’t for the most basic, and ingenious, technological breakthrough since the advent of irrigated agriculture fields.
Israeli drip irrigation systems have enabled water-use efficiency unlike any other irrigation system available. With drip irrigation, individual plants water-use requirements can be managed. On a whole-field basis, the drip irrigation system supplies water directly to the plant roots, while limiting the possibly wasteful effects of evaporation. Every drop of water can be managed and conserved with drip irrigation systems.
As an agricultural researcher, I am highly indebted to the development of drip irrigation My research focuses on the different types of salinity stress an olive tree may experience; salinity from variable salinity in irrigation water, and salinity derived from variable amounts of irrigation water. My olive trees must receive a daily, controlled amount of irrigation water; otherwise my experiment will have too many variables to investigate my hypothesis. The controlled pulses of irrigation water from the emitters allow me to isolate the various environmental variables from the variables I wish to control.
When my research is finished, I hope that my findings can be implemented on a whole-field scale. Salinity research will further optimize drip irrigation. The future of drip irrigation looks incredibly promising, as we all will inevitably have to make more from less. Drip irrigation is pivotal in our pursuit of economically efficient and environmentally friendly technologies.