DIY Hydroponic Systems – Important Things To Consider

DIY Hydroponic Systems To Implement In Your Indoor Garden. As things stand today, DIY hydroponic systems is the best way to solve food shortage especially in the prevailing hard economic times. If we are to achieve self-food sufficiency, the best alternative is to embrace Hydroponic System farming. In this post we shall take you through simple things to consider when setting up DIY Hydroponic Systems at home. Assembling a homemade hydroponic system Learning how to grow your own plants in a soil-less system is a very crucial and advantageous thing especially for those living in urban areas and around unproductive lands. Here are some easy to follow steps on how you can set up a DIY hydroponic system in your home. 1. Get a suitable Location Determine a favorable area to locate your hydroponic system, should be a well-enclosed structure, most likely a greenhouse or the basement of a house. An outdoor patio or deck could also make a wonderful site. Level out the floor of the area to ensure there is equal distribution of water and nutrients. If you plan on placing the system outdoors, ensure that you provide secure protection from winds and too much sun. These plants have weak roots so if exposed to winds they will be easily uprooted. Similarly, they depend so much on water, if exposed to the sun; evaporation will take place easily leading to high water losses. Also ensure that the site you are placing the hydroponic has enough sunlight, if not, supply glow lights to provide the required lighting for plant growth. 2. Assembling the Hydroponic System A standard hydroponic system consists of about 6 growing tubes of six inch PVC pipes, a PVC stand and trellis, 50-gallon nutrients tank, a manifold and a pump. The tank should be placed under the table of the growing tubes while the pump is placed inside the tank to ensure the nutrients are supplied to all the plants through the manifold of small tubs and PVC pipes. The growing pipes should have a drain pipe that flows back to the tank; this is to recycle the nutrients not used up by the plants. The small tubes have small holes strategically placed beside each plant; they shoot out nutrients and spray it to the plants roots. 3. Mixing the nutrients and Water You should fill the 50-gallon nutrients tank with water, add 2 cups of nutrients or as recommended in the label. Turn the pump on and then let the system run without disturbance for about 30 minutes; this is to get the nutrients thoroughly mixed. 4. Planting The easiest way of planting in a DIY hydroponic system is by the use of already germinated seedlings. This saves time of growing the seeds in a separate site. You will also get to choose the healthiest seedlings unlike when you germinate them yourself. There are various types of crops you could opt to grow in a hydroponic system including vegetables and commercial crops. For a start, … Read moreDIY Hydroponic Systems – Important Things To Consider

Stealth Hydro Bubbleponics

How To Startup Stealth Hydro Bubbleponics What Experts Say And Advantages Bubbleponics is simply the practice of availing nutrient solution straight into the deep inner root zones. The fact that this nutrient solution should be highly oxygenated is its unique property. There are equipments and supplies for those who want to purchase our products. Stealth bubbleponic hydroponic starter kit is relatively cheap if you want to purchase and easy to use in your home. You need absolutely no training at all. Gone are the days whereby people used to mist only the outer parts of the root structure. With bubbleponics, almost all parts of root structure are easily supplied with nutrients. In other words feeding has been made more effective and efficient. Bubbleponics can also be described as the first non-stop plant feeding system in the world. This is a hybrid design that borrows a lot from two worlds of drip irrigation systems and the bubbler techniques in its design, working principle and functionality. View the video and click the catalog above to Purchase while stocks last. Since the feeding mixture is highly oxygenated, this bubbleponic system turns its drip ability into a continuous feed flow straight to all parts of the root structure including the inner roots. Plants here do not take long breaks for the root bases to drain. They absorb oxygen and nutrients simultaneously. Plants in the bubbleponic systems are able to avail uninterrupted growth energy to all parts of the plant. This has increased the rate of growth and also reduced maturity duration; this advantage is observed during young vegetative stages. This is when the root mass is yet growing and developing rapidly. Cuttings introduced into bubbleponic growth systems experience no observable transplant shock syndrome as they immediately start to grow. As compared to other leading aeroponic systems world all over, the bubbleponics design has clearly proved a four days growing cycle as compared to usually two weeks growing cycle, which means a relative 30% growth rate rise. This research is relevant only during early vegetative stages. At this growth phase plants do increase in mass and size, both gith and height in this respect. When the root mass becomes larger in size, the growth rate advantages of these plants turns out to reduce remarkably. However, the plants in the bubbleponic growth systems evidently maintained their 4 to 5 day lead as compared to the aeroponic growth system plants during the entire growth cycle. In any stage bubbleponic growing systems are ahead of the rest. In a number of subsequent stress tests carried out, plants in the bubbleponics system practically performed at recovery stage from a damaging over-fertilized condition. With almost all the root mass destroyed, bubbleponics demonstrated its ability by reviving 67% of all affected plants. They immediately commenced re-growing new roots and were able to complete their cycle. However, no single plant from the ones grown in aeroponic systems was able to survive after this test. The tests found out that the bubbleponics systems … Read moreStealth Hydro Bubbleponics