Organic Waste streams often have a higher physiological nutrient content.
The bound form, which is already melting and dissolves in varying degrees, e.g. Due to anaerobic digestion for wastewater treatment or biogas preparation. Environmental concerns related to artificial fertilization and waste production.
Management, it is of interest to develop an efficient food production system, in which. The benefits of hydroponic agriculture are combined with large organic waste.
Resources are available, not in urban areas with low population density and shortages. Research is needed to fully assess the feasibility of use
Several streams of organic waste, such as the anaerobic flow of biogas production and Water purification from aquaculture for efficient food production in hydraulic systems.
The most extensive research in this area is the use of wastewater for aquaculture systems, In integrated recycling system for the simultaneous production of fish and horticulture.
Crops (aquaponics). Therefore, research in aquaponic production and shared experience. The systems are useful to compare with other existing and hypothetical possibilities Hydroponic system with organic fertilizer.
Organic Hydroponics:
The relation Between these two elements (“organic hydroponic”) was patented in 2004 by William Texier of General Hydroponics Europe. The taxpayer spent years researching and testing the development of biodiversity, an effective food supplement for plants that can be used in hydroponics and that is credible to organic people. Of course, plants are not the only ingredient necessary to feed the plants. In fact, a healthy, well-oxygenated and microbe-rich ecosystem is also needed to activate all the necessary biological processes.
Benefits of Bioponics:
Bioponics is clearly one of the most sustainable forms of agricultural production, since it is clear that its use produces many environmental benefits, and its products have similar (or even better) benefits. There are flavors, quality and nutritional prices that are best grown with organic soil.
Benefits provided by Bioponics
- Organic products: no use of chemical fertilizers.
- Poor production: underutilization and wages associated with land production.
- Water efficiency: uses a closed-loop system and requires less water than conventional or hydroponic production.
High levels of nutrients and minerals: maximum health and performance are essential for the human body
Waste Low waste: the process recycles nutrients in liquid fertilizers
Microbial Ro: acts as a barrier against pathogens.
Affordable: Bioponics requires labor, water and “proportional products” costs compared to hydroponics.
Integrated food production techniques:
Bioponics can also be integrated with other existing eating and drinking techniques. It can be used to make aquaponics more sustainable, allowing the system to feed its fish to increase dependence on food-generating sources.
Bioponics offers a great example of how it is possible to combine existing technologies with biological processes to provide a sustainable solution to global challenges, such as water and land scarcity or waste, and so on. well as produce healthy organic Food.
Producers must keep in mind these two agricultural bases: sustainability and organic products, as they can provide significant added value to their production. In fact, there is a growing number of people who understand the importance of these two aspects of food production and are willing to pay a premium for it. The success of organic foods and the development of new sustainable techniques in recent years confirm this trend.
Finally, Bioponics offers a great alternative for producers, especially small producers, to step into this niche market. At the same time, it’s a good way for people to reduce their environmental footprint and make a conscious decision to eat healthy.