Agritech
The first essential engine for the very existence of man and all living species is their nutrition. The main sources of modern human nutrition are agriculture and livestock farming, in addition to fishing.
Fertigation
Cultivation of microalgae and cyanobacteria
Energy production from agricultural residues
AGRITECH services are available for all types of companies and applications in the agricultural sector:
ARABLE LAND
OLIVE GROVES
VITICULTURE
VEGETABLES
WOODY CROPS
FORAGE
INDUSTRIAL CROPS
FARMING (cattle, pigs, sheep, poultry)
Fertigation
Fertigation n.f. [comp. of fert(ile) and irrigation]. – In agricultural practice, fertilizing irrigation done with water in which natural organic fertilizers or chemical fertilizers are dissolved in appropriate concentration. [Treccani vocabulary] [vocabolario Treccani]
- Fertigation systems with integrated photobioreactors that produce biofertilizer or bio stimulant from the direct cultivation of microalgae or cyanobacteria.
- Irrigation systems complete with all the components needed to convey irrigation water, coming from artesian wells or other sources, to the crops or plantations for which they are intended.
- Field sensors, control valves, fertilizer product dosers, weather detection station and in general all the accessories necessary for their operation.
- INDUSTRY 5.0 applications to manage and monitor all irrigation activities.
- Installation in standard 6 or 12 meter containers of fertigation systems, designed with a modular criterion for installation in limited spaces, quickly and without excessive bureaucracy.
Cultivation of Microalgae and Cyanobacteria
For some years, algae have been the object of attention for their advantageous application in fertilizers, nutraceuticals, cosmetics and pharmaceuticals.
- Photobioreactors for the cultivation and commercial production of microalgae and cyanobacteria with particularly efficient growth yields.
- Set up in standard 6 or 12 meter containers of photobioreactors, designed with a modular criterion to start commercial production in very limited spaces, quickly and without excessive bureaucracy.
- Systems with different levels of automated management of the phases and parameters of growth on an industrial scale.
- Optimization of nutrient distribution points and CO2 administration, regulation of the lighting cycle, cleaning of process pipes between cycles, etc.
- Diversification of production lines in the same device or groups of devices, thus optimizing production times and mitigating any production losses in the event of critical issues with one or the other crop.
Energy Production
For many years the agricultural world has been familiar with so-called biogas cogeneration plants. This technology is now being surpassed by a new category of hybrid plants that are more efficient and sustainable.
- Hybrid systems that allow the use of even minimal quantities of agricultural waste and the purification and recovery of wastewater containing sewage, using the residual solid part for the generation of energy and heat.
- Operational flexibility of cogeneration plants that allows energy to be produced in the most convenient times and quantities, both for self-consumption and for export.
- Set up in standard 6 or 12 meter containers of photobioreactors, designed with a modular criterion to start up in very limited spaces, quickly and without excessive bureaucracy, a production of a few kWh or more.
- Non-invasive installation and no need to build and manage sewage collection tanks.
- No minimum critical mass of liquid or solid biomass to function nor time and method constraints related to fermentation and biogas generation.
