These are our professionalism:
- The sizing of the reservoirs supply and their sanitation or desalination.
- Choosing the best system, in your case, to be taken to withdraw and push the water.
- The choice of the diameters and the type of pipes (material) to be used in order to ensure water flows to 'interior of your distribution network, whether primary or secondary, together with the customer, of which element do our ally in the sizing of the same . (Flow or pressure or speed)
- The choice of the filtration to be used for the uses required by us in reference to / and our / source and / or to the degree of safety and / or automation we desire.
- The dimensioning of the injection line than necessary or wanted in relation to the accuracy, security and automation desired.
- The choice of how to distribute the water respecting:
1. the needs of the soil (field capacity);
2. of the plants concerned (below or above the foliage or leaves);
3. affected surfaces (large areas) then use large flow to irrigate large portions in turn;
4. the mix of some of these needs.
- How to automate and security systems to adopt, if necessary, based on the specific needs of the tenant or the owner of the investment fund.
- After testing and use of the facilities met the diligent response to all requests for after sales service;
- Warehouse stocked to give at any time answers to the most varied demands.
In agriculture, a tunnel is a security used to create protected crops.
The tunnels are protections of transparent plastic material that have the purpose of providing shelter crops in periods of the year is not favorable from the viewpoint of weather to the development of certain vegetable species, allowing the cultivation for a longer period.
The greenhouses are an environment built specifically for growing flowers and plants with the same characteristics of their natural habitat.
The materials of the greenhouses.
The variety of materials and forms is justified by the functions of the greenhouse itself.
The properties of the greenhouses are due to the fact that solar radiation permeate through the transparent covering of the greenhouse that, instead, holds the radiation emitted from the soil and plants; this effect (called precisely greenhouse) increases the temperature inside the greenhouse itself.
In modern agriculture, the basis of any irrigation project there are three factors are really important to make the right amountofwater and nutrients to crops:
1. The pumping station;
2. The filtering station;
3. The fertigation station.
These three components are closely interconnected with each other and must be chosen proportionally according to the type and location of the land, the land and the crops that we're going to treat.
THE PUMPING STATION
The pump is essential in order to guarantee the right amount of water and the pressure to the irrigation, moving from a reserve of water (which may be open or closed) until the place where you want to use it.
Normally the pumping station is located in a closed environment between a suction pipe and one outlet.
THE FILTERING STATION
An accurate and adequate filtration is essential for the proper functioning of an irrigation system. This implies that the selection of filters and the positioning of the pumping system are accurate and are made according to certain variables which change from case to case.
FERTI- IRRIGATION STATION
The term means a fertigation technique that allows the distribution of fertilizers along with water irrigation.
The distribution of the fertilizer in water improves the absorption of nutrients by plants and at the same time it makes more efficient use of water. At the same time it creates a synergistic effect between water and fertilizer, improving the absorption due to water and making efficient consumption.
OUR ADDED VALUE
The right technical contribution of our company is able to unite and intertwine with the constant desire to customize our services according to the needs of the individual customer.
As experienced all our projects has proved one of a kind; efficient, productive, flexible and effective as well as being technically also accessible to the customer in respect of the necessary manpower to which all these interconnected systems require a medium to long term.
SPRINKLING
The method of sprinkler irrigation includes all those systems in which water is distributed by air, over or under canopy.
It is a system with a good water efficiency, lower or higher depending on the denistà planting of irrigated area. Compared to other methods of irrigation, the sprinkler does not require special accommodations, requires a low demand for labor and installation costs are relatively low. It also has a good irrigation efficiency as it does not causes losses through runoff and deep percolation.
DRIP IRRIGATION
The method of drip irrigation is today the most used method in fruit growing, in horticulture, in greenhouses and nurseries for which it is essential water saving, saving labor and costs for the accommodation of the soil, the possibility of interventions of fertigation.
It's characterized by a high efficiency irrigation systems and includes the most commonly used where it is necessary to save water.In contrast the system requires, in the case of dispensers having very limited dimensions of filtering systems more or less pushed and variables from the most common mesh filters and disc (ideal for water from the well), to the more sophisticated sand filters (ideal for water from lake or open channel).