Quality, not quantity
We have made quality our habit. It’s not something that we just strive for – we live by this principle every day.
Ozone
The use of ozone in agriculture improves the quality and yield of crops. Ozone is a gas composed of three oxygen atoms that is used as a natural disinfectant and powerful oxidant. In agriculture, it is used to eliminate bacteria, viruses and fungi present in the soil, and irrigation water, which helps prevent diseases and pests that affect plants. Additionally, ozone also stimulates plant growth and production by increasing nutrient uptake and enhancing photosynthesis. Thanks to this, farmers can grow healthier and higher quality crops in a more sustainable and environmentally friendly way and higher yields.
Innovations
Water treatment
In Agriculture, water treatment is essential, which includes filtration, purification and disinfection. With this water, various mixtures of agrochemicals and fertilizers are prepared for irrigation, be it by spraying or dripping, in the field or in the greenhouse.
Filtration
The filtration system is one of the key elements in all water treatment, it is the first step where the particles that could clog the irrigation system are going to be filtered. The experience, laboratory analysis and the quality of the water will make us decide about the system to use, Ring, meshes, Hydrocyclone. Likewise, the filter medium to eliminate any particular element, if that were the case.
Filter Media
Filter media are essential components in water filtration systems used in agriculture. These means are responsible for retaining the particles and sediments present in the water, guaranteeing its quality and purity. Among the most common types of filter media are activated carbon, sand, and gravel. Activated carbon is especially effective in removing chemicals and organic contaminants. Sand and gravel, for their part, act as mechanical filters capable of retaining larger particles. These means play a fundamental role in the protection of irrigation systems and in the prevention of obstructions in pipes and irrigation equipment. Thanks to filter media, farmers can ensure that the water used on their crops is free of impurities, which contributes to obtaining quality crops and maintaining plant health. There are also special media that can regulate PH and control certain heavy metals or sulfides.
Reverse Osmosis
Reverse osmosis is widely used in various applications such as drinking water purification, deionized water production for industrial applications, and water quality improvement in wastewater treatment systems. It is an effective and versatile method of obtaining high-quality water and removing a wide range of contaminants.
What is solar energy
Solar Energy
Greenhouse automation not only improves crop efficiency and quality, it can also reduce operating costs and minimize environmental impact by using resources more efficiently. Adopting these technologies can help farmers meet the challenges of climate change and resource scarcity.
Solar systems can power pumps for water desalination or crop irrigation. This is particularly useful in areas where access to water is limited or in arid regions, it also helps us in greenhouses to generate thermal energy that provides us with heat in cold weather.
Automation
Greenhouse automation is an increasingly common practice in modern agriculture, providing a number of benefits including operational efficiency, resource optimization and improved yields. Here are some key aspects of greenhouse automation:
Greenhouse automation not only improves crop efficiency and quality, it can also reduce operating costs and minimize environmental impact by using resources more efficiently. Adopting these technologies can help farmers meet the challenges of climate change and resource scarcity.
In automation you can do:
Climate control system
Automatic watering
Automated lighting
Ventilation and heating system
Remote Monitoring
Integrated control system
Plastic for Greenhouses
Our greenhouse plastic with first-class anti-drip anti-mist technology, with the UV filtration and light range that is needed, is formulated according to the needs of our customers
We provide advice, design, supply and installation of greenhouse structures, calculated according to your needs in rain, wind and cultivation conditions. Whether it's a shade house or a high-tech greenhouse, our designs will be tailored to your project and budget, as we work together with the grower to adapt the technology to their environment, without affecting the environment or available natural resources
Plastic Mulch
Some of the features and benefits included in our product
1. Weed Control: Prevents weed growth by blocking the sunlight that plants need to grow. This reduces weed competition for soil nutrients and water, which can increase crop efficiency.
2. Moisture Conservation: By covering the soil, water evaporation is reduced, which helps conserve soil moisture and reduces the need for frequent watering. This is especially beneficial in regions with dry climates or during periods of drought.
3. Soil Temperature Control: It can help us increase the temperature of the soil by absorbing and retaining the sun's heat. This is beneficial for speeding up crop growth and improving yields, especially in colder climates or during the early stages of plant growth.
4. Disease Reduction: By keeping the soil drier and cleaner, it can help reduce the spread of plant diseases caused by fungi and soil pathogens.
5. Improved Crop Quality: By providing a more controlled and protected growing environment, you can improve crop quality by reducing direct contact with the soil and protecting them from soil splashes, bump damage, and moisture stains.
drying and dehydration
Relative humidity is difficult to maintain in environments where there are significant humidity and temperature fluctuations. These variations can lead to a substantial loss of product in every sense, especially in foods that are very prone to morphological changes in their structure in the process of drying and preserving seeds, coffee beans, cocoa beans, even the imposing onions.
Microwave drying process using microwave tunnel dryer
Microwave drying uses electromagnetic radiation to rapidly heat and dehydrate food, resulting in the removal of moisture. When it comes to fruits and vegetables, our latest microwave dryer technology offers unmatched efficiency and precision. The machine consists of a tunnel-shaped structure where produce is carefully placed on trays, ensuring even exposure to microwave energy.
Microwaves penetrate the fruits and vegetables, causing the water molecules inside to vibrate and generate heat. As a result, moisture evaporates, leaving behind dried and preserved fruits and vegetables. The process is significantly faster compared to traditional drying methods, reducing overall processing time while maintaining nutritional integrity.
