Energetic and nutritive support of a beneficial and diversified microbial life, which stimulates the entire substrate/soil ecosystem, promoting humification and mineralization, also defending plants from some diseases caused by microorganisms.
Humic and fulvic acids have a very high specific surface, giving them an extraordinary reactivity, so these polymers are the basis of most reactions that occur at the soil solid-liquid interface, directly or indirectly activating growth and the resistance of plants
They are basic elements for plant nutrition, required in small amounts.
Aumenta a consistência e a dureza dos tecidos das plantas e a sua resistência a geadas e seca. Melhora o tamanho, cor, sabor e conservação das hortaliças / frutos / flores, estimulando também a floração, etc…
Promotes plant robustness in rooting and disease resistance.
It aims to stimulate the vegetative development of your plants, promoting good root, branch and leaf formation. Nitrogen is essential in the first stages of plant development and also during their growth.
They are the basic elements for plant nutrition, needed in large quantities.
Mineral elements essential to plant nutrition, without which they were unable to complete their life cycle.
Biomass is "the biodegradable part of products and leftovers from the forest (essentially forestry), as well as from adjacent industries, agriculture (vegetables), gardening, among others," in accordance with Directive 2001/77/EC, of September 27, 2001.
Note that there are several types of biomass, with which we have no connection. Examples are waste from agriculture, animal waste, urban waste and industrial waste.
Biomass is used in energy production from processes such as the combustion of organic material produced and accumulated in an ecosystem, but not all primary production starts to increase the ecosystem's plant biomass. Part of this accumulated energy is used by the ecosystem for its own maintenance. Its advantages are its low cost, it is renewable, it allows the reuse of waste and it is less polluting than other forms of energy such as that obtained from fossil fuels.
The burning of biomass causes the release of carbon dioxide into the atmosphere, but as this compound had been previously absorbed by the plants that gave rise to the fuel, the balance of CO2 emissions is nil.