What is Plantilizer?
We make biofertilizers by synergistically combining the key properties of biochar with plant growth promoting, nutrient fixing and solubilizing microorganisms to promote plant health and productivity.
What is Plantilizer.
We make biofertilizers by synergistically combining the key properties of biochar with plant growth promoting, nutrient fixing and solubilizing microorganisms to promote plant health and productivity.
What is Plantilizer.
We make biofertilizers by synergistically combining the key properties of biochar with plant growth promoting, nutrient fixing and solubilizing microorganisms to promote plant health and productivity.
Why Biochar?
Carbon sequestration
Pyrolysis can perform long-term sequestration of carbon dioxide from the atmosphere which in turn offers the possibility to actively counteract climate change.
Water retention
Biochar has a large surface area and small pores on its surface, resulting in higher water retention. When mixed with soil the water holding capacity of the substrate is significantly increased and a decrease of leaching of nitrate and other minerals is observed.
Shelter for microorganisms
Biochar offers a protected environment for microbial development by protecting bacterial cells from stress such as desiccation.
Why Biochar?
Carbon sequestration
Pyrolysis can perform long-term sequestration of carbon dioxide from the atmosphere which in turn offers the possibility to actively counteract climate change.
Water retention
Biochar has a large surface area and small pores on its surface, resulting in higher water retention. When mixed with soil the water holding capacity of the substrate is significantly increased and a decrease of leaching of nitrate and other minerals is observed.
Shelter for microorganisms
Biochar offers a protected environment for microbial development by protecting bacterial cells from stress such as desiccation.
Why Biochar?
Carbon sequestration
Pyrolysis can perform long-term sequestration of carbon dioxide from the atmosphere which in turn offers the possibility to actively counteract climate change.
Water retention
Biochar has a large surface area and small pores on its surface, resulting in higher water retention. When mixed with soil the water holding capacity of the substrate is significantly increased and a decrease of leaching of nitrate and other minerals is observed.
Shelter for microorganisms
Biochar offers a protected environment for microbial development by protecting bacterial cells from stress such as desiccation.
Why Micro-organisms?
Beneficial
Plant growth promoting microorganisms (PGPR) increase plant absorption of nutrients by mutualistic and symbiotic relationships. This leads to improved root development.
Nitrogen Fixation
Sufficient nitrogen supply is essential for good plant growth. Our combination of specific microorganisms fix nitrogen and make it available for plants in absorbable forms.
Nutrient availability
Specific microorganisms solubilize or break down nutrients from soil and biochar and make them available to plants. They also have positive effects on plant enzymatic activity, resulting in the increase of plant hormones and growth.
Why Micro-organisms?
Beneficial
Plant growth promoting microorganisms (PGPR) increase plant absorption of nutrients by mutualistic and symbiotic relationships. This leads to improved root development.
Nitrogen Fixation
Sufficient nitrogen supply is essential for good plant growth. Our combination of specific microorganisms fix nitrogen and make it available for plants in absorbable forms.
Nutrient availability
Specific microorganisms solubilize or break down nutrients from soil and biochar and make them available to plants. They also have positive effects on plant enzymatic activity, resulting in the increase of plant hormones and growth.
Why Micro-organisms?
Beneficial
Plant growth promoting microorganisms (PGPR) increase plant absorption of nutrients by mutualistic and symbiotic relationships. This leads to improved root development.
Nitrogen Fixation
Sufficient nitrogen supply is essential for good plant growth. Our combination of specific microorganisms fix nitrogen and make it available for plants in absorbable forms.
Nutrient availability
Specific microorganisms solubilize or break down nutrients from soil and biochar and make them available to plants. They also have positive effects on plant enzymatic activity, resulting in the increase of plant hormones and growth.
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