OPHS
OPHS
OPHS
NEW PROJECT 2026 S-NFI ERA
NEW PROJECT 2026 S-NFI ERA
Dehidrtator 2.0
Dehydrator 2.0
Advanced thermal processing unit designed to reduce organic waste weight by up to 80%. Optimizes logistics by eliminating moisture and stabilizing the product for immediate valorization.
Advanced thermal processing unit designed to reduce organic waste weight by up to 80%. Optimizes logistics by eliminating moisture and stabilizing the product for immediate valorization.
Grinder v4
High-torque industrial crushing system. Ensures uniform particle size reduction for diverse organic inputs, preparing the substrate for high-efficiency energy transformation.
High-torque industrial crushing system. Ensures uniform particle size reduction for diverse organic inputs, preparing the substrate for high-efficiency energy transformation.
Pelletization v1
Final densification module that converts processed waste into high-caloric value pellets. Creates a standardized, easy-to-transport, and CO2-neutral solid biofuel.
Final densification module that converts processed waste into high-caloric value pellets. Creates a standardized, easy-to-transport, and CO2-neutral solid biofuel.
Biohybridization integrates biological processes and technological systems to transform organic waste into high-value energy resources. Through telemetry control and extreme humidity reduction, energy density and flow stability are increased. This approach transforms an environmental liability into an operational infrastructure capable of continuously producing useful energy.
Biohybridization integrates biological processes and technological systems to transform organic waste into high-value energy resources. Through telemetry control and extreme humidity reduction, energy density and flow stability are increased. This approach transforms an environmental liability into an operational infrastructure capable of continuously producing useful energy.
— TECHNOLOGY —
— SOFTWARE—
— SOFTWARE—
SMART FARMING
NAVARRA / GLOBAL
NAVARRA / GLOBAL
NAVARRA / GLOBAL
2026
2026
2026
We optimize growing cycles using IoT sensors and real-time data analysis. This allows us to reduce water consumption and ensure that each product is harvested at its peak of ripeness.
We optimize growing cycles using IoT sensors and real-time data analysis. This allows us to reduce water consumption and ensure that each product is harvested at its peak of ripeness.
TRAZABILIDAD TOTAL
We implement advanced tracking systems so that customers can follow their product’s journey from seed to table. Food safety is guaranteed through transparent digital processes.
We implement advanced tracking systems so that customers can follow their product’s journey from seed to table. Food safety is guaranteed through transparent digital processes.
We develop controlled atmospheres and smart biodegradable packaging that extend the shelf life of fresh foods without the need for harsh chemical preservatives.
We develop controlled atmospheres and smart biodegradable packaging that extend the shelf life of fresh foods without the need for harsh chemical preservatives.
— PHYSICAL PROCESSING—
— PHYSICAL PROCESSING—
Biohybridization integrates biological processes and technological systems to transform organic waste into high-value energy resources. Through telemetric control and extreme moisture reduction, energy density and flow stability are increased.
Biohybridization integrates biological processes and technological systems to transform organic waste into high-value energy resources. Through telemetric control and extreme moisture reduction, energy density and flow stability are increased.
This approach transforms an environmental liability into an operational infrastructure capable of continuously producing useful energy. We optimize the supply chain by achieving a negative carbon footprint and thermal efficiency that surpasses that of traditional waste management methods.
This approach transforms an environmental liability into an operational infrastructure capable of continuously producing useful energy. We optimize the supply chain by achieving a negative carbon footprint and thermal efficiency that surpasses that of traditional waste management methods.
Home
Systems
Technolgy
Valorization
Sustainbility
Corporation
Comuniqués
Acces
