ANNEXES
74
our spirulina locally from sustainable farms to ensure quality and minimize environmental
impact.
Production Facility: Our production facility is equipped with several technologies and adheres
to strict quality standards. It includes specialized equipment for bioplastic formulation, mixing,
molding, and quality control. The facility operates under sustainable practices, utilizing energyefficient processes and minimizing waste generation.
Technology and Equipment: Essential equipment for our bioplastic production includes
bioreactors for algae cultivation, extruders for polymer processing, injection molding
machines, and quality control instruments such as spectrophotometers and rheometers. These
technologies enable precise control over material properties and ensure consistency in product
quality.
Skilled Workforce: Our team comprises biotechnologists, polymer chemists, and production
specialists dedicated to bioplastic innovation. With expertise in algae cultivation, polymer
synthesis, and bioplastic processing, we ensure the development and production of high-quality
bioplastics that meet industry standards and customer expectations.
Manufacturing Process: Our bioplastic production process involves several key steps:
Raw Material Sourcing: Procurement of high-quality spirulina from selected suppliers.
Bioplastic Formulation:
• Precise weighing and mixing of ingredients according to our proprietary formula.
• Controlled blending under specified conditions (temperature, humidity) to achieve
desired material properties.
• Regular quality checks throughout the formulation phase to ensure consistency and
performance.
Extrusion and Molding:
• Extrusion of bioplastic compounds through specialized machines to form pellets or
sheets.
• Injection molding or compression molding to shape bioplastic into final products,
such as packaging containers or films.
• Integration of additives for enhancing bioplastic properties, such as flexibility or
UV resistance.
74
our spirulina locally from sustainable farms to ensure quality and minimize environmental
impact.
Production Facility: Our production facility is equipped with several technologies and adheres
to strict quality standards. It includes specialized equipment for bioplastic formulation, mixing,
molding, and quality control. The facility operates under sustainable practices, utilizing energyefficient processes and minimizing waste generation.
Technology and Equipment: Essential equipment for our bioplastic production includes
bioreactors for algae cultivation, extruders for polymer processing, injection molding
machines, and quality control instruments such as spectrophotometers and rheometers. These
technologies enable precise control over material properties and ensure consistency in product
quality.
Skilled Workforce: Our team comprises biotechnologists, polymer chemists, and production
specialists dedicated to bioplastic innovation. With expertise in algae cultivation, polymer
synthesis, and bioplastic processing, we ensure the development and production of high-quality
bioplastics that meet industry standards and customer expectations.
Manufacturing Process: Our bioplastic production process involves several key steps:
Raw Material Sourcing: Procurement of high-quality spirulina from selected suppliers.
Bioplastic Formulation:
• Precise weighing and mixing of ingredients according to our proprietary formula.
• Controlled blending under specified conditions (temperature, humidity) to achieve
desired material properties.
• Regular quality checks throughout the formulation phase to ensure consistency and
performance.
Extrusion and Molding:
• Extrusion of bioplastic compounds through specialized machines to form pellets or
sheets.
• Injection molding or compression molding to shape bioplastic into final products,
such as packaging containers or films.
• Integration of additives for enhancing bioplastic properties, such as flexibility or
UV resistance.