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III. Key proposition
1) Extraction of High-Quality Chitin and Chitosan:
• High-quality chitin and chitosan are sought after by various industries, including
pharmaceuticals, cosmetics, agriculture, and wastewater treatment, due to their unique
properties and wide-ranging applications.
2) Sustainable Business Model:
• By sourcing waste shells from seafood processing companies, fishermen, or aquaculture
farms, we contribute to waste reduction and promote sustainable waste management
practices.
3) Diverse Range of Chitin and Chitosan-Based Products:
• My project offers a diverse range of chitin and chitosan-based products, catering to the
needs of various industries.
• In the pharmaceutical industry, chitosan finds applications in drug delivery systems,
wound healing products, and tissue engineering, offering improved bioavailability,
controlled release, and biocompatibility.
• The cosmetic industry can benefit from chitosan's properties such as moisturization,
anti-aging effects, and film-forming capabilities, enabling the production of highquality creams, gels, and other cosmetic formulations.
• Chitosan also has applications in agriculture, where it can be used for crop protection,
soil improvement, and as a bio-stimulant, promoting sustainable and environmentally
friendly farming practices.
4) Customized Solutions:
• My project offers customized solutions to meet the specific needs of customers in
different industries.
5) High Potential Benefits of Chitosan at a Suitable Price:
• Chitosan offers a wide range of potential benefits in various industries, including
pharmaceuticals, cosmetics, agriculture, and wastewater treatment.
• The project aims to provide chitosan at a competitive and suitable price point, making
it accessible to a broader customer base.
6) Local Production and Availability:
• By establishing local production of chitin and chitosan, my project ensures a reliable
and consistent supply of these biomolecules.
• Local production reduces dependence on imported chitin and chitosan, minimizing
supply chain risks and ensuring availability even during fluctuations in global markets.
7) Introduction of New Marine Biomolecules:
• The project introduces chitin and chitosan, derived from shrimp and crab waste shells,
as novel marine biomolecules in the market.
• This novelty can attract attention and interest from industries seeking innovative and
sustainable solutions, creating a competitive advantage for my project.
III. Key proposition
1) Extraction of High-Quality Chitin and Chitosan:
• High-quality chitin and chitosan are sought after by various industries, including
pharmaceuticals, cosmetics, agriculture, and wastewater treatment, due to their unique
properties and wide-ranging applications.
2) Sustainable Business Model:
• By sourcing waste shells from seafood processing companies, fishermen, or aquaculture
farms, we contribute to waste reduction and promote sustainable waste management
practices.
3) Diverse Range of Chitin and Chitosan-Based Products:
• My project offers a diverse range of chitin and chitosan-based products, catering to the
needs of various industries.
• In the pharmaceutical industry, chitosan finds applications in drug delivery systems,
wound healing products, and tissue engineering, offering improved bioavailability,
controlled release, and biocompatibility.
• The cosmetic industry can benefit from chitosan's properties such as moisturization,
anti-aging effects, and film-forming capabilities, enabling the production of highquality creams, gels, and other cosmetic formulations.
• Chitosan also has applications in agriculture, where it can be used for crop protection,
soil improvement, and as a bio-stimulant, promoting sustainable and environmentally
friendly farming practices.
4) Customized Solutions:
• My project offers customized solutions to meet the specific needs of customers in
different industries.
5) High Potential Benefits of Chitosan at a Suitable Price:
• Chitosan offers a wide range of potential benefits in various industries, including
pharmaceuticals, cosmetics, agriculture, and wastewater treatment.
• The project aims to provide chitosan at a competitive and suitable price point, making
it accessible to a broader customer base.
6) Local Production and Availability:
• By establishing local production of chitin and chitosan, my project ensures a reliable
and consistent supply of these biomolecules.
• Local production reduces dependence on imported chitin and chitosan, minimizing
supply chain risks and ensuring availability even during fluctuations in global markets.
7) Introduction of New Marine Biomolecules:
• The project introduces chitin and chitosan, derived from shrimp and crab waste shells,
as novel marine biomolecules in the market.
• This novelty can attract attention and interest from industries seeking innovative and
sustainable solutions, creating a competitive advantage for my project.