PlantSea Pack - Second Phase

PlantSea- pack是PlantSea为自我护理产品开发的创新包装解决方案。包装由一次性使用和/或重复使用的水溶性胶囊组成，能够容纳个人护理产品，如洗发水，护发素，香脂，油和面霜。这些豆荚是由PlantSea独特的海藻衍生薄膜技术制成的。采用PlantSea豆荚将通过采用可重复使用的终身瓶子的概念，促进个人护理用品（洗发水、护发素、洗涤剂）和其他液体（清洁液体）的使用，促进包装的再利用，并支持实现《塑料公约》的目标。基于plantsea - pack的再填充胶囊将在瓶中溶解。大规模交付的PlantSea-Pack将实现《塑料公约》的多个目标，因为它将：a)提供一种新的无塑料废物产品设计，并研究相关商业模式的可行性和可扩展性，以交付化妆品并促进家庭续装。这将使数百万不可回收的塑料部件得以消除，例如，通常在瓶子中发现的喷雾泵和瓶盖。b)通过消除复杂的包装形式，有助于减轻回收基础设施的压力。c)提高对减少塑料使用和再利用的可能方法的认识，并提供教育材料，以实现消费者行为的预期变化。d)使用完整的生命周期和整体系统的观点，建立一个稳健的模型，以评估可持续性和防止塑料替代不太可持续的材料。

PlantSea-Pack is an innovative packaging solution developed by PlantSea for self-care products. The packaging consists of a water-soluble pod for single-use and/or refill-use capable to hold personal care products such as shampoos, conditioners, balms, oils and creams. These pods are made of the unique PlantSea's seaweed-derived film technology.The adoption of PlantSea pods will foster packaging re-use, by adopting the concept of a re-usable bottle-for-life and promoting the usage of refills of personal care goods (shampoo, conditioner, detergents) and other fluids (cleaning liquids), and support the delivery of Plastic Pact targets. PlantSea-Pack-based refill-pod will dissolve in the bottle for life.PlantSea-Pack delivered at scale will deliver multiple objectives of the Plastic Pact, as it will:a) Provide a new non-plastic waste-free product design and investigate the feasibility and scalability of an associated business model to deliver cosmetic products and promote refill at home. This will enable the elimination of millions of non-recyclable plastic parts, for example, the spray pumps and caps, commonly found in bottles.b) Contribute to reducing the strain on recycling infrastructures, by eliminating complex packaging formats.c) Raise awareness and provide educational materials on possible approaches for plastic use reduction and reuse to achieve desired changes in consumer behaviour.d) Build a robust model for assessing sustainability and preventing the substitution of plastics for less sustainable materials, using a complete life cycle and overall systems perspective.