Our team will be busy on our plantations. Orders placed after 20th June will be dispatched on July 8th. Please EMAIL if urgent.


Sustainability Through Eco-Friendly Packaging

As the global awareness of environmental issues grows, consumers are becoming increasingly conscious of the impact their choices have on the planet. This shift in consumer behaviour has led to a growing demand for sustainable packaging solutions across various industries. The tea industry is no exception, and we have embraced eco-friendly practices by utilising sustainable packaging.

Picker's Pocket incorporates FSC-certified materials, soy-based ink, and cellulose pouches to house our tea. We are committed to our environmental responsibility.

The Importance of Sustainable Packaging

Sustainable packaging aims to minimize the ecological footprint of a product throughout its life cycle, from production to disposal. With the tea industry being a significant contributor to packaging waste, we are taking meaningful steps to address this issue.

  1. FSC-Certified Materials

The Forest Stewardship Council (FSC) is a non-profit organization that sets standards for responsible forest management. FSC-certified materials ensure that the sourcing of wood and paper products comes from responsibly managed forests. By using FSC-certified packaging materials, Picker's Pocket demonstrates its commitment to protecting forests and biodiversity, supporting local communities, and preserving essential ecosystems.

The FSC certification also ensures that Picker's Pocket's packaging meets stringent environmental, social, and economic criteria. This includes avoiding illegal logging, promoting responsible harvesting practices, and safeguarding the rights of workers and indigenous communities involved in the production process.

  1. Soy-Based Ink

Traditional printing inks often contain petroleum-based ingredients, which can be harmful to the environment. In contrast, soy-based ink is derived from soybeans, making it a renewable and environmentally friendly alternative. By opting for soy-based ink, Picker's Pocket reduces its carbon footprint and minimizes air pollution since soy ink produces significantly lower levels of volatile organic compounds (VOCs) compared to conventional inks.

Furthermore, soy-based ink is easier to remove during the recycling process, leading to cleaner and more efficient recycling streams. This choice of ink aligns with Picker's Pocket's sustainability objectives and exemplifies their dedication to eco-conscious practices.

  1. Cellulose Pouches

Tea packaging often involves the use of plastic pouches that contribute to the global plastic waste crisis. To combat this issue, Picker's Pocket utilizes cellulose pouches as a biodegradable and compostable packaging solution. Cellulose is derived from renewable plant sources like wood pulp and agricultural residues, making it an eco-friendly alternative to conventional plastic.

By adopting cellulose pouches, Picker's Pocket ensures that our tea packaging breaks down naturally, leaving behind no harmful micro-plastics or toxins. This forward-thinking approach not only aligns with their eco-conscious vision but also appeals to environmentally conscious consumers seeking products that are gentle on the planet.

Picker's Pocket's commitment to sustainable packaging sets an inspiring example for other tea brands and businesses across various industries. By opting for FSC-certified materials, soy-based ink, and cellulose pouches, we hope to demonstrate a way to think ahead and to preserving natural resources, reducing waste, and minimise our environmental impact.

In a world where consumers are increasingly seeking eco-friendly alternatives, Picker's Pocket's embrace of sustainable packaging not only resonates with environmentally conscious customers but also contributes to a brighter and greener future for the tea industry as a whole. We hope to see more companies follow suit and adopt sustainable practices, and we all move one step closer to a more sustainable and harmonious coexistence with our planet.