Eliminates the need for traditional paper by allowing digital scanning and wet-erase reuse.

Transforming post-consumer plastic waste into high-quality, refillable writing instruments.

Provides a durable, non-toxic alternative to thousands of single-use plastic zip bags.

Creates a circular pathway for hard-to-recycle items like markers, binders, and tape.

Pencils that grow into herbs or flowers once they become too short to use.

A plastic-free, indestructible food container system that lasts for a student's entire career.

Designed for longevity and backed by a robust second-hand trade-in and repair program.

Combats e-waste by allowing students to easily repair and upgrade individual components.

Utilizes pre-consumer waste to create durable, machine-washable school totes.

Reduces disposable pen waste through long-term refill cartridge or converter use.

The world’s first barista-standard reusable cup designed to replace single-use paper cups.

Replaces plastic-coated binders with a fully recyclable, lifetime-guaranteed metal alternative.

A compostable, natural alternative to plastic cling wrap for sandwiches.

Keeps school snacks fresh while being 100% biodegradable at end of life.

A design icon built to last decades, preventing thousands of plastic disposables.

Spin-dyed to reduce water and chemical use while repurposing plastic waste into a classic bag.

A professional-grade tool that only requires lead refills, saving thousands of wooden casings.

Turns discarded plastic bottles into durable, thermal school lunch storage.

Promotes a refill-first culture through an ergonomic, long-lasting pen body.

Utilizes bio-based materials and recycled content to lower industrial plastic demand.

Combines durable steel with naturally antimicrobial bamboo for a zero-waste lunch.

Each bottle purchase funds the collection of 1,000 ocean-bound plastic bottles.

Fibers grown with significantly less water and lower carbon footprint than synthetic knits.

Utilizes compostable materials and innovative bio-based insulation to avoid fossil fuel synthetics.

Ensures that the most common tech accessory leaves no microplastics behind at end of life.

Keeps high-quality warming materials in use and out of landfills.

Reduces the carbon intensity of dorm bedding through botanic fibers and efficient manufacturing.

Reduces the carbon footprint of daily meals by eliminating single-use takeout plastics.

A naturally renewable and biodegradable fiber that requires less frequent washing, saving energy.

Drives awareness while using low-impact recycled synthetics that save significant CO2.

Bamboo grows rapidly without pesticides and sequesters more carbon than many tree species.

High-performance gear that diverts plastic from landfills and can be recycled via their 'Re-Girlfriend' program.

Uses ethically sourced rubber and low-carbon tanning processes to reduce footwear footprint.

Upcycles coffee grounds into fabric to neutralize odors naturally, reducing wash cycles.

Off-sets the carbon footprint of production by planting 10 trees for every item sold.

Avoids polyurethane foams that release VOCs and are derived from fossil fuels.

Directly cleans up marine environments by turning recovered reef-killing plastics into durable gear.

Extremely long lifespan prevents countless plastic bottles from ever entering the waterway.

A portable solution to stop the 500 million plastic straws used daily that often end up in oceans.

Large-scale manufacturing using plastic waste intercepted from remote islands and shorelines.

The company removes one pound of trash from oceans and waterways for every product sold.

Made from discarded fishing nets and carpet scraps, regenerating waste into premium textiles.

Specifically targets "ocean-bound" plastic in river mouths to prevent it from reaching the sea.

Durability prevents the mechanical breakdown of lower-quality bottles into microplastics.

Eliminates the need for plastic forks and spoons which are a top 10 ocean polluter.

Transfers land-based plastic waste into reusable apparel before it reaches coastal areas.

Repurposes the most harmful form of ocean plastic—ghost nets—into functional campus transport.

Promotes a shift away from single-use beverage culture with high-aesthetic reusable options.

Saves trees and habitats by using purely recycled content and soy-based inks.

Ensures pencils come from forests managed to protect biodiversity and indigenous rights.

Eliminates toxic pesticides and synthetic fertilizers from the land where raw materials are grown.

A plant-based, circular alternative to animal leather that grows in a lab without land clearing.

A forest-friendly alternative to plastic bags that returns to the soil after use.

Uses fast-growing, renewable plant fibers instead of non-renewable petroleum plastics.

Safe for kids and the soil, using ingredients sourced from regenerative agriculture.

Avoids the land degradation associated with livestock while recycling industrial waste.

Grown using farming practices that actually restore soil health and sequester more carbon.

Eliminates the need for any wood pulp or water in the paper manufacturing process.

Provides clean drinking water anywhere while funding safe water projects for schools in need.

Uses innovative textile treatments that significantly reduce water consumption during manufacturing.

Allows students to safely drink from any tap or stream, eliminating the need for bottled water.

Reduces water usage in the finishing process by up to 96% compared to standard denim.

Reduces water usage in dorm showers by up to 50% without compromising pressure.

Uses light technology to eliminate 99% of bacteria, reducing the need for constant washing.

Made in facilities that recycle 98% of the water used in the production process.

Replaces 300 standard plastic bottles for every single filter used.

Allows students to charge devices using renewable energy on campus or in parks.

Provides off-grid lighting solutions and teaches students about renewable energy systems.

A lightweight, solar-rechargeable light that also supports disaster relief efforts.

Provides efficient, quiet energy storage for charging laptops and small electronics.

Harvests sun energy during the walk to class to keep essential learning tech powered.

Uses human kinetic energy to provide light and power, reducing battery reliance.

A multi-functional dorm essential powered by 100% renewable or hand-crank energy.

High-efficiency panels convert more sunlight to electricity for faster on-the-go charging.

Reduces physical paper waste and eyestrain through a focused, durable digital education tool.

Designed specifically for learning to write while eliminating disposable plastic pens.

Extends the life of high-quality electronics, preventing e-waste and democratizing tech access.

Ensures that every purchase provides essential learning tools to students in high-need communities.

Provides low-cost, repairable hardware for students to learn high-level computer science.

Combines sustainable materials with support for global literacy and education programs.

Provides the focus of paper without the consumption, streamlining academic workflows.

Provides a durable, lower-carbon alternative for organizing schoolwork throughout the year.

Eliminates petroleum-based paraffin and toxic pigments from young children's art activities.

Reduces indoor allergens and VOCs in cramped dorm environments to improve student focus.

Prioritizes spinal health and proper posture to prevent long-term musculoskeletal issues.

Combines non-toxic materials with an ergonomic design to prevent hand fatigue in learners.

Maintains optimal humidity levels to support respiratory health and improved sleep quality.

Handcrafted with natural ingredients and non-toxic food-grade pigments for total safety.

Eliminates period poverty and plastic waste by providing high-performance reusable solutions.

Ensures dignity and uninterrupted education for students while preventing disposable pad waste.

Female-founded brand actively working to close the gender gap in STEM education.

Supports survivors of human trafficking through fair-wage employment and mission-driven design.

Universal design ensures students with physical disabilities have equal access to sustainable gear.

Empowers blind and low-vision students with state-of-the-art, durable educational technology.

Allows students with limited mobility to customize their tech setup for maximum efficiency.

Combines sustainable materials with easy-entry designs for students with varying dexterity levels.

Ensures ethical working conditions and living wages for the cotton farmers and sewers.

The world's first Fair Trade Certified footwear and accessories factory located in Ethiopia.

As a B-Corp and 1% for the Planet member, the brand scales ethical labor and environmental standards.

A B-Corp that uses a buy-one-give-one model to support homeless communities while ensuring fair labor.