Silver Sustainable Products, Projects and Green Design · 2025
Bioplates Biodegradable Tableware
by Alex Hell
- A' Design Award 2025 Silver Winner in Sustainable Products, Projects and Green Design
- Awarded April 15, 2025
- CLIENT: Studioneves
- Estimated Number of Design Views: 39,526
- Verification code 9B54A46337 · Verify this award
About Bioplates Biodegradable Tableware
Bioplates is a biodegradable and compostable tableware piece developed for professional hospitality. Made from a next-generation biopolymer with mineral reinforcement, it resists up to 140C and over 7000 industrial dishwasher cycles. Its textured surface helps to hide cutlery marks, while the engraved bottom shares an environmental message. Stackable, elegant, lightweight, and carbon negative, Bioplates offers a regenerative alternative to melamine and porcelain in luxury outdoor service, combining design and responsibility.
Alex Hell's Bioplates Biodegradable Tableware emerges from contemporary design discourse surrounding material sustainability and environmental stewardship, positioning itself within a growing tradition of objects that reconcile aesthetic refinement with ecological responsibility. The presentation of these plates as a carefully arranged stack transforms functional dining ware into contemplative sculptural form, inviting consideration of how everyday objects might embody values beyond mere utility. The designer appears to engage with longstanding craft traditions that honor material integrity, here reimagined through the lens of biodegradable innovation. The chromatic restraint evident in the ivory and cream palette suggests an aesthetic philosophy aligned with the inherent qualities of organic source materials rather than applied decoration, allowing the compressed fibrous texture to communicate authenticity and purpose. Compositionally, the work achieves remarkable sophistication through apparent simplicity, the slight offset of each stacked plate introducing visual interest and dynamic energy while maintaining overall harmony. The treatment of light across these surfaces demonstrates sensitivity to how illumination reveals material character, with shadows pooling in ways that articulate form and suggest the tactile experience of handling these objects. One might observe connections to both traditional ceramics and contemporary industrial design, the organic irregularities of each plate's edge evoking handmade pottery while the overall presentation suggests careful consideration of manufacturing processes and user experience. The work invites contemplation of how design choices communicate values, how material selection embeds meaning, and how objects of daily use might participate in broader conversations about environmental futures. Viewers may find themselves considering the relationship between beauty and responsibility, between tradition and innovation, and between the intimate scale of a dinner plate and the global scale of environmental concern. What role might such thoughtfully designed objects play in reshaping daily rituals and consumption patterns?
Press Kit
- Unique Properties
- Bioplates is a fully biodegradable and compostable tableware solution for professional use. Made from a certified next-gen biopolymer, it withstands 140C and over 7,000 industrial wash cycles, without leaving microplastics or toxic residue. Its textured surface hides wear, while engraved messages engage users. Durable, elegant and carbon-negative by design.
- Dimensions & Packaging
- Dimensions: 215 mm diameter x 15 mm height. The plate features a slightly irregular rim for a handcrafted aesthetic. It is lightweight yet impact-resistant, suitable for industrial dishwashers and temperatures up to 140C. Packaging is made entirely from recycled, compostable paper, with no plastic components. Units are stacked with protective recycled paper sheets and shipped in low-volume boxes optimized for logistics and minimal waste.
- Tags
- biodegradable tableware, compostable plate, sustainable design, circular product, eco innovation, regenerative material, plastic alternative, hospitality tableware, carbon negative, eco friendly dishware
- Production Technology
- Bioplates are produced via precision injection molding using a proprietary biopolymer blend with patent pending, reinforced with natural minerals. Molds are stainless steel, optimized for uniform temperature (143C melt, 70C mold) and slow rotation. Texture and engravings are in-mold, minimizing post-processing. The material is TUV certified for biodegradation in soil, marine and compost environments.
- Design Challenge
- The greatest challenge was balancing biodegradability with professional durability. Most compostable materials are fragile or unsuitable for hospitality. We had to create a formula that resisted heat, impact, and repeated washing - without losing compostability. Legal compliance for food contact, limited industrial know-how, and the absence of references in circular tableware pushed us to prototype, test and refine through scientific and design-led collaboration.
- Project Duration
- The project started in January 2024 in Lisbon, Portugal, with early material research and design prototyping. Technical testing took place throughout 2024 in collaboration with the University of Aveiro. Final prototypes were completed in January 2025. Bioplates are currently being tested in real-world hospitality settings by a few selected hotels to gather qualified testimonials and performance feedback by the end of 2025.
- Operation Flow
- Bioplates are used like any standard dish but offer a better experience in both function and conscience. Their textured surface hides cutlery marks, keeping the plate elegant longer. They are lightweight, stackable, and safe for dishwashers and high temperatures. The engraved message on the back invites reflection, turning a simple meal into a moment of environmental awareness.
- Research
- Material research focused on developing biodegradable, high-performance tableware. The objective was to replace melamine and porcelain in outdoor hospitality. We used lab testing, field trials and iterative design. Tools included mechanical stress tests, dishwasher simulation, and heat resistance analysis. Tests were conducted with the University of Aveiro and hotel partners. Results proved 140C tolerance and 7,000 wash cycles. Insights showed it is possible to unite durability, biodegradability, and elegance.
- Inspiration
- The project was born from a contradiction: eco-conscious hotels still use melamine or porcelain, which never biodegrade. As a B-Corp working with the world's top chefs, we felt the need for a truly circular solution. We researched biopolymers and partnered with university labs to develop a durable, fully compostable tableware fit for real hospitality use - elegant, regenerative and educational.
- Image Credits
- Image #1: Photographer Alex Hell (Creative Director) Studioneves, Bioplates – Front View with Broken Porcelain, 2025.
Image #2: Photographer Alex Hell (Creative Director) Studioneves, Bioplates – Top View with Textured Surface, 2025.
Image #3: Photographer Alex Hell (Creative Director) Studioneves, Bioplates – top view of contemporary model, 2025.
Image #4: Photographer Alex Hell (Creative Director) Studioneves, Bioplates – Detail of Engraving, 2025.
Image #5: Photographer Alex Hell (Creative Director) Studioneves, Bioplates – top view of classic model, 2025.
Video #1: Videomaker Henrique Casta, Bioplates Cicle, 2025
Video #2: Videomaker Henrique Casta, Bioplates Inspirational, 2025 - Patents
- Patent Pending. Patent Application No. EP 25166012.2. Holder: SN PORTUGAL, LDA. Filed in 2025. Jurisdiction: European Patent Office. Title: "Biodegradable Tableware Item and Method for its Production."
Colors of Bioplates Biodegradable Tableware
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Sustainable Tableware Solutions for Hospitality
We create award-winning sustainable tableware for leading restaurants and hotels worldwide. From our B-Corp certified atelier, we offer both innovative biodegradable plates and handcrafted ceramics, serving over 100 Michelin-starred establishments with eco-conscious solutions that elevate dining…
G0E3 ShopDesign Interview about Bioplates Biodegradable Tableware
To create a tableware piece that is not just biodegradable, but beautiful, durable, and scalable — replacing melamine and porcelain in outdoor hospitality without compromising experience or sustainability.
To prove that sustainability can perform. We wanted to develop a product that would withstand real-world pressures — heat, cleaning, handling — and still decompose cleanly at the end of life.
We plan to expand the Bioplates line into bowls, trays, and takeaway items, and scale its adoption across sustainable hotels globally.
Over 24 months, from initial concept to validated product. Including prototyping, testing, redesigning molds, and field-testing in real hotel environments. But the research for the material stated 5 years ago.
It was initiated internally, based on insights gathered over five editions of the Sustainability in Gastronomy Award we organize annually. These events brought us closer to the operational and environmental challenges faced by top-tier restaurants and hotels — especially around the lack of viable alternatives to melamine in outdoor service, and the growing concern with the end-of-life of ceramic ware, which cannot be easily recycled. We recognized a pressing need to anticipate a future problem: the unsustainable production and accumulation of non-recyclable ceramic pieces. At the same time, we saw an opportunity to develop a more responsible, elegant, and functional material specifically suited for poolside and beach environments. Bioplates was born from that convergence of insight, urgency, and responsibility.
We produce it ourselves through Studioneves, under full control of quality, sustainability, and storytelling.
Because we realized no one else had solved it well. There was a clear gap between ecological responsibility and aesthetic performance in professional tableware.
Yes, minimalist Japanese ceramics and Bauhaus principles influenced our balance of function and form. Also, real-world input from chefs and hotel managers.
Sustainable luxury hotels, high-end resorts, beach clubs, and conscious hospitality operators.
Its combination of industrial resistance, biodegradable material, aesthetic minimalism, and carbon-negative impact — all in one plate.
"Bioplates" expresses exactly what it is: plates made from bio-based materials. Clear, honest, and descriptive.
We used CADThe fact that it behaves like porcelain in service — but disappears like a leaf in nature. for 3D modeling, handmade mockups, casting prototypes, and real-world dishwashing/life-cycle testing in hospitality settings.
The fact that it behaves like porcelain in service — but disappears like a leaf in nature.
Yes, we worked with a biotechnology research lab at the University of Aveiro, as well as expert mold engineers and chefs.
Technology enabled us to develop, test, and refine the biopolymer, injection molding techniques, and validate long-term dishwasher resistance.
Absolutely. We conducted impact studies, dishwasher tests (7000 cycles), biodegradability tests (TÜV Austria certified), and chef feedback loops.
Controlling the behavior of a bio-based material in high heat and pressure conditions, and achieving the right balance between flexibility, thickness, and elegance.
Because we believe Bioplates is not just a product — it represents a paradigm shift. A’ Design Award offers the global platform we needed to make it visible.
We learned to listen deeper — to the material, to the constraints, and to our clients’ real needs. We also refined our mold engineering and sustainability metrics.
Only that we see Bioplates as a beginning — not a conclusion. It’s a first step toward a new standard in circular design for everyday hospitality.