Circular logic runs through every stage of our process.
Materials are selected with their next use in mind. We consider how materials can move through biological or technical cycles: how materials such as wood, cork, and wool can be recovered through appropriate biological pathways, and how aluminium, steel, and plastics can be reused, repaired, remanufactured, or recycled.
Constructions are built for access, so components can be replaced or upgraded without discarding the whole. Surfaces are chosen for their ability to be restored on site. And once a configuration is installed, our work continues. We support our partners with guidance on how to maintain and extend its service life.
Through spatial reconfiguration, the solution adapts to a space's changing needs, rather than being replaced by it.
AOM
by Jean-Marie Massaud for Arper
Aom’s sustainability begins with its construction. Materials are chosen for durability and recoverability, while the number of components is reduced and the assembly is clear and straightforward. The collection is made of just two elements designed to interlock: a lightweight and durable structure in expanded polypropylene (EPP), paired with Breathair® padding—an elastomeric polyester that is fully recyclable and offers advanced comfort, high elasticity, breathability and water resistance. This combination is unusual within the sector and makes it possible to eliminate polyurethane entirely – a significant step, considering the recycling challenges associated with that material.
Durability is Sustainability in Action
Our Kent-based factory and warehouse draw their energy entirely from renewable sources, with wind-powered grids providing the foundation for our day’s work. It’s a practical example of how traditional manufacturing skills can embrace modern environmental stewardship.
Materials for good
Durability is sustainability in action. Our Endura™ Thermally Modified Ash represents two years of research into enhancing locally grown timber. Through careful heat treatment, we’ve found a way to give British ash the resilience of tropical hardwood – without the environmental cost of long-distance transportation.
We source reclaimed wood through our partnership with Ashwells’ Timber Yard, giving new life to timber from demolished structures across the United Kingdom. When we do use new wood, we choose FSC Iroko Timber from carefully managed forests with robust replanting programmes.
Catifa Carta
Lievore Altherr Molina for Arper
A REVOLUTIONARY MATERIAL
Catifa Carta's shell is crafted entirely from PaperShell, a groundbreaking material derived from paper. Comprising 29 sheets of paper bonded with a natural resin binder, Catifa Carta significantly reduces the chair's environmental footprint by sequestering carbon dioxide. Paper used to produce PaperShell is sourced responsibly, utilizing residues from Swedish wood production such as sawdust, chips, and branches.At the end of its lifecycle, Catifa Carta can undergo pyrolysis, a burning process that happens in absence of oxygen and prevents CO2 release. Through pyrolysis PaperShell is converted into biochar. Biochar is a form of charcoal produced from plant matter made up of up to 90% of carbon, which locks CO2 effectively, avoiding its release into the atmosphere. Biochar is best used as soil enhancement, helping to restore the soil to its natural richness and hence supporting biodiversity, the key for a healthier and more balanced environment.
Textile Circularity
The textile industry has a poor reputation globally, for irresponsible production, excess waste, use of man-made petrochemical synthetics and poor social practices.
We aim to demonstrate an alternative model which is based on circular economy and regenerative principles, aiming to lead our industry in circular, sustainable practices.
