The Basalt Pusa Lapisi Fa'avasega by Teming Kang

The Basalt Pusa Lapisi Fa'avasega by Teming Kang is a highly esteemed winner of the very prestigious 2025 A' Design Award Uʻamea in Mamanu Meafale Competition Category.

UʻameaMeafale· 2025

The Basalt Pusa Lapisi Fa'avasega

by Teming Kang

Client: Oshujian

A' Design Award Uʻamea Winner in Meafale Category

12,172

Verified Award Winner

Verify Award Status for #169446

View at A' Design Award Press Release Award Badge

Colors

The Design

About The Basalt Pusa Lapisi Fa'avasega

O le faiga lapisi fa'avasega e fa'aliliu ai foliga fa'alava natura o le ma'a basalt i vaega mo le puleaina o otaota lautele. O feso'ota'iga maneite e mafai ai ona toe fa'atulagaina e aunoa ma mea faigaluega i nofoaga femalagaa'i, avanoa pisinisi, ma si'osi'omaga taulaga, fa'ate'a ai fusi va'aia a'o tumau pea le malosi o le fausaga. O ufiufi ta'amilomilo ma ata fa'ailoga fa'ata'atia e fa'amanino ai vaega lafoa'i e sili atu i pa puipui gagana. O le fausaga fa'avasega e fa'atagaina ai le fa'alauteleina fa'alava e fetaui ai ma tapula'a avanoa, fa'atasi ai ma mea e mafai ona suia vaega ta'itasi e fa'aitiitia ai fa'alavelave tausiga.

The Recognition

About the A' Design Award Uʻamea

O le A' Design Award Uʻamea na manumalo ai The Basalt Pusa Lapisi Fa'avasega, o se faamaoniga mamalu e tuuina atu i mamanu lelei e faataunuu ai manaʻoga faapolofesa ma pisinisi e faamoemoeina mai galuega ua mamanuina lelei. O ē manumalo i le Uʻamea e faaalia ai le tomai tele, le faapitoa maualuga, le malamalama o tagata poto ma le mafai fatufatuaʻi o ē na faia. E faamoemoeina The Basalt Pusa Lapisi Fa'avasega e avea ma mea ua matuā vivii, mataʻina ma pelepelea e aogā ma fou. O lenei mamanu na manumalo i le A' Design Award Uʻamea e tuufaatasia ai faiga sili o le pisinisi ma e iai uiga faatekonolosi mafai ua fesoʻotaʻi ma le poto ma le taleni. Ona o lona faatuatuaina, e tatau ai The Basalt Pusa Lapisi Fa'avasega ona faaaloalogia ma ua mamanuina e tuuina mai ai faaleleiga o le olaga e fesoasoani e faia ai e le lalolagi se nofoaga e sili atu ona lelei.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The shape of this design is derived from geometric principles and designed to be infinitely repeatable, allowing it to adapt to different environmental spaces and recycling needs. Another feature is that each module of the recycle bin is connected using invisible magnet, which is a departure from traditional connection methods. This design preserves the integrity and aesthetics of the entire structure to the greatest extent. These unique design elements add a perfect blend of natural and modern aesthetics to The Basalt.
Dimensions & Packaging: Dimension: Width 360mm * Depth 240mm * Height 710mm
Tags: Modular Design, Recycle, Recycling Bin, Public Space, Configuration, Magnet, Airport
Production Technology: The body and lid of the recycling bin are formed using aluminum alloy bending, followed by polishing and powder coating. The inner compartment and label cover are made using plastic injection molding. During assembly, self-tapping screws are used to attach the inner compartment's collar, and then the entire inner compartment is inserted into the bin body to complete the assembly.
Design Challenge: The most challenging aspect was finding an aesthetically pleasing solution for the combination of different modules. Using hardware or connectors would require drilling holes into the bin body, which becomes cumbersome with multiple configurations, resulting in numerous holes. Ultimately, the issue was addressed by integrating magnets into the design, eliminating the need for drilling and maintaining the visual integrity of the recycle bin.
Research: Type of Research: The research was exploratory and applied, focusing on understanding the needs for flexible, adaptable waste management solutions in public spaces.

Research Objectives: The primary goal was to design a modular system that can be customized for different environments, improving the functionality and aesthetic integration of trash bins in public spaces.

Data Collection and Research Tools: Data was collected through surveys, interviews with waste management professionals, and analysis of existing trash bin designs. Tools used included 3D modeling software and material testing methods.

Participants or Experiments: The study involved interviews with airport facility managers, urban planners, and users to gather insights into waste sorting needs and spatial constraints in public areas.

Results: The research identified a clear demand for flexible, modular systems that can adapt to different waste categories and spatial layouts. The design’s use of magnets for easy assembly and reconfiguration was particularly well-received.

Insights and Impacts: The study revealed that modular designs could increase efficiency in waste management, improve user experience, and reduce operational costs. It also highlighted the importance of aesthetic and functional integration in public space design.

Effect of the Research in Real-Life Phenomena: The research has the potential to influence how public spaces approach waste management, offering more adaptable solutions that cater to the evolving needs of modern urban environments. This could lead to more sustainable and user-friendly designs in public infrastructure, impacting both business operations and society’s approach to waste.
Inspiration: The design inspiration for The Basalt comes from the columnar jointing structure of natural basalt. Its unique geometric shape makes it particularly suitable for today’s diverse and ever changing public spaces. Through the clever combination of modular design and geometric patterns, it is not only simple and stylish in appearance, but also highly flexible. It can be freely combined and customized to meet the waste recycling and sorting needs of different environments.
Project Duration: The project started in September 2024 in Guangzhou, China, and was completed in February 2025.
Operation Flow: The operation of the modular recycling bin is straightforward. First, determine the desired combination configuration. Once the configuration is decided, place the magnets at the corresponding positions on the inner compartment. Afterward, insert the inner compartment into the main body of the bin and arrange the modules according to the chosen configuration.