Soapable Soap Making Machine by Liyue Wu

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DESIGN DETAILS
DESIGN NAME:
Soapable

PRIMARY FUNCTION:
Soap Making Machine

INSPIRATION:
According to data from the WHO in 2022, only 75% of the global population uses soap and water for handwashing, while in remote rural areas of underdeveloped regions, this proportion is less than 1%. Annually, 3.5 million children under the age of 5 die from diarrheal and acute respiratory infections worldwide. By using soap for handwashing, the incidence of diarrheal diseases can be reduced by 50%, respiratory infections by 25% while also helping to mitigate the spread of infectious diseases.

UNIQUE PROPERTIES / PROJECT DESCRIPTION:
Our mini soapery aims to provide a simple, efficient, and low-cost method to enable regions in undeveloped countries with poor sanitation conditions, as well as impoverished communities, to produce soap themselves, thus reducing the occurrence of infectious diseases caused by lack of cleanliness. Therefore, we named our design "soapable", which means to enable everyone to have the access to soap.

OPERATION / FLOW / INTERACTION:
The operation of the machine is straightforward; simply place animal fat into the machine, heat and grind it to obtain melted animal fat. Subsequently, alkaline materials such as plant ash are added for the saponification process, ultimately resulting in soap suitable for washing and cleaning through curing and maturation procedures.

PROJECT DURATION AND LOCATION:
The design project initiated in December 2023 and finished in February 2024 in Xi'an, China.

PRODUCTION / REALIZATION TECHNOLOGY:
Product material: recycled plastic, glass and metal. Production process: Injection molding process, easy for mass scale production.

SPECIFICATIONS / TECHNICAL PROPERTIES:
Width 290mm x Depth 210 mm x Height 400 mm

TAGS:
soap-making machine, sustainable design, Saponification reaction, Health and well-being, Hygiene and cleanliness, Humanistic care, Social design

RESEARCH ABSTRACT:
Type: Exploratory Research. Objectives: Explore the impotency and scarcity of soap in remote areas. Methodology: Pragmatic and social science method. Data Collection: Data from worldwide trusted organizations. Participants: Collaborate with underdeveloped region communities for design and testing. Results: Feasible mini-soapery, improved hygiene, and health outcomes. Insights and Impacts: The mini-soapery can decrease disease rates, create job opportunities, foster environmental sustainability.

CHALLENGE:
Accessibility Challenge: Develop strategies to ensure that the mini-soapery technology is easily accessible and usable by communities in remote and underdeveloped regions, considering factors such as affordability, simplicity of operation, and maintenance. Cultural Sensitivity: Design the mini-soapery and accompanying educational materials in a culturally sensitive manner, respecting local customs, languages, and traditions to ensure acceptance and effectiveness within diverse communities.

ADDED DATE:
2024-02-16 06:56:09

TEAM MEMBERS (4) :
Liyue WU, Chen CHEN, Yin KUANG and Yong LIU

IMAGE CREDITS:
Liyue Wu, 2023.



CLIENT/STUDIO/BRAND DETAILS
NAME:
Shaanxi University of Science & Technology

PROFILE:
Shaanxi University of Science & Technology, established in 1958, offers diverse academic programs with a focus on engineering, sciences, management, economics, and prominently, design and art. The School of Design and Art offers comprehensive programs in design and art, including doctoral, master's, and bachelor's degrees as well as a post-doctoral program. The school has a total of 153 full-time teachers, with over 90% of them holding doctoral or master's degrees. Among them, there are over 80 professors and associate professors, and more than 10 provincial-level or above talents. There are over 2,700 full-time students, including over 500 doctoral and master's students.



NOMINATION DETAILS

Soapable Soap Making MacHine by Liyue Wu is a Nominee in Sustainable Products, Projects and Green Design Category.

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AWARD DETAILS

Soapable Soap Making MacHine by Liyue Wu is Runner-up for A' Design Award in Sustainable Products, Projects and Green Design Category, 2023 - 2024.



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