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Re-Pack


 

RE-PACK

 

 
 

the

challenge

In 2014, Sao Paulo faced its worst water crisis. The Cantareira system, responsible for 45% of Sao Paulo water supply, reached its worst levels in history.

The task was to redesign a solution that optimizes the use of water and avoids its waste

Team: Danilo Saito, Maira Kondo, Akira Mizutani, Lau Bellesa and Mariana Mascarenhas.

 
 
 

the

outcome

An innovative package made of cardboard and bioplastic that the materials come already separated, making easier the recycling process.

Our project was published on many websites about design and innovation such as Fast Company. Many companies came to us willing to implement our solution and to use our package in their business, but after a lot of talks and negotiations, we found really hard to continue developing it and spending time on this project.

So our package never came into production, however, it was a great experience for us to get in touch with all these people and companies.

 
 

 

1. Problem

2. Solution

3. Prototyping process

 

the

problem

The first step was to identify a problem to solve that is related to water waste. After doing some research and brainstorming, we came up with the problem of recycling.

As people throw away tons of trash every day, the best way to avoid all this waste is recycling. However, recycling is not as easy as it seems, especially milk packaging. They are made by six layers of different materials, and to recycle it's necessary different processes just to separate the materials - and all this process involves water waste.

 
 
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1. Problem

2. Solution

3. Prototyping process

 

the

solution

With a well-defined challenge, we started exploring different ideas to solve the problem. We explored many sketches and rough prototypes to come up with our final design - which we called Re-Pack.

Re-Pack is a solution to avoid all these waste to separate materials, thus making recycling easier and faster.

It's made of cardboard for sustenance and flexible cornstarch bioplastic, and they are already separated - all you have to do is to open the cardboard and fit the plastic package into it. During discard, the user can separate the materials by himself. The flexible bioplastic uses 70% less plastic than conventional rigid plastic packages.

It comes with 4 flexible plastic packages and 1 cardboard package, saving the paper production. Nowadays, people live in smaller apartments, with less space for storage, so they go more often to the market. In this way, the package is thought for rapid consumption, with 700 ml of milk in each package.

 
 
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1. Problem

2. Solution

3. Prototyping process

 

prototyping

process

 
 
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roles

Packaging

Graphic

 

team

Danilo Saito

Maira Kondo

Akira Mizutani

Lau Bellesa

Mariana Mascarenhas

 

year

2015

place

São Paulo

client

Student project