Technological watch
UBQ: biobased thermoplastic material from household waste
UBQ Materials is an Israeli company that produces a thermoplastic compound from household waste. Their first factory outside Israel is under construction in Bergen op Zoom (the Netherlands). It will process over 100,000 tons of municipal waste to 80,000 tons of plastic material. The installation will become operational by the end of 2023.
UBQ Colorful. Photo: HadarAlt, Wikimedia Commons.Organic fractionThe process of UBQ Materials uses the organic fraction of household waste: food leftovers and mixed plastics, and also cardboard, paper and even dirty diapers. It will process this fraction to an alternative for plastic. The final product consists of UBQ pellets, a resource for many products. Although its original resource is a heterogeneous waste stream, the composition of these pellets is fairly constant. The equipment breaks down the organic material to lignin, cellulose, fibres and sugars; and then reassembles these into a matrix. Plastic present in the waste stream will melt and be absorbed in the matrix – forming a new kind of plastic. This is how UBQ succeeds in making a homogeneous product. How all this takes place in actual practice – that is a well-kept industrial secret.
The first step is that UBQ Materials removes from the waste stream anything that can be recycled, like metals and minerals.
‘That is not a technology imperative,’ says Rachel Barr, vice-president sustainability at UBQ Materials, ‘but in not doing so, we would break our own sustainability principles. Whatever remains, becomes UBQ.’
The quote is from an article on change.inc. The end product has many possible applications. It can be used for plastic dog kennels and household products. The company secured demand for its product from some major companies, like Mercedes, McDonald’s, PepsiCo, AB Indev and various chemical companies.
UBQ: recycled materialsOn its site, UBQ Materials says the following about their product:
AuthorDiederik van der Hoeven
UBQ Colorful. Photo: HadarAlt, Wikimedia Commons.Organic fractionThe process of UBQ Materials uses the organic fraction of household waste: food leftovers and mixed plastics, and also cardboard, paper and even dirty diapers. It will process this fraction to an alternative for plastic. The final product consists of UBQ pellets, a resource for many products. Although its original resource is a heterogeneous waste stream, the composition of these pellets is fairly constant. The equipment breaks down the organic material to lignin, cellulose, fibres and sugars; and then reassembles these into a matrix. Plastic present in the waste stream will melt and be absorbed in the matrix – forming a new kind of plastic. This is how UBQ succeeds in making a homogeneous product. How all this takes place in actual practice – that is a well-kept industrial secret.
The first step is that UBQ Materials removes from the waste stream anything that can be recycled, like metals and minerals.
‘That is not a technology imperative,’ says Rachel Barr, vice-president sustainability at UBQ Materials, ‘but in not doing so, we would break our own sustainability principles. Whatever remains, becomes UBQ.’
The quote is from an article on change.inc. The end product has many possible applications. It can be used for plastic dog kennels and household products. The company secured demand for its product from some major companies, like Mercedes, McDonald’s, PepsiCo, AB Indev and various chemical companies.
UBQ: recycled materialsOn its site, UBQ Materials says the following about their product:
- UBQ consists of 100% recycled materials, and can be recycled itself;
- on balance, it prevents climate gas releases, because waste is no longer incinerated or landfilled;
- the new material is homogeneous and consistent;
- it is priced competitively;
- it gives a new existence to waste, and in doing so it prevents the use of resources like wood, fossil fuels, minerals and concrete;
- the material contains at least 50% biobased content.
AuthorDiederik van der Hoeven
This project has received funding from the Bio Based Industries Joint Undertaking under the European Union’s Horizon 2020 research and innovation programme under grant agreement No 837761.
