Market opportunities for rescources from water

Market opportunities for resources from sewage water

On Thursday October 24, CirTec will be present on this year’s Aquarama exhibition in Leuven (Belgium). CirTec offers sustainable solutions for treatment of (waste) water, sludge, evaporation and/or stripping of various flows. For example the Crescendo evaporator (https://www.cirtec.nl/en/galicos/) , Salnes finescreens (https://www.cirtec.nl/en/fijnzeven/)and Giotto belt presses and belt thickeners (https://www.cirtec.nl/en/slib-ontwateren/).

CirTec and partners will also present the project: ‘Wider buisiness Opportunities for raw materials from Waste water’ (WOW!). Focus of the Interreg project WOW! is the reuse of resources from sewage water and the production of valuable biobased resources. PHA can be harvested from sewage water to produce bioplastics, lipids can be produced for biofuels and actived carbon can be produced from toilet paper (cellulose). Are you curious to learn more about the technologies or do you see opportunities to market the biobased products? At https://www.aquarama.be/nl/tradefair/programma you can register for two different workshops (look for “workshop INTERRREG WOW!”).

We look forward to meet you at Aquarama.

Market opportunities for resources from sewage water

On Thursday October 24, CirTec will be present on this year’s Aquarama exhibition in Leuven (Belgium). CirTec offers sustainable solutions for treatment of (waste) water, sludge, evaporation and/or stripping of various flows. For example the Crescendo evaporator (https://www.cirtec.nl/en/galicos/) , Salnes finescreens (https://www.cirtec.nl/en/fijnzeven/)and Giotto belt presses and belt thickeners (https://www.cirtec.nl/en/slib-ontwateren/).

CirTec and partners will also present the project: ‘Wider buisiness Opportunities for raw materials from Waste water’ (WOW!). Focus of the Interreg project WOW! is the reuse of resources from sewage water and the production of valuable biobased resources. PHA can be harvested from sewage water to produce bioplastics, lipids can be produced for biofuels and actived carbon can be produced from toilet paper (cellulose). Are you curious to learn more about the technologies or do you see opportunities to market the biobased products? At https://www.aquarama.be/nl/tradefair/programma you can register for two different workshops (look for “workshop INTERRREG WOW!”).

We look forward to meet you at Aquarama.

Market opportunities for rescources from water2019-10-14T17:03:09+00:00

We are moving soon

The move to our new building is getting closer. Preparations are in full swing and on 17 August 2019 we are moving to a new building down the street.

We expect that you will not be inconvenienced by our move. We would like to draw your attention to the fact that from August 19, 2019 we are located at our new address :

CirTec B.V.
Nijverheidsweg 26
1442 LD Purmerend
The Netherlands

Our telephone numbers and e-mail addresses remain unchanged.

We look forward to seeing you at our new location!

We are moving soon2019-08-13T09:39:25+00:00

New possibilities for recovered cellulose

The German students Melissa Kramer, Lobke Beckfeld, Nicholas Plunkett en Eli Goltermann have made beautiful products with cellulose recovered from wastewater. They show what the possibilities are with recycled, used toiletpaper. The students have presented their work on the 6th and 7th of July at the Highschool of art Weißensee in Berlin.  Their video is posted on the Cellvation LinkedIn page.

https://www.linkedin.com/feed/update/urn:li:activity:6552846830076518400

The German students Melissa Kramer, Lobke Beckfeld, Nicholas Plunkett en Eli Goltermann have made beautiful products with cellulose recovered from wastewater. They show what the possibilities are with recycled, used toiletpaper. The students have presented their work on the 6th and 7th of July at the Highschool of art Weißensee in Berlin.  Their video is posted on the Cellvation LinkedIn page.

https://www.linkedin.com/feed/update/urn:li:activity:6552846830076518400

New possibilities for recovered cellulose2019-07-11T10:46:32+00:00