1 / 18

International collaboration in practice

International collaboration in practice. London, 2009-08-27. TRITECH ETV. TRITECH ETV. Questions to be answered. Why ETV should learn from the best toy in world Why soil technologies show how international cooperation must be managed. TRITECH ETV. Johan Strandberg.

owen-ramsey
Download Presentation

International collaboration in practice

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. International collaboration in practice London, 2009-08-27 TRITECH ETV

  2. TRITECH ETV Questions to be answered • Why ETV should learn from the best toy in world • Why soil technologies show how international cooperation must be managed

  3. TRITECH ETV Johan Strandberg • Researcher at IVL Swedish Environmental Research Institute Ltd. • Specialised in soil and water chemistry • Operative manager of Stockholm Environmental Technology Center, one of Sweden's most influential business networks

  4. TRITECH ETV

  5. TRITECH ETV The task • Verify soil technologies • the function of a soil extract ecotoxicity tester Challenges • Relations? • Content? The differences are not big – collaboration success will be a matter of communication and status

  6. TRITECH ETV Solution • Increasing modularity • Increasing transferability Content challenges on a local level become even bigger at a global level

  7. TRITECH ETV Modular as LEGO • Environmental costs • Processes • Hard or soft ware

  8. TRITECH ETV Environmental costs Input indicators: • Use of recycled materials (secondary raw materials) [kg, m3 etc.] • Use of non-renewable materials [kg, m3 etc.] • Use of renewable materials [kg, m3 etc.] • Consumption of primary energy • Consumption4) of freshwater resources Output indicators: • Materials for recycling • Materials for energy recovery • Non-hazardous waste to disposal • Hazardous waste to disposal • Radioactive waste to disposal • Exported energy • Secondary raw materials (by-products, components for reuse) • Emissions to air • Emissions to water prEN 15643 (prEN 15804) ISO 21930

  9. Equipment Use Extraction of material Manufact-uring Waste from equipment TRITECH ETV Consumables Extraction of material Manufact-uring Waste from consumables Service product Environmental costs

  10. TRITECH ETV Environmental costs • What is called "product category rules" in EPD's will be managed through the protocols. • Setting the scope is the hard thing, from there on it's easy.

  11. TRITECH ETV Processes • It lies in the interest of the vendor to be able to re-use the verification • Divide processes into sub-processes that can be re-arranged and combined for specific needs.

  12. TRITECH ETV Soft or hard ware

  13. TRITECH ETV Soft or hard ware • Can it be measured? If not – leave it out! • Employment of a technology can always fail

  14. TRITECH ETV Transferrability

  15. TRITECH ETV Transferrability • Include a sufficient amount of parameters so that a translation of one situation to another is made possible

  16. johan.strandberg@ivl.se Thank you for listening

More Related