1. Corporate PresentationInnu-Science Canada TITRE DE LA DIAPO Titre du chapitre 1 November 2010 Innu-Science Comparing our biotechnology to leading chemistry detergents

2. 2 Corporate PresentationMarch 2012Innu-Science Deutschland Introduction For transparency & ethical reasons, Innu-Science Scandinavia conducted a test to compare it’s biotechnology Nu-Niit to a leading chemical detergent. The following data was provided by Swerea IVF in June 2012. Swerea IVF AB P.O. Box 104 SE-431 22 Mölndal, Sweden Tel: +46 31 706 60 00 ivf@swerea.se

3. 3 Corporate PresentationMarch 2012Innu-Science Deutschland Data Product and washing temperature: Nu-Niit 30°C Leading chemical detergent 85°C Number of washes per detergent: 3 Number of soiled cloths per wash cycle: 10 Ballast: Gray knitted fabric Drying of webs: "dry flat" at room temperature Dirt per Material: 3 grams of canola oil The cloths were weighed before and after washing. Dosage of detergent according to the manufacturer's recommendations.

4. 4 Corporate PresentationMarch 2012Innu-Science Deutschland Percentage of residual fat after washing 7.2% @ 30°C 14.8% @ 85°C

5. 5 Corporate PresentationMarch 2012Innu-Science Deutschland In conclusion 7.2% @ 30°C 14.8% @ 85°C Nu-Niit is twice as effective at reducing oily dirt even using water at lower temperature (30°C vs. 85°C) It also delivered the following results: 65% less Carbon Dioxide due to the washing process 70% Less Energy 95% Less Chemical Consumption Fewer Mop Changes Less Washing required in use Materials last at least twice as long

6. 6 Corporate PresentationMarch 2012Innu-Science Deutschland Absorption test according to ISO 9073-12 7.2% @ 30°C 14.8% @ 85°C A bsorption capacity in grams Reference (New Cloth) Nu-Niit - 30°C Leading chemical dertergent - 85°C

7. 7 Corporate PresentationMarch 2012Innu-Science Deutschland In conclusion 7.2% @ 30°C 14.8% @ 85°C What is essential is that the microfiber cloth retains its absorptive capacity after washing. Absorption capacity should be both fast and high for optimum cleaning efficiency. Using microfibers capillary forces along with Bacteria is more efficient and contributes to a hygienic cleaning. Using the chemical cleaning agent shows us a clear reduction of the absorption capacity and possibly a deterioration in cleaning performance. Although any residual chemicals may affect the absorption… No reduction in absorbance can be detected washing with Nu-Niit at 30°C.