1. Private company converting waste (ash) into building material (brick) - Cash from trASH -

2. Team Radek Janku Eliza Sthapit Alejandro Higuera Kevin De Bois Ioan Manuel Ciumasu

3. Structure 1.Company & product 2.Stakeholders 3.Production chain 4.Process management 5.Sustainability

4. Company & Product Site: Prague, Czeck Republic Product: Precast building materials (bricks) Employees: 8 R&D, 30 Production, 5 management & marketing Market: Building Activities: 1. On-purpose evaluation of existing technologies for reusing wastes 2. Production of bricks and other building materials 3. Marketing and selling of products 4. Customer feed-backs

5. Stakeholders 1.Waste producers (power & heat plants) 2.Building companies 3.Local authorities 4.R&D institutions

6. OUTPUTINPUTPROCESS Production chain PRODUCTION BRICK

7. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK

8. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK Chemicals

9. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK Ground water Chemicals

10. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK Ground water Waste water Chemicals

11. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK Ground water Waste water Chemicals Water treatment system

12. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK Ground water Waste water Chemicals Water treatment system

13. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Water treatment system

14. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Water treatment system

15. OUTPUTINPUTPROCESS Production chain ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Water treatment system

16. OUTPUTINPUTPROCESS Production chain Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system

17. OUTPUTINPUTPROCESS Production chain Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system

18. OUTPUTINPUTPROCESS Production chain Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy +

19. OUTPUTINPUTPROCESS Production chain Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy +

20. OUTPUTINPUTPROCESS Production chain Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy + Emissions (CO 2, etc)

21. OUTPUTINPUTPROCESS Production chain Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy + Emissions (CO 2, etc)

22. CUSTOMERSUPPLIERCOMPANY Process management ASH OWNER ASH PRODUCER ASH DEPOSIT MANAGEMENT & MARKETING INFORMATION flow MATERIAL flow

23. CUSTOMERSUPPLIERCOMPANY Process management PRODUCTION ASH OWNER ASH PRODUCER ASH DEPOSIT MANAGEMENT & MARKETING INFORMATION flow MATERIAL flow

24. CUSTOMERSUPPLIERCOMPANY Process management PRODUCTION ASH OWNER ASH PRODUCER ASH DEPOSIT DISPOSAL SYSTEM MANAGEMENT & MARKETING INFORMATION flow MATERIAL flow

25. CUSTOMERSUPPLIERCOMPANY Process management PRODUCTION ASH OWNER ASH PRODUCER ASH DEPOSIT BUILDING COMPANIES DISPOSAL SYSTEM MANAGEMENT & MARKETING INFORMATION flow MATERIAL flow

26. CUSTOMERSUPPLIERCOMPANY Process management PRODUCTION ASH OWNER ASH PRODUCER ASH DEPOSIT BUILDING COMPANIES DISPOSAL SYSTEM MANAGEMENT & MARKETING RESEARCH & DEVELOPMENT INFORMATION flow MATERIAL flow

27. Economic sustainability 1.Wastes become resources 2.Growing business and employment 3.New technologies

28. Social sustainability Employees organized after their type & degree of motivation Type of motivation Degree of innate motivation 1.Money least 2.Additional benefit average 3.Result very 4.Duty-driven no choice Direction of social integration of employees into the company

29. Environmental sustainability 1.The brick is the only solid output 2. All chemicals are chemically bound into the brick 3.Emissions meet all EU standards (filters) 4.Water is treated and reused or discarded (safe) 5.Minimum transportation (on-site production by franchising)

30. Future challenges 1.Development of the action program Goals Measures Description of conflicts with panel & stakeholders 2.Adaptation of business process

31. OUTPUTINPUTPROCESS Future challenges Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy + Emissions (CO 2, etc)

32. OUTPUTINPUTPROCESS Future challenges Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy + Emissions (CO 2, etc) Producers

33. OUTPUTINPUTPROCESS Future challenges Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy + Emissions (CO 2, etc) Producers Owners

34. OUTPUTINPUTPROCESS Future challenges Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy + Emissions (CO 2, etc) Producers Owners Future rainwater harvesting

35. OUTPUTINPUTPROCESS Future challenges Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy + Emissions (CO 2, etc) Producers Owners Future rainwater harvesting Even better filters

36. OUTPUTINPUTPROCESS Future challenges Energy ASH PRODUCTION BRICK Ground water Clean water (river) Waste water Chemicals Other materials Incinerator Biomass waste producer Water treatment system Energy + Emissions (CO 2, etc) Producers Owners Future rainwater harvesting Even better filters Future CO 2 re-use for greenhouses

37. Thank you !