COMPRESSED STABILIZED EARTH BLOCKS (CSEB)

construction

1. COMPRESSED
STABILIZED EARTH
BLOCK (CSEB)

2. GROUP MEMBERS

3. Agenda

4. 01 - Introduction

5. 02- MANUFACTURE

6. MANUFACTURE

7. CLAYSILTSANDGRAVEL
CEMENT
AURUM PRESS 3000
MANUFACTURE

8. Production Steps
SOIL PREPARATION
Prepare the soil by sieving it
to remove any large particles
and impurities
MEASURING & MIX
Accurate measurements of
soil and stabilizer are crucial.
These are mixed thoroughly
to achieve a uniform blend
COMPRESSION
The mixed soil is then placed
in the press, where it is
compressed into blocks
INITIAL CURING
The blocks are removed from
the press and left to cure for a
few days.
FINAL CURING
After initial curing, the blocks
may be stacked and left to
cure for several more weeks
to achieve full strength.

9. 03 - DIMENSIONS

10. DIMENSIONS

11. 04 - MATERIALS

12. MATERIALS

13. PHYSICAL PROPERTIES

14. 05 - APPLICATION

15. APPLICATION

16. "The future of architecture lies in materials
that respect the earth. Compressed Stabilized
Earth Blocks not only reconnect us to the
environment, but they also offer timeless
durability and beauty."

17. 06 - COST

18. COST

19. COST

20. 07 – PROS & CONS

21. Pros & Cons

22. Pros & Cons

23. 08 – CASE STUDIES

24. CENTRE FOR EARTH
ARCHITECTURE

25. CENTRE FOR EARTH
ARCHITECTURE

26. IMPACT OF USING CSEBs

27. Summary

28. INTERLOCKING
COMPRESSED
STABILIZED EARTH
BLOCK (CSEB)

29. Agenda

30. 01 - Introduction

31. 02- MANUFACTURE

32. MANUFACTURE

33. MANUFACTURE

34. 03 - DIMENSIONS

35. DIMENSIONS

36. 05 - APPLICATION

37. APPLICATION

38. APPLICATION

39. 06 - COST

40. COST

41. 07 – PROS & CONS

42. Pros & Cons

43. Pros & Cons

44. 07 – DETAILING

47. Summary

48. Thank You