1. DETAIL DESIGN OF SKIPTON FLOOD ALLEVIATION SCHEME

2. GROUP MEMBERS MANJUL ACHARYA (TEAM LEADER) AKINWOLE ADETUBERU
OMAR ELKEEZA
AISLING KEOGH
ALI EL-SHIEKH
ALBERT DONGMO

3. PREFERRED SCHEME

4. PREFERRED SCHEME

5. PREFERRED SCHEME

6. DETAILING OF CIVIL ENGINEERING STRUCTURES

7. THE WATER RETAINING STRUCTURE: ELLER BECK

8. ELLER BECK: PROFILE SECTION

9. WATER RETAINING STRUCTURE: WALLER BECK

10. WALLER BECK: PROFILE SECTION

11. TECHNICAL DEVELOPMENT AT MEDICAL CENTRE
Car Park

12. GENERAL LAYOUT

13. CROSS - SECTION OF CULVERT

14. DETAILING OF FLOOD DEFENCE

15. DESIGN DRAINAGE SYSTEM

16. MAINTENANCE Proper Identification. Planning. Scheduling. Evaluation.
Regular repair and Maintenance.

17. ESTIMATING EARTHWORK

18. ELLER BECK

19. Designation
Amount of cut
Amount of fill
Balance
Eller Beck
459,595.80m3 m3
454, m3

20. WALLER HILL BECK

21. Designation
Amount of cut
Amount of fill
Balance
Waller Hill Beck
154, m3
1, m3
152, m3

22. MEDICAL CENTRE

23. Designation
Amount of cut
Amount of fill
Balance
medical centre
320m3
240m3
80 m3

24. WASTE STREAMS BY % VOLUME
WASTE MANAGEMENT
WASTE STREAMS BY % VOLUME

25. WASTE STREAMS BY % VOLUME
WASTE MANAGEMENT
Most Favoured
WASTE STREAMS BY % VOLUME
Least Favoured
WASTE HIERARCHY

26. WASTE STREAMS BY % VOLUME
WASTE MANAGEMENT
Most Favoured
WASTE STREAMS BY % VOLUME
Least Favoured
WASTE HIERARCHY
EFFECT ON VOLUME AND COST OF PROJECT

27. HEALTH AND SAFETY

28. Who has a duty? Client Designer Contractor Principal Contractor
CDM Co-ordinator

29. HAZARDS Accidental Physical Chemical Biological
Ergonomic, psychosocial and organisational

31. ACCIDENTAL Hazard Prevention Risk Rating Likelihood Severity
Total Risk
Falls from dams, reservoir, bridges
All work surfaces should be properly installed in order to prevent their collapse/breakage, and to prevent people or objects falling out of them. Wear safety-shoes with non-slip soles 2 4 8
Slips, trips or falls
Wear safety-shoes with non-slip soles 3 6
Injury/death as a result of collapse of an excavation
All means for preventing worker injury should be applied prior to and during excavation, as well as before carrying out demolition works; compliance with the specific regulations dealing with excavation is a must 12
Injury caused by falling objects
Use personal protection equipment fit for protecting the whole body, hard hats, safety shoes and goggles. Work surfaces, floors, footpaths and similar passages will be free from protruding nails, binding wires, and all other obstacles

32. PHYSICAL Hazard Prevention Risk Rating Likelihood Severity Total Risk
Exposure to strong and continuous noise in work areas
Wear headphones 2 4
Exposure to various environmental factors, including extreme heat or cold, strong solar radiation, heat-load, drying, excessive moisture content, increased or reduced environmental air-pressure, etc.
Use appropriate clothing and head covers, for protection against inconvenient climatic conditions, including solar radiation 1

33. CHEMICAL Hazard Prevention Risk Rating Likelihood Severity Total Risk
Potential hazard of being exposed to noxious dust
Use personal protection equipment fit for protecting the whole body, including crash helmets, safety shoes and goggles
Work clothes have to be fitted to the climatic conditions; in order to prevent dehydration, all workers should drink enough water; use gloves and safety clothes according to need 2 4
Dermatitis caused by contact with irritating and allergenic materials 3 1
While visiting the work site an engineer may be exposed to hazards created by other workers – for example: exposure to organic solvents, thinners and paint removers when at the same time a paint job is being performed at the site 6

34. BIOLOGICAL Hazard Prevention Risk Rating Likelihood Severity
Likelihood
Severity
Total Risk
There are no specific biological hazards, except potential exposure to infectious diseases, like influenza, as a result of close contact with construction workers that contracted such diseases; or development of dermatitis and irritation as a result of drinking polluted water at the site, contact with allergenic vegetation or with insects (including wasps and bees), snakes and similar creatures located on the work site. 1

35. ERGONOMIC, PSYCHOSOCIAL AND ORGANISATIONAL
Hazard
Prevention
Risk Rating
Likelihood
Severity
Total Rating
Musculoskeletal injuries, especially those stemming from work posture, from prolonged driving
When necessary, consult with an ergonomist and/or environmental engineer. 3 9
Environmental sources of physical and chemical inconvenience and suffering (e.g. – air pollution, bad odours, noxious noise, defective illumination, sick building syndrome, 2 4

36. BASE COST ESTIMATE FOR CIVIL ENGINEERING WORKS

37. CIVIL ENGINEERING WORKS
cut and fill
sub-structural
super-structural

38. Excavation is the reason for the high cost of the project so it was a plan to reduce the cost of these works which follows :
Rather than dispose the cut remnants in landfills sending them to skipton waste recycling centre will cause a reduction in the total cost of the project from Twenty two million to twelve million

39. GRAND TOTAL
£12,167,297

40. THANKS FOR LISTENING ANY QUESTIONS?