Project Execution Plan for High Rise Building

The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct a high-rise building.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Induction Training and as a way to capture and share knowledge.

1. Project Execution Planfor High Rise Building
Details how the construction will be executed, monitored and controlled.
YouTube Link https://youtu.be/_gikBOisPH8
David H Moloney
16th July 2016
Brief Description
The purpose of this presentation is to give an understanding of the
Methods, Plant and Sequence to construct a high-rise building.
This presentation can be used to engage Stakeholders and to get the Site
Teams commitment to the programme. Also can be used for Induction
Training and as a way to capture and share knowledge.
Project Execution Plan (PEP) details how aproject will be executed,
monitored and controlled. High in Educational Value and easily
understood. Recommended for Continuing Professional Development
(CPD)
This Presentation is innovative and has many beneficial uses.

2. Table of Contents

3. Floor Construction

4. Floor Construction Cycle Time

5. Floor Construction Cycle time
General Items
Formwork Quantities
Column formwork = 50%
Core wall formwork = 1 set (100%)
Slab formwork = 2 sets (200%) Table forms
Formwork types
Columns -Crane handled units
Core Walls -self climbing floor to floor
Slabs Formwork & Falsework –Table forms Crane handled
Cycle Time
7 working days cycle per floor
Programme
Day 1 Day 2 Day 3 Day 4 Day 5 Day 6 Day 7
Columns Rebar, Shutter
& Pour 50%
Rebar, Shutter &
Pour 50%
Strip shutters
Walls Pour walls Climb up Fix Rebar Fix shutters
Floor Strike & Move
Forms
Slab
Formwork
Rebar MEP
Slab
Formwork
Rebar MEP
Slab
Formwork
Rebar MEP
Slab
Formwork
Rebar MEP
Pour slab
100%

6. Floor Construction Overview
ⓒDavid H Moloney
General Items

7. Floor Construction Formwork Types

8. Shuttering to Columns
General Items
Brief Description
Column formwork can be moved with
only one crane lift complete with push-
pull props and concreting platform with
guard rails and ladder –alternatively
moved by hand using transportation
wheels.
QUATTRO system by Peri

9. Shuttering –Columns
ⓒDavid H Moloney
General Items

10. Shuttering to Core ( Lifts & Stairs)
General Items
Brief Description
Automatic climbing formwork system
lifts itself upwards on rails bolted to
the walls using hydraulic jacks
Doka Xclimb 60

11. ⓒDavid H Moloney
General Items
Shuttering to Core ( Lifts & Stairs)

12. Shuttering Self Climbing for Core
Concrete
Cycle Time 3 Days

13. Shuttering to Floor Slabs –Table forms
General Items
Brief Description
Table forms are preassembled formwork
and false units and are moved
horizontally on wheels or a trolley and
vertically from floor to floor by crane or
by a lift fixed to the outside of the
building

14. Shuttering to Floor Slabs –Table forms
General Items
Leap frog Floor

15. Shuttering –Floor Slabs
ⓒDavid H Moloney
General Items

16. Shuttering –Stairs
General Items

17. Shuttering –Stairs
ⓒDavid H Moloney
General Items

18. Main Equipment

19. Climbing Tower Cranes
Brief Description
A climbing tower crane lifts itself up using a climbing
attachment with hydraulic jacks that surrounds the mast.
The climbing attachment lifts itself up off the erected mast
and inserts a new mast section.
General Items

20. Climbing Tower Cranes
Miscellaneous

21. Climbing Tower Cranes –Tie-in Assembly
Miscellaneous

22. Concrete Pump –Self Climbing
General Items
Brief Description
The concrete is pumped by a diesel powered, static
concrete pump, through a fixed 125 mm pipeline, to
the folding placing boom. The boom is mounted on
a steel column of up to 20 metres high. The column
is supported by a cross base or a system of floor
frames set into the concrete floors.
With floor frames , the whole column / boom
assembly can climb with the building as the work
progresses.
For placing concrete pumping is faster than using a
crane and skip and is less likely to be adversely
affected by high winds.

23. Concrete Pump
Miscellaneous

24. Protection Screen -Self climbing
General Items
Brief Description
Protection screens enclose the top floors of a high
rise enabling construction work to be carry out in
great safety, and protected from the weather.
The screen will contain any debris and tools that
would otherwise fall to the surface.
The Protection screen can be moved upwards
hydraulically or using a tower crane.

25. Ensuring Verticality
General Items
Brief Description
Leave 3holes in the floor, forming a
right angle. Use a laser plumb bob and a
transparent sheet on the floors above.
"Jump" the laser every 5 or 6 floors.

26. Platforms, Chutes & Lifts
General Items

27. ⓒDavid H Moloney
General Items
Platforms, Chutes & Lifts

28. General Items

29. Contractor’s Temporary Site Facilities
ⓒDavid H Moloney
General Items
Brief Description
Contractors Site facilities comprise:
Offices, Canteens, Toilets, Drying Rooms,
Stores, Plant Yard, generators and
Workshops.

30. Dewatering
ⓒDavid H Moloney
General Items
Brief Description
Construction dewatering is the removal or drainage of
groundwater and or surface / rain water usually by
pumping to keep the works dry.

31. Dewatering
ⓒDavid H Moloney
General Items
Brief Description
Construction dewatering is the removal or
drainage of groundwater and or surface /
rain water usually by pumping to keep the
works dry.

32. Dewatering
ⓒDavid H Moloney
General Items

33. Site Hoarding examples
ⓒDavid H Moloney
General Items

34. Temporary Electricity Supply & Tower Lights
ⓒDavid H Moloney
General Items

35. Welfare Facilities
ⓒDavid H Moloney
General Items
Toilets –Washing
Canteen, Drying Room, Toilet & Generator

36. Safety & Environmental

37. Emergency Phone Numbers & Response
Health, Safety & Environment

38. HSE Monitoring & Reporting -Dashboard
Dashboard is a single page, graphical representation of
current HSE Issues and historical trends
Health, Safety & Environment

39. Safety Precautions
Health, Safety & Environment

40. Signs Examples
Health, Safety & Environment

41. Hazardous Substances Symbols
Health, Safety & Environment
COSHHstands for the
Control of Substances
Hazardous to Health
Shown are the new
hazard symbols

42. Environmentally Friendly Site
Air, Noise, Water & Soil Pollution
Health, Safety & Environment

43. Segregation of Waste
Health, Safety & Environment
Segregation of waste for proper disposal and
recycling. Less waste goes to landfill and
hazardous waste is treated to make it safe.
Colour Code for Skips & Bins

44. Water Pollution Prevention
Health, Safety & Environment

45. Existing Underground Utilities
ⓒDavid H Moloney
Brief Description
Before digging establish the
location and route of
underground utilities.
Locator to find Utilities
Spray Paint to mark pavement
Health, Safety & Environment

46. Existing Underground Utilities & Overhead Cables -Safety Measures
ⓒDavid H Moloney
Health, Safety & Environment

47. Trench -Safety Measures
Health, Safety & Environment

48. Trench -Safety Measures
ⓒDavid H Moloney
Health, Safety & Environment

49. Earthworks

50. Excavate & Load, Cart, Tip & Return
Brief Description
Cycle Time for 7km haulage distance
using an Excavator 45 tonne weight
and Dumper with a 40 tonne capacity,
the cycle time is 34 minutes
Earthworks
7 minutes
14 minutes
3 minutes
14 minutes 7 km
7 km

51. Excavation for Trench with Stepped Faces
Earthworks

52. Excavation for Trench with Battered Faces
Earthworks

53. Concrete

54. Concrete Full Scale Trial Castings of Pier
ⓒDavid H Moloney
Brief Description
The full-scale trial casting(s) shall
demonstrate/document that all
requirements to the concrete and the
execution of the work are fulfilled
simultaneously using the actual
methods and performed by personnel as
for the future production.
Concrete
BIM 3D Model Shutter Fibreglass

55. Concrete Batching Plant
David H Moloney
ⓒDavid H Moloney
Brief Description
Concrete batching plant comprises -
concrete mixer, control cabin, silos for
cement and fly ash, aggregate bins and
conveyor belt system to feed the mixer.
Also aggregate storage bays and water
storage tanks.
Concrete

56. Concrete Batching Plant
ⓒDavid H Moloney
Concrete

57. Concrete Batching Plant 3Nr.
ⓒDavid H Moloney
Concrete

58. Concrete Batching Plant –Computer Controlled
ⓒDavid H Moloney
Concrete

59. Concrete Batching Plant -Liebherr Betomix Animation
Concrete

60. Concrete Batching Plant
David H Moloney
ⓒDavid H Moloney
Brief Description
.
The mixing is computer controlled
and has a dynamic screen display,
showing the process. The material
storage capacity is, to match two
days concrete production.
Concrete

61. Concrete Mix Proportions per Cu M
Brief Description
.
Details of Mix for C40
1.Concrete Grade C40
2.Cement Type = OPC
3.Slump =125mm
4.Max size aggregate = 20mm
5.Max water / Cementitious ration =0.42
Concrete
Materials QtyUnits
Cement 310Kgs
Fly ash 100Kgs
Micro-silica 12Kgs
Washed Sand 670Kgs
Fine Sand 106Kgs
10mm Crushed aggregate400Kgs
20mmCrushed aggregates725Kgs
Water 145Ltr.
Additive Rheobuild 7.5Ltr.

62. Reinforcement Cutting & Bending Yard
ⓒDavid H Moloney
Concrete
Brief Description
Reinforcement in 12 m lengths.
Delivery in 3 ton Bundles

63. Reinforcement Cutting & Bending
ⓒDavid H Moloney
Concrete

64. Reinforcement Cutting & Bending
ⓒDavid H Moloney
Concrete

65. Reinforcement Cutting & Bending Yard
David H Moloney
ⓒDavid H Moloney
Reinforcement in 12 m lengths. Delivery in 3 ton Bundles Reinforcement cut to length by Shearing Machine
Reinforcement Bent to Shape by Bending Machine Reinforcement that is cut and bent is Bundled for delivery to work site
Concrete

66. Reinforced Wall Construction Sequence
ⓒDavid H Moloney
Concrete
Brief Description
The sequence to construct a reinforced concrete wall is as
follows:
Tie the reinforcement.
Erect stop-ends and the wall shutters.
Pour and vibrate the concrete mix.
Remove the shutters after the concrete has hardened.
.
Cycle Time
Pour per Day

67. Reinforced Wall Construction Sequence
ⓒDavid H Moloney
Concrete

68. Vibrating Concrete
ⓒDavid H Moloney
Concrete

69. Piling

70. Piling Construction -Plant & Methods
Brief Description
Piling Plant, Equipment and Material;
Crawler Crane, Piling Hammer, Temporary Casing,
Piling Rig, Concrete Pump, Concrete Mixer Trucks,
Tremie Pipe and Reinforcement Cage
Piling

71. Piling Construction -Plant, Methods & Sequence
Piling

72. Piling Construction -Plant & Methods
Piling

73. Piling Construction -Vertical Piles
Piling

74. Pile Load Test
ⓒDavid H Moloney
Piling
Brief Description
A jack is used to load the pile in steps and
gauges measure any settlement.

75. Pile Load Test
ⓒDavid H Moloney
Piling

76. Progress Monitoring & Administration

77. Progress Monthly, Monitoring & Reporting -Dashboard
Dashboard is a single page, graphical representation of current
progress and historical trends

78. Histogram Charts for Resources & Outputs
Manpower per Discipline
Concrete per Location
Man-hours for each month of the Project
Quantity for each month of the Project
ⓒDavid H Moloney
Brief Description
Histograms shows resources etc. for each month of a project.

79. Plant & Equipment List & Worker’s Job Titles
ⓒDavid H Moloney

80. Daily Work Record
Brief Description
Daily Work Records showing the
allocation of resources, materials and
work activities carried out daily.

81. Organogram
Brief Description
Shown are the line and
lateral relationships
between the various team
members and their relative
position in the site
organisation.

82. Staff Directory
Brief Description
List of staff and their
contact details

83. QA / QC Assurance

84. QA / QC Assurance Dashboard

85. Production by David H Moloney
My YouTube Channel link: https://www.youtube.com/channel/UCeJR9J7svhBd-C0ZoAH2fhQ