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Member Since: 2013
Member Offices: Dubai, Hong Kong, London, Phoenix, Sydney
Website: http://www.rlb.com
RLB is an independent global construction and property consultancy providing management and advice throughout the built environment.
We are committed to creating value for our clients, achieving commercial certainty, project and programme success and optimised assets to projects across the world. We do this through our extensive expertise in cost management and quantity surveying, project and programme management, asset advisory and specialist consultancy.
Throughout our long history, our 4000 people, working across 40 countries, have made a difference to our clients by combining fresh perspectives with sector expertise. Together, we’re creating a better tomorrow through flawless execution today.
Construction / Contractor; Owner (Buildings, Land); Structural Engineering
Membership Level
Gold
Member Since
2013
Member Offices
Dubai
Hong Kong
London
Phoenix
Sydney
Rank |
Name |
Status
Completed Architecturally Topped Out Structurally Topped Out Under Construction On Hold Proposed Vision Never Completed Demolished Competition Entry Canceled Proposed Renovation Under Renovation Renovated Under Demolition |
Height |
---|---|---|---|
1 |
632 m / 2,073 ft |
||
2 |
599.1 m / 1,965 ft |
||
3 |
554.5 m / 1,819 ft |
||
4 |
530 m / 1,739 ft |
||
5 |
530 m / 1,739 ft |
||
6 |
523 m / 1,716 ft |
||
7 |
412 m / 1,352 ft |
||
8 |
402.7 m / 1,321 ft |
||
9 |
384 m / 1,260 ft |
||
10 |
383.2 m / 1,257 ft |
CTBUH Chapter Treasurer, 2017 – Present
18 October 2016
Major Issues for the Implementation of an Effective Cost Management for Super High-Rise Buildings
Tuesday October 18, 2016. Shenzhen, China. Stephen Y.F. Lai of Rider Levett Bucknall presents at the 2016 China Conference Session 6c: Economic Considerations. Developers of...
01 December 2017
Sustainable Design and Its Cost: Case Study of Nanning China Resources Tower
Sustainability is becoming more and more important in our everyday lives. Thus, it is apparent that more sustainable initiatives are incorporated in a building design...
17 October 2016
Major Issues for the Implementation of an Effective Cost Management for Super High-Rise Buildings
Developers of super high-rise buildings in China often engage international designers for preliminary and schematic design, while Local Design Institutes in China are responsible for...
Rank |
Name |
City |
Completion |
Height |
---|---|---|---|---|
1 |
- |
729 m / 2,392 ft |
||
2 |
- |
660 m / 2,165 ft |
||
3 |
- |
648 m / 2,126 ft |
||
4 |
2015 |
632 m / 2,073 ft |
||
5 |
2017 |
599 m / 1,965 ft |
||
6 |
2017 |
555 m / 1,819 ft |
||
7 |
2016 |
530 m / 1,739 ft |
||
8 |
2019 |
530 m / 1,739 ft |
||
9 |
- |
523 m / 1,716 ft |
||
10 |
2026 |
475 m / 1,558 ft |
||
11 |
- |
445 m / 1,460 ft |
||
12 |
2003 |
412 m / 1,352 ft |
||
13 |
2020 |
403 m / 1,321 ft |
||
14 |
1996 |
384 m / 1,260 ft |
||
15 |
2016 |
383 m / 1,257 ft |
||
16 |
1992 |
374 m / 1,227 ft |
||
17 |
1990 |
367 m / 1,205 ft |
||
18 |
2019 |
355 m / 1,163 ft |
||
18 |
2019 |
355 m / 1,163 ft |
||
20 |
- |
333 m / 1,093 ft |
||
21 |
2015 |
309 m / 1,015 ft |
||
22 |
2014 |
308 m / 1,010 ft |
||
23 |
2008 |
298 m / 978 ft |
||
24 |
1999 |
283 m / 928 ft |
||
25 |
2015 |
280 m / 917 ft |
||
26 |
1996 |
276 m / 906 ft |
||
27 |
2019 |
275 m / 902 ft |
||
28 |
2017 |
273 m / 894 ft |
||
29 |
2019 |
265 m / 869 ft |
||
29 |
2019 |
265 m / 869 ft |
||
31 |
2019 |
265 m / 869 ft |
||
32 |
2019 |
265 m / 869 ft |
||
33 |
2005 |
262 m / 859 ft |
||
33 |
2005 |
262 m / 859 ft |
||
35 |
2002 |
260 m / 853 ft |
||
36 |
2009 |
257 m / 843 ft |
||
37 |
2017 |
256 m / 840 ft |
||
38 |
2004 |
255 m / 837 ft |
||
39 |
2014 |
250 m / 820 ft |
||
40 |
2020 |
250 m / 820 ft |
||
41 |
2013 |
246 m / 806 ft |
||
42 |
1992 |
244 m / 801 ft |
||
43 |
2017 |
238 m / 781 ft |
||
44 |
2014 |
235 m / 771 ft |
||
45 |
2019 |
235 m / 769 ft |
||
45 |
2019 |
235 m / 769 ft |
||
47 |
2020 |
232 m / 760 ft |
||
48 |
2014 |
231 m / 759 ft |
||
49 |
2018 |
231 m / 757 ft |
||
50 |
2018 |
229 m / 750 ft |
||
51 |
- |
225 m / 738 ft |
||
52 |
- |
224 m / 733 ft |
||
53 |
2017 |
222 m / 729 ft |
||
54 |
2013 |
211 m / 692 ft |
||
55 |
2023 |
210 m / 690 ft |
||
56 |
- |
210 m / 689 ft |
||
57 |
2010 |
207 m / 679 ft |
||
57 |
2010 |
207 m / 679 ft |
||
59 |
2015 |
206 m / 676 ft |
||
60 |
2010 |
203 m / 665 ft |
||
61 |
- |
200 m / 656 ft |
||
62 |
2026 |
196 m / 644 ft |
||
62 |
2026 |
196 m / 644 ft |
||
64 |
2014 |
195 m / 641 ft |
||
65 |
2016 |
191 m / 626 ft |
||
66 |
2014 |
180 m / 591 ft |
||
67 |
1985 |
179 m / 587 ft |
||
68 |
2016 |
170 m / 558 ft |
||
69 |
2010 |
166 m / 545 ft |
||
70 |
2014 |
165 m / 542 ft |
||
71 |
2014 |
165 m / 542 ft |
||
72 |
2003 |
160 m / 525 ft |
||
73 |
2017 |
158 m / 518 ft |
||
74 |
2017 |
157 m / 514 ft |
||
75 |
2017 |
155 m / 509 ft |
||
75 |
2017 |
155 m / 509 ft |
||
77 |
2014 |
155 m / 508 ft |
||
78 |
1993 |
152 m / 497 ft |
||
79 |
2020 |
148 m / 486 ft |
||
80 |
2007 |
148 m / 485 ft |
||
81 |
2010 |
147 m / 482 ft |
||
81 |
2010 |
147 m / 482 ft |
||
81 |
2010 |
147 m / 482 ft |
||
84 |
2020 |
146 m / 479 ft |
||
85 |
2014 |
121 m / 396 ft |
||
86 |
2014 |
116 m / 381 ft |
||
87 |
2018 |
116 m / 380 ft |
||
88 |
2014 |
112 m / 367 ft |
||
89 |
2015 |
111 m / 364 ft |
||
90 |
2019 |
105 m / 343 ft |
||
91 |
2009 |
96 m / 316 ft |
||
92 |
2013 |
89 m / 292 ft |
||
93 |
2013 |
89 m / 292 ft |
||
94 |
2013 |
86 m / 283 ft |
||
95 |
- |
76 m / 248 ft |
||
96 |
2012 |
75 m / 246 ft |
||
97 |
2019 |
74 m / 243 ft |
||
98 |
2017 |
71 m / 234 ft |
||
99 |
2013 |
71 m / 234 ft |
||
100 |
2018 |
71 m / 232 ft |
||
101 |
2013 |
70 m / 231 ft |
||
102 |
2008 |
68 m / 223 ft |
||
103 |
2009 |
63 m / 207 ft |
||
104 |
- |
63 m / 207 ft |
||
105 |
2016 |
59 m / 194 ft |
||
105 |
2016 |
59 m / 194 ft |
||
105 |
2016 |
59 m / 194 ft |
||
108 |
2010 |
58 m / 190 ft |
||
109 |
- |
- m / - ft |
||
110 |
- |
- m / - ft |
||
111 |
- |
- m / - ft |
||
112 |
- |
- m / - ft |
||
112 |
- |
- m / - ft |
150 m+ Buildings
300 m+ Buildings
Average Building Age*
12 Years
Most Common Function*
Office (40%), 38 Buildings
Most Common Material*
Composite (48%), 41 Buildings
* Based on 150 m+ buildings currently in the database.
*Based on 96 Completed & Under Construction Buildings
NOTE: Construction start time is not available for all buildings. The average construction time is only displayed if there is three or more buildings with construction start and complete data in that year.
Create your own charts using the Explore Data tool.
18 October 2016 | Hong Kong
Major Issues for the Implementation of an Effective Cost Management for Super High-Rise Buildings
Tuesday October 18, 2016. Shenzhen, China. Stephen Y.F. Lai of Rider Levett Bucknall presents at the 2016 China Conference Session 6c: Economic Considerations. Developers of...
18 October 2016 | Shenzhen
CTBUH 2016 China Conference - Session 6c: Economic Considerations Q&A
Tuesday October 18, 2016. Shenzhen, China. Eric Lee of JLL; Stephen Y.F. Lai of Rider Levett Bucknall; Jason Barr of Rutgers University; Brian Rignley of...
17 September 2014 | Shanghai
Cost Planning and Control of Tall Buildings: The Case of Ping An Finance Center
For tall buildings to be financially viable, effective cost planning and control of construction costs is essential in determining project feasibility. As demonstrated in the...
17 September 2014 | Shanghai
2014 Shanghai International Conference - Ping An Tower Room, Session 1 - Q & A
2014 Shanghai International Conference Ping An Tower Room, Session 1 Questions & Answers session with speakers Wai Ming (Thomas) Tsang, Shenzhen Ping An Finance Center...
01 December 2017
Sustainable Design and Its Cost: Case Study of Nanning China Resources Tower
Sustainability is becoming more and more important in our everyday lives. Thus, it is apparent that more sustainable initiatives are incorporated in a building design...
17 October 2016
Major Issues for the Implementation of an Effective Cost Management for Super High-Rise Buildings
Developers of super high-rise buildings in China often engage international designers for preliminary and schematic design, while Local Design Institutes in China are responsible for...
16 September 2014
This chapter looks at the major cost drivers of tall buildings such as the overall design planning, foundation and substructure, structure, façade, architectural works, interior...
29 October 2017
The day before the CTBUH 2017 Australia Conference, delegates gathered for the Calculating Floor Areas in Skyscrapers Workshop.
04 April 2017
CTBUH has recognized the completion of Lotte World Tower, now the fifth tallest building worldwide at 555 meters.
27 March 2017
CTBUH has certified the completion of Ping An Finance Center. At 599 meters it is the tallest building in Shenzhen, second tallest in China, and fourth tallest worldwide.
16–21 October 2016
Cities to Megacities: Shaping Dense Vertical Urbanism takes place progressively across three Chinese cities: Shenzhen, Guangzhou, and Hong Kong.
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