Contents
LIST OF FIGURES ...................................................................................................................................... ii
LIST OF TABLE......................................................................................................................................... iii
ABBREVIATION ....................................................................................................................................... iv
INTRODUCTION ....................................................................................................................................... 1
CONCEPT OF BUILDING ........................................................................................................................... 2
DESIGN PROCESS..................................................................................................................................... 3
MAJOR SUSTAINABLE FEATURES ............................................................................................................ 9
ECONOMIC CONSIDERATION ................................................................................................................ 14
METHOD OF ASSESMENT ...................................................................................................................... 17
CONCLUSION......................................................................................................................................... 18
REFERENCES .......................................................................................................................................... 20
ANNEXURES .......................................................................................................................................... 21
i
LIST OF FIGURES
Figure 1 - Clearpoint Residences............................................................................................................. 1
Figure 2 – Balcony View .......................................................................................................................... 3
Figure 3 – Balcony View .......................................................................................................................... 3
Figure 4 – During the Construction Stage ............................................................................................... 4
Figure 5 - Cantilever architecture: Clearpoint Residencies (Construction Stage)................................... 4
Figure 6 - Cantilever architecture: Clearpoint Residencies (Construction Stage)................................... 5
Figure 7 - Cantilever architecture: Clearpoint Residencies (After Finishing) .......................................... 5
Figure 8 - Interior Design of the Apartment ........................................................................................... 6
Figure 9 - Bathroom Arrangement .......................................................................................................... 6
Figure 10 – Kitchen Area ......................................................................................................................... 7
Figure 11 - Roof Top Swimming Pool ...................................................................................................... 7
Figure 12 - Gymnasium ........................................................................................................................... 8
Figure 13 - Squash & Tennis Courts ........................................................................................................ 8
Figure 14 – Apartment Tower Base ........................................................................................................ 9
Figure 15 – Window Arrangement........................................................................................................ 10
Figure 16 – Airconditioning in the Bedroom ......................................................................................... 10
Figure 17 – Planted Terraces ................................................................................................................ 11
Figure 18 – Solar Panel.......................................................................................................................... 11
Figure 19 - Rainwater Harvesting.......................................................................................................... 12
Figure 20 - Automated Drip Irrigation .................................................................................................. 12
Figure 21 - Categories in the BREEAM rating ........................................................................................ 18
ii
LIST OF TABLE
Table 1 – Main Details of The Project ..................................................................................................... 2
iii
ABBREVIATION
GBCSL
Green Building Council of Sri Lanka
iv
INTRODUCTION
Colombo city is the business capital in Sri Lanka. The growth of businesses in the city is
increasingday by day. As a result of this situation, many urban dwellers those living outside
the capital are attracted to the city. The traffic conditions, environmental pollution around
Colombo district is getting higher due to these unavoidable movements of vehicles, etc.
Solutions for the situation are being implemented as part of the master plan for development
of the city. Most of the suburban population who travel to Colombo daily cannot afford to
build their own houses within city limits as the cost of land and cost of construction are not
within their means. Purchasing an apartment onpayment in instalments is an ideal alternative
especially to private sector executives who travel to Colombo daily with their whole family as
most such children attend prestigious schools in Colombo.
Clearpoint Residencies is a 46-story super luxury apartment complex is in the picturesque
locality of Rajagiriya, Sri Lanka. Now completed, it’s the country’s first truly sustainable highrise and the world’s highest vertical garden. Located just a few minutes from the heart of
Colombo, the building provides easy access to supermarkets, restaurants, and schools in and
around the swiftly developing Rajagiriya.
Figure 1 - Clearpoint Residences
1
CONCEPT OF BUILDING
Nestled in the tranquil surroundings of Rajagiriya, Clearpoint Residences is slated to Sri
Lanka’s first sustainable high-rise and also the tallest residential vertical garden in the world.
A brainchild of renowned Archt. Milroy Perera, Clearpoint Residences is a joint venture
between Milroy Perera Associates and construction giant Maga Engineering. Both entities are
well versed in the nuances of architecture and construction and their expertise has paved the
way to create a one-of-a-kind design that is cutting-edge and sustainable.
Even though the location remains within a few minutes of a drive from the central business
district of Colombo, the complex sits peacefully away from the hustle of the busy roads
overlooking Diyawanna Lake. The building consists of 171 spaciously designed 2, 3, and 4
bedroom apartments, a limited number of penthouses, and presidential suites spread over
46 floors. A rooftop swimming pool, gymnasium, squash, and tennis courts are among the
many amenities provided in the complex. To minimize solar heat gain, the architects have
designed the entire building such that no glass surfaces are directly exposed to sunlight.
Location
Kotuwegoda, Rajagiriya, Sri Lanka
Client
Clearpoint Residencies (Pvt) Ltd.
Main Contractor
Maga Engineering (Pvt) Ltd
Structural Engineer
Maga Engineering (Pvt) Ltd
MEP Engineer
Maga Engineering (Pvt) Ltd
Design Team
Milroy Perera Associates
Completion Year
2017
Project Cost
Rs. 6 billion
Type
Building
Usage
Residencial
Height
186 m / 607 ft
No of Floor
47 Floors
No of Apartments
171 Apartments
Structural Material
Concrete
Awards
•
Platinum Rating Certification under the
GREENSL® Rating System for Built Environment
Table 1 – Main Details of The Project
2
DESIGN PROCESS
A veritable treat for the senses, Clearpoint Residencies gives luxury living an elegant new
twist, its ground-breaking architecture and pristine interiors combining to form the world’s
tallest vertical garden.
The building consists of 171 spaciously designed 2, 3 and 4 bedroom apartments, a limited
number of penthouses and presidential suites spread over 46 floors. In place of ordinary
balconies, all apartments will be equipped with large terraces with self-sustaining gardens.
Whilst preventing the apartments from receiving direct exposure to sunlight and providing
shade, these large terraces will lend themselves as extra entertainment spaces.
Figure 2 – Balcony View
Figure 3 – Balcony View
3
Clearpoint Residencies foundation of the building is built with reinforced concrete piles. The
superstructure is a shatterproof concrete tubular structure which encompasses flat slabs,
designed for seismic resistance.
Figure 4 – During the Construction Stage
The use of post-tensioning systems made it possible to build cantilever swimming pools and
balconies. The tower includes 5 m cantilever balconies surrounding the entire building that
required a high load-bearing capacity in order to accommodate the loads of the planned
plantings. The tower also features 10 swimming pools extending in 5.1 m cantilevers.
The current construction boom in Sri Lanka has led to wide spread usage of post-tensioning
systems in high rise buildings because these systems make it possible to build extraordinary
and seismically resistant designs with long cantilever spans.
Figure 5 - Cantilever architecture: Clearpoint Residencies (Construction Stage)
4
Figure 6 - Cantilever architecture: Clearpoint Residencies (Construction Stage)
Figure 7 - Cantilever architecture: Clearpoint Residencies (After Finishing)
Utracon supplied and installed 74 t of strand post-tensioning tendons in the cantilever
beams, flat slabs and walls. The stressed beams enabled the construction of flat girders so
each level has the same floor to floor clear height.
In the cantilever swimming pool slabs, Utracon installed and stressed 30 strand tendons
with FA flat anchorages. In the cantilever balconies, a total of 328 strand tendons including
FA flat anchorages and 716 strand tendons including MA multiplane anchorages were
installed and stressed.
5
All floors are of high quality, elegant homogenous porcelain tiles and the structural walls are
all built with reinforced concrete, while the inner partition walls are built with cement hollow
blocks. Internal walls are skim coated with emulsion paint. and all living areas including
bedrooms are equipped with multi-split type inverter air conditioners and ceiling fans. These
air conditioners are state-of-the-art units fitted with ‘inverter technology’ that consume 40%
less energy than average air conditioners.
Figure 8 - Interior Design of the Apartment
All toilets and bathrooms are mechanically ventilated. Bathroom accessories such as wash
basin with vanity counter, wall hung water closet with flush valve system, mirrors, mixer taps,
hand bidet shower, towel rails, toilet paper holders, robe hooks, shaver power socket and
soap dish holders are all beautifully fitted in to ensure all essential sanitary needs are met.
And the maid’s bathroom will be equipped with a bathroom which includes shower facilities
and a bib tap and water closet with a hand bidet shower.
Figure 9 - Bathroom Arrangement
6
The kitchens will have access to natural ventilation, but the cooking areas will be mechanically
ventilated as well. All kitchens will be equipped with fully fitted pantry cabinets with modern
branded hood and hob and intend to create unique and beautiful spaces and the bathrooms
will be built to perfection, with porcelain flooring and wall tiles up to ceiling level and
tempered glass shower cubicles. There will be rainwater showerheads attached creating a
hands-free flow of water from above.
Figure 10 – Kitchen Area
Amenities
• The Roof Top Swimming Pool
Figure 11 - Roof Top Swimming Pool
7
•
The Gymnasium
Figure 12 - Gymnasium
•
Squash & Tennis Courts
Figure 13 - Squash & Tennis Courts
•
•
•
•
•
Modern Security & Surveillance Systems
Dedicated Parking
Proximity Cards for Residents
Elevators
Garbage Disposal Systems
Clearpoint Residencies has been designed with the clear goal in mind: to provide its
homeowners the very best of sustainable living, while setting in benchmark for the high rise
development. This includes ensuring a structure that survives the test of time, has minimum
impact on the adjacent environs, and provided a pleasant and secure environment for its
resident.
The Designer’s aim was to offer sophisticated setting, harking back to the days when one
could experience the greenery of their garden first hand and the birds and butterflies
surrounding it.
8
MAJOR SUSTAINABLE FEATURES
In place of ordinary balconies, all apartments are equipped with large format terraces with
Self – Sustaining gardens. As well as preventing the windows from receiving direct sun
exposure and providing shade, these large format terraces will lend themselves as extra
entertainment spaces.
Sustainability Features
The Structure utilizes the very best raw materials and is the product of professional
craftsmanship, built to endure the test of time, while also providing occupants with maximum
security and unfettered access. By incorporating a variety of tropical flora, Clearpoint ensures
each apartment functions as its own microhabitat, creating a synergy between occupants and
their environment, whilst seamlessly blending rustic charm, urban sophistication and an
attitude of environmental conservatism.
Clearpoint Residences is truly the future of high rise living, with its minimal carbon footprint
and reduced maintenance cost; a product of creative architectural design and cutting-edge
technology. Reduced cost across the board ensures that apartment owners spend
considerably less on upkeep and maintenance, whilst also positioning them as the citizen at
the forefront of conservation and responsible living.
Clearpoint Residences was built up with a process to reduce your carbon footprint and more
importantly, reduce maintenance cost across the board. We believe that inhabiting this living
tower will be more cost-effective than any other apartment complex in Sri Lanka to date. This
is due to the carefully thought out additions and design innovations that have been provided.
Figure 14 – Apartment Tower Base
9
Windows & Terraces
Formation of a green cover through the planting of trees provides a natural cooling system
for the entire building, resulting not only in a fresher and more relaxing atmosphere, but less
energy spent on air conditioning. This blanket of trees also endows the building with an innate
soundproofing system, blocking out the sounds of the hustle and the bustle of the city around
it.
Figure 15 – Window Arrangement
Air Conditioning
Since all apartments receive less heat due to windows not being exposed to direct sunlight, it
has been possible to reduce the size of air conditioners, thus requiring less energy to be used.
In addition, all apartments are cross ventilated for the purpose of cooling the inside naturally.
All living areas including bedrooms are equipped with multi-split type inverter air conditioners
and ceiling fans. These air conditioners are state-of-the-art units fitted with ‘inverter
technology’ that consume 40% less energy than average air conditioners.
Figure 16 – Airconditioning in the Bedroom
10
Planted Terraces
The Planted terraces offer the building a unique charter while providing many other benefits.
Plants have a natural tendency to absorb sound, both internally and externally. Plants provide
shade, cool terraces and buffer radiant heat. Oxygen Produced during the daytime provides
cleaner air, while leaves act as a natural filter for dust, which otherwise enters the apartment.
There is also provision for the occupants to grow their own plants.
Figure 17 – Planted Terraces
Solar Panels
In a significant step towards sustainable Development and energy conservation, Clearpoint
Residences uses solar panels to generate electricity for communal areas and mechanisms
such as lobby and corridor lighting, elevators and the recycling system. Additional electricity
will be sold to CEB using a net metering system.
Figure 18 – Solar Panel
11
Rainwater Harvesting
Rainwater is collected at ground level and used with recycled grey water for toilet flushing
and plant irrigation.
Figure 19 - Rainwater Harvesting
Automated Drip Irrigation
An automated drip irrigation system has been incorporated throughout the building so that
terrace gardens are maintenance free. The drip irrigation system will save water when
compared with a sprinkler system. Additionally, the water used for irrigation is recycled from
the grey water output of the residence, which is also used in the sanitation systems of
apartments, thus reducing water usage by 45%.
Figure 20 - Automated Drip Irrigation
12
Grey Water Recycling System
One of the main uses of water in apartments is for flushing. In an effort to reduce the water
usage, recycled water is used for flushing. Water is collected from apartment showers,
bathrooms, and sinks. Running it through a recycling system which purifies the water to be
less than 10 BOD (Bio Oxygen Demand) the Recycled water is mixed with rainwater and sent
through to the bathroom water closets and to the drip irrigation system, which means
flushing and the drip Irrigation does not require water from the mains.
Solid Waste Disposal
Solid waste Generated from the apartment is separated into glass, paper, plastic and metal
(with the aid of the occupants) in the garbage room which is situated on each floor and
negatively ventilated so odors do not escape into the lift lobby. The waste is then collected
and sold to the relevant authorities.
The income earned from this process is used to maintain the building, further reducing the
cost of maintenance.
In addition, all Schindler elevators at Clearpoint will adopt Schindler’s clean Power Factor One
(PF1) regenerative drive technology, which, together with PORT will contribute to reducing
the building’s overall energy consumption and help meet its sustainability goals. This project
will also mark the introduction of Schindler’s PORT destination control technology to Sri
Lanka.
13
ECONOMIC CONSIDERATION
SOCIAL SUSTAINABLE CONSIDERATION
In the site and suburbs like Rajasiriya, it became a highly demanded area. Owning of house in
this area is required 20 perches of land value at more than 20-30 million and with another Rs.
40-50 million to build a house. Considering the Clearpoint Apartment, incorporated a solar
power system and intelligent, high speed elevators that will generate electricity for common
amenities together with efficient AC and grey water recycling system. The combination of
such features and common amnesties make living in Clearpoint more economical than owing
aa house.
Using solar power to power the common elements. Then the electricity bill will be the
cheapest of the house owners. The air conditioning cost will be lower than other apartment
because of that there are big balconies with plants that reduce the heat gain into the building.
The special system to manage solid waste will ensure garbage is separated and sold to
relevant sources. The money thus earned will be used to maintaining the building, cutting
down cost of maintenance. All these features will drastically reduce the utility and service bills
compare to any other building.
There are four elevators in the building and an intelligent sensor system has been put in place
to direct residents towards the elevator that will take them faster to their residence, saving
time. Two parking slots have been allocated for each apartment, which sits under a
landscaped garden that acts as a multi-court for basketball, tennis, badminton and other
sports. The apartment complex also includes an entertainment area overlooking the garden
along with all other amenities needed for a comfortable living.
Yet another key feature is that the size of the smallest apartment unit (2 bedroom) is 1,800
sq ft while the average apartment unit (3 bedroom) is 2,300 sq ft. Furthermore, the architect
and developer together can allow the residents to customize each apartment by combining
rooms and even joining apartments thanks to the innovative design layout of each apartment.
Each floor consists of only four apartments or less where each one is built into a corner,
providing a panoramic view of the surrounding greenery and the city.
14
ENVIRONMENTALLY SUSTAINABLE CONSIDERATION
The Clearpoint Residence is minimal carbon footprint and reduced maintenance cost a
product of creative architectural design and cutting-edge technology bringing about
sustainability, conservation, and environmentally responsible living to the forefront. The
almost one kilo meter horizontal stretch of greenery at Kandalama has been translated to a
vertical stretch with planted terraces circling the entire structure and an inbuilt self-sustaining
watering system at Clearpoint residencies. It steps aside from the typical apartment
complexes with compacted units while redefining the idea of congested urban living.
In place of ordinary balconies, all apartments will be equipped with large terraces with selfsustaining gardens with an abundance of local species. There is also provision for the
occupants to grow their own plants. Maintenance purposes calls out for modularized
strategies where the concrete floor would be free from loose soil while the trees will be held
by plastic containers. These terraces will prevent the apartments from direct exposure to
sunlight. Hence while providing shade; it will also lend itself as an extra entertainment space.
These terraces that offer a formation of a green cover through the planting of trees will
provide a natural cooling system for the entire building, resulting not only in a fresher and
more relaxing atmosphere, but less energy spent on air conditioning. This blanket of planted
terraces also endows the building with an innate sound proofing system, blocking out the
sounds of the hustle and the bustle of the city around it. Since all apartments receive less heat
due to the windows not being exposed to direct sunlight, it has been possible to reduce the
size of air conditioners, thus requiring less energy to be used. In addition, all apartments are
cross ventilated for the purpose of cooling the inside naturally.
In a significant step towards sustainable development and energy conservation, Clearpoint
Residences uses solar panels to generate electricity for common areas and mechanisms such
as lobby and corridor lighting, elevators, and the recycling system. Additional electricity will
be sold to Ceylon Electricity Board using a net metering system. An automated drip irrigation
system has been incorporated throughout the building so that terrace gardens are
maintenance free. The drip irrigation system will save water when compared with a sprinkler
system.
To reduce the water usage, recycled water is used for flushing. Water is collected from
apartment showers, bathrooms, and sinks. Running it through a recycling system which will
purify the water to be less than 10 BOD (Bio Oxygen Demand) the Recycled water is mixed
with rainwater and sent through to the bathroom water closets
and to the drip irrigation system, which means flushing and the drip Irrigation does not
require water from the mains. Solid waste Generated from the apartment is separated into
glass, paper, plastic, and metal (with the aid of the occupants) in the garbage room which is
situated on each floor and negatively ventilated so outdoors do not escape into the lift lobby.
15
ECONOMIC SUSTAINABLE CONSIDERATION
There is no doubt that mid-range housing projects are in high demand in the suburban areas
of the country, specifically in Rajagiriya, Malabe, Wattala, Ja-Ela, Panadura and Moratuwa.
However, not many luxury houses and/or condominiums have been constructed in the
suburban areas of Sri Lanka yet.
A luxury condominium in Colombo would cost more than Rs. 30 million due to increased land
prices and demand within the city. On the other hand, tourism and expat arrivals have
increased quite extensively over the years. With much lower expenses compared to other
nations; Sri Lanka can be considered a long-term stay travel destination. Luxury projects in
such areas could provide a better return on investment in the near future.
An apartment here comes at a hefty price, simply because it uses state-of-the-art technology
to combine sustainability with luxury living, but it certainly is a footprint for buildings of the
future.
16
METHOD OF ASSESMENT
Clearpoint Residences has been awarded with the Platinum Rating Certification under the
GREENSL® Rating System for Built Environment, at the Annual Green Building Awards
Ceremony 2018 held at Earls Regency Hotel, Kandy last week. This prestigious Awards
Ceremony was organized by the Green Building Council of Sri Lanka with the prime objective
of promoting cost effective high performance environmentally friendly green buildings
incorporated with extremely efficient energy and water saving mechanisms and measures
taken to ensure healthy and comfortable indoor environment. Furthermore, this awards
scheme recognizes the developers who aspire to implement such green building practices as
a value addition to both their product and to the real estate industry as a whole.
The Sri Lanka Green Rating System for existing buildings is a set of performance standards
used to certify the operations and maintenance of all forms of commercial or institutional
buildings and residential buildings of all sizes, both public and private. Platinum is the highest
rating a green building can earn under the GREENSL® Rating System. .As per this rating system,
Clearpoint Residencies is one of the highest-rated green buildings in Sri Lanka. Regarded as
the ‘tallest vertical garden in the world’ and is Sri Lanka’s first sustainable high-rise apartment
complex.
This Platinum Green Rating will further add value to the property and benefit the residents
who have already occupied their apartments at Clearpoint Residencies.
A Green Environmental Rating System applicable to Sri Lanka has been formulated as a ‘homegrown system’ with all norms acceptable to leading rating systems, after conducting research
projects and workshops by an Expert Committee appointed by the GBCSL, with the assistance
of national and international experts. The Expert Committee has studied the experiences of
green building initiatives of India, China, Indonesia, Malaysia and Singapore, which are the
rapidly growing economies in our region. The GBCSL commissioned a panel of Certified
Assessors to validate the documentation for all claimed credits and assure that they conform
to the compliance requirements as outlined in the ratings document.
Other Awards:
•
Asia Property Award Sri Lanka 2018 including Best Green Development & Highly
Commended Best Luxury Condo Architectural Design
•
Maga Engineering emerged the category winner under best Managed Project in
Construction/ Infrastructure Development Sector for the Construction of 47 story
Clearpoint Residences at the recently concluded National Project Management
Excellence Award – 2018. This prestigious award ceremony, organized by the Project
Management Institute Sri Lanka Chapter was held for the 2nd time in Sri Lanka to
recognize complex projects that best deliver superior performance of Project
Management practices, superior organizational results and positive impacts on the
society.
17
CONCLUSION
As per considering above major sustainable factors, economic consideration “Clearpoint Residencies”
has ushered in a new era for Sri Lankan Green building concept. It is still the tallest vertical garden in
the world meaning it was built with sustainability and environmental impact in mind. Clearpoint
offered many unique design and construction challenges along the way. Clearpoint is also the first
high-rise building in Sri Lanka to contain fully-fledged rainwater harvesting, automated drip irrigation,
grey water recycling and solid waste disposal systems, as well as solar panels that can power all its
common areas.
There are two aspects to “going green”. One reason is that people disagree with the generalized
systems in place to contribute to waste, abundance for some and poverty for others.
Another reason is that many people come to the conclusion that the way everyone else is living may
not be the best way for them. They seek out other approaches that make more sense for their morals
and their budgets.
The size of the vertical garden is predicted to conquer the withstanding record holder “One Central
Park” building in Sydney, Australia.
And also, the Clearpoint Residencies can achieve the other sustainability awards.
There are three major building rating and certification systems that provide the basis for the other
approaches used throughout the world: the Building Research Establishment Environmental
Assessment Method (BREEAM), which was developed in the U.K., the Sustainable Building
Challenge Framework (SBTool), which was developed by the collaborative work of 20 countries, and
the Leadership in Energy and Environmental design (LEED), which was developed in the U.S.A.
This project also achieve the LEED rating and it can be also applying the BREEAM rating.
BREEAM measures sustainable value in a series of categories, ranging from energy to ecology. Each
of these categories addresses the most influential factors, including low impact design and carbon
emissions reduction; design durability and resilience; adaption to climate change; and ecological
value and biodiversity protection. There are several categories in the BREEAM rating, and it can be
listed as follows.
Figure 21 - Categories in the BREEAM rating
18
In our point of view, the project can achieve the higher points in above categories. Because of that
the project already got the LEED certificate and BREEAM is the more advance one than the LEED.
19
REFERENCES
1. Athapaththu, K.I. and Karunasena, G., 2018. Framework for sustainable construction
practices in Sri Lanka. Built Environment Project and Asset Management.
2. CIDA (2018) ‘Cida journal 2018’, 16. Available at:
https://www.cida.gov.lk/content/files/publications/441) cida journal 2018.pdf.
3. Godman, L., Power, J., Jones, S. and Harris, G., 2015. Alpha space-where plants fly beyond
the vertical garden. Journal of Green Building, 10(2), pp.1-23.
4. Jayasinha, A. (2016), “Five of Sri Lanka’s best green buildings”. available at:
http://roar.lk/economy/green buildings-sri-lankas-corporates-can-keep-clean/
5. Kajeenthan, K. and Ranaweera, M.P., 2019. Structural Survey of High Rise Buildings in
Colombo Sri Lanka. Data Mining and Knowledge Engineering, 11(6), pp.100-107.
6. Khaniya, B., Gunathilake, M.B. and Rathnayake, U., 2021. Ecosystem-based adaptation
for the impact of climate change and variation in the water management sector of Sri
Lanka. Mathematical Problems in Engineering, 2021.
7. Liyanage, K.C.W., Kawmudi, W.N., Galadeniya, G.G.S.S., Perera, P.L. and Amaratunga,
A.A.R.K., Impact of the cost factor on implementation of Green Building Concept in Sri
Lankan construction industry.
20
ANNEXURES
ANNEXURE 01 -
SECTION DRAWING
ANNEXURE 02 -
TYPICAL FLOOR PLAN – 6TH TO 48 FLOOR (EVERY EVEN NUMBERED FLOOR)
ANNEXURE 03 -
TYPICAL FLOOR PLAN – 6TH TO 48 FLOOR (EVERY ODD NUMBERED FLOOR)
ANNEXURE 04 -
POOL FLOOR PLAN
ANNEXURE 05 -
3 BEDROOM APARTMENT CONFIGURATION
ANNEXURE 06 -
4 BEDROOM APARTMENT CONFIGURATION
ANNEXURE 07 -
4 BEDROOM APARTMENT CONFIGURATION WITH POOL
ANNEXURE 08 -
PENTHHOUSE SUITE
21