Centrally located for access to the city centre and major highways, the property is close to Brooklyn Mall, various embassies, the University of Pretoria, Loftus Versveld rugby stadium and the Gautrain bus routes. An electric vehicle (EV) charging station is available onsite with an EV for shuttle services; and shared Qhubeka Bicycles are available to guests for commuting within the neighbourhood.

The site houses older heritage buildings, newer existing buildings and new buildings. Paul Boshoff, the hotel’s architect and co-developer says:

Where we redevelop a building, we are sensitive to existing buildings, history, character and finishes. We seek to retain the best aspects of the building and then introduce new infrastructure, utilities, and more appropriate modern amenities and functions. Our aim is always to reduce utility demand and dependence. We work on both the older and newer existing buildings.

For the new buildings, a self-sufficient living pod was designed that allows for rapid deployment. The pod sits on top of a water reservoir concrete raft foundation that helps to modulate temperature in the units; and has a lightweight, highly insulated top structure, which makes for easier transport and also assists in temperature regulation and control. With a north orientation for good passive heating, the pod has a standardised ablution module (factory assembled and fitted); solar panels linked to Endless Power control modules; and an insulated hot water solar-powered vessel that was sized to accommodate water-based (in slab) heating in winter.

Zendré Compion, Sustainable Building Consultant at Solid Green, explains that a Net Zero Carbon building is defined as a building that is highly energy-efficient, with the remaining energy use being generated from renewable sources so that there are zero net carbon emissions on an annual basis. In the case of a Net Positive Carbon building, the energy from renewable sources results in more energy being produced than is used on site. Zendré says:

The building industry currently produces a third of the world’s CO2 emissions and should therefore take the lead in attempting to drastically reduce the amount of CO2 generated in the construction and operations of buildings. Net Zero/Net Positive is not about slowly pushing the building industry towards betterment, but rather about inspiring the end goal now.

Hotel Nieu aims to produce more energy on site than it will use. In addition to applying good passive design principles, this will be achieved through a rational design process that includes specifying high performance materials and active energy-producing systems like solar PV with battery back-up.

Paul explains that the Hotel Nieu philosophy revolves around six elements of sustainable net-zero living: human capital, water, energy, food, personal security and transport.

In addition to our energy-efficiency and generation measures, the project uses tested low-energy light fittings, water heating and appliances; and we monitor and audit our energy consumption to ensure continuous improvement.

We harvest and treat rainwater for reuse, offer onsite-purified drinking water and a public street drinking fountain, use borehole water instead of municipal water, and feed irrigation and stormwater overflow back into the system via our landscaped wetland. We also monitor and audit our water usage and use water-saving sanitaryware and appliances. All of this helps us to minimise our water footprint and ensure that not a drop is wasted.

Lucas Uys, landscape architect, explains that the hotel’s landscaping is designed for functionality and the gardens include edible elements and greenhouses, which contribute to the boutique hotel’s self-sustainability. Each suite offers a degree of self-catering functionality; while healthy and high-quality catering is also available onsite.

With a philosophy that is designed to inspire as well as contribute towards sustainability, Hotel Nieu is leading the local hospitality sector and providing a mindful ‘home-away-from-home’ for its guests.

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78 Corlett – developed by Legaro Properties, designed by Daffonchio & Associates Architects and with Solid Green Consulting as green building specialists – won the prestigious OVERALL GREEN AWARD. As one of the first projects in Africa to be certified Net Zero, 78 Corlett Drive in Johannesburg is leading the local green building sector into a new phase of evolution. The project was awarded a Net Zero Carbon (Pilot) Level 1 Certification in late November 2017, and a 6-star Green Star Office V1.1 Design certification in January 2018.

According to SAPOA Awards committee chairperson, Zinon Marinakos, the convention is hailed as the most prestigious networking event on South Africa’s built environment calendar, and this year commands even more prominence as a milestone for the industry across the country and beyond. Marinakos said:

The Judges reviewed each submission per category based on the evaluation criteria. Over and above the category winners, there were also overall awards including the Transformation Award, Heritage Award, Overall Green Award and The Overall Winner for 2019.

The accolades were awarded as follows:

• CORPORATE OFFICE DEVELOPMENTS: Discovery Joint Venture
• COMMERCIAL OFFICE DEVELOPMENTS: Sable Park – Century City
• INDUSTRIAL DEVELOPMENT: Cummins Southern Africa
• INNOVATIVE AWARD: Witklipfontein Eco Lodge
• INTERIORS AWARD: Discovery Place Interiors
• OTHER DEVELOPMENT: Norval Foundation
• REFURBISHMENTS: 33 Baker Street
• REFURBISHMENTS RETAIL: Eastgate Redevelopment and Contemporisation
• RESIDENTIAL DEVELOPMENTS: Embassy Towers
• RETAIL DEVELOPMENTS: Flamingo Shopping Centre
• RURAL DEVELOPMENTS: Thavani Mall
• INTERNATIONAL: Hilton Garden Inn
• OVERALL TRANSFORMATION AWARD: CTICC II
• OVERALL HERITAGE AWARD: Battery Park
• OVERALL GREEN AWARD: 78 Corlett Drive
• OVERALL WINNER: Discovery Joint Venture

The post 78 Corlett wins Overall Green Award at SAPOA appeared first on Solid Green Consulting.

A new steel and glass structure hovers over the old single storey, providing an eye-catching new image for the building.

Vaughan Hattingh, director at MDA, played an active role in the project’s design and construction and commended the professional team.

The philosophy and design of MDA’s new office centres around a respect for the natural environment and a clear understanding of our business needs. The project has surpassed our expectations both in terms of its execution and Net Zero certification, and firmly positions us as a thought leader in our sector, in terms of sustainability.

The site is xeriscaped to reduce the need for irrigation.

Activate’s approach was to re-orientate the building to allow a view and frontage over the M1 highway, and to add a floor to the building to bring the gross floor area up to 912sqm. “The new addition is a steel structure hovering over the old single storey portion of the project,” explains Michael Magner, director at Activate. “This design allowed us to create a large open-plan space without adding loads to the structure below, while providing an eye-catching new image for the building. It also enabled a fairly time- and cost-efficient construction process.”

The original timber staircase was restored as a reminder of the building’s past life.

Vivien Yun, project architect, adds:

The office boasts various spaces to work privately and collaboratively, and to interact socially. The intention was to enhance the essence of the 100-year old house while adding a new, modern intervention to reflect MDA as a forward-thinking organization.

The addition is a separate steel structure that accommodates a large open-plan office space without adding loads to the structure below.

Chilufya Lombe, director at Solid Green, explains that, when designing a building for Net Zero, it is crucially important that passive design and energy efficiency features are incorporated before renewable energy systems are even considered. He says:

Due to this design approach, the MDA building is three times more efficient than a standard office building in South Africa. Johannesburg is a signatory to the Net Zero Carbon Buildings Declaration and, as such, is aiming for all new buildings to be Net Zero by 2030. The MDA building has demonstrated that, with foresight and commitment, it is indeed possible to achieve Net Zero.

The space planning allows for various spaces to work privately and collaboratively, and to interact socially.

Energy efficiency and generation were the underlying principles that will result in the building producing more energy than the base building consumes. “The office areas are designed to be naturally lit for a significant portion of the year thereby reducing reliance on electrical lighting, and high-performance double glazing has been used for all curtain walls,” Lombe says.

The passive design principles for this building were optimised so that, even though the building has an air conditioning system, it only has to be used on really hot days. Staff can make use of openable windows for fresh air and comfort.

Efficient LED lighting is provided throughout most of the building, and the lighting system also features occupancy lighting controls to minimise consumption. And, thanks to the client’s vision, an extensive photovoltaic (PV) system was installed on the roof above the new floor, completely offsetting the building’s electrical needs.

The office areas are designed to be naturally lit for a significant portion of the year, and high-performance double glazing has been used for all curtain walls.

To further reduce dependency on natural resources, the building was fitted with a rainwater harvesting system which will be used to offset potable water use in the tenancy. Water-efficient sanitary fittings were installed throughout the building, and the site is xeriscaped to reduce the need for irrigation.

From an operational perspective, submetering and monitoring systems for water and energy facilitate ongoing management of the use of these resources; while a waste recycling storage area was provided to encourage the recycling of resources used within the building in order to reduce waste to landfill.

A new steel and glass structure hovers over the old single storey, providing an eye-catching new image for the building.

In order to encourage users to adopt alternative means of transportation, the building contains cyclist facilities for both occupants and visitors. Chosen for its central location, the site is within 600m walking distance of bus and taxi services and close to several local amenities such as gyms, restaurants and shops.

MDA Attorneys’ new office demonstrates commitment to a more resource efficient way of being, which will ultimately enhance the workplace experience of the building’s occupants and stand the business’ bottom line in good stead during the operational portion of the building’s lifecycle.

Project Team:

• Owner, Quantity Surveyor and Project Manager: MDA Property Holdings (Pty) Ltd
• Sustainable Design Review: Solid Green Consulting
• Sustainable Building Consultant: Solid Green Consulting
• Architect: Activate Architecture
• Electrical and Mechanical Engineer: Izazi Consulting Engineers
• Structural Engineers: Struxit Projects
• Main Contractor: Radon Projects

The post New MDA Office is Net Zero Carbon early adopter appeared first on Solid Green Consulting.

The GBCSA’s 11th Green Building Convention took place in October 2018 under the theme ‘Race to Zero’. Having attended the very first conference ten years before, Chilufya Lombe (director at Solid Green Consulting) admits that attending the event had become something of a habit. However, the inspirational 2018 edition was different.

Lombe says:

For years in the green building industry we have been striving to make achievements in helping to create building that have less impact on the environment than a normal building. This has always led to debate around how to define a normal building, and whether we should even be basing comparisons on buildings that have led to 40% of the world’s carbon emissions. Or should we have loftier goals?

Read the article on page 60 of the Positive Impact below.

The publication is also available here.

The post Exploring Net Zero Carbon appeared first on Solid Green Consulting.

The Landscape as Client

The design brief required that the project should demonstrate innovation in terms of sustainability and biomimicry, while being contextually relevant. “The area was once dominated by grassland, wetland and koppie,” says Marc Sherratt.

Restoring the indigenous ecology of the site became the starting point and controlling device for the architectural design. We approached the landscape first rather than the buildings, to determine what life we could keep, and which landscape might increase the area’s biodiversity. We decided to treat the landscape as a client.

We underwent an extensive research process into the indigenous landscape of Johannesburg, and consulted with a wetland specialist and an ecologist. Through this process, we decided to re-create a wetland on the site and to develop buildings that would sit sensitively in the landscape. The overarching design concept was informed by a bird’s nest – from how the structures touch the ground and the use of local materials, to the building’s response to climate and ideas around camouflage.

Wetlands provide evaporative cooling of around 2 degrees, thus giving the building resilience and future-proofing. Wetlands are also nature’s way of filtering and purifying water. This type of ecosystem facilitates large volumes of water being stored and recycled on site, which addresses one of the biggest challenges under a Net Zero certification for water by negating the need for large water storage tanks.

The wetland therefore has several uses. It acts as a storage facility; provides a wildlife sanctuary for indigenous wetland species, many of which are threatened; and offers a unique aesthetic value to the development. Water is filtered slowly and naturally using the slight slope of the site, ultimately resulting in potable water for residential use. Marc explains that, when the cost is of the system is shared between five units, it will be amortized relatively quickly.

Solid Green Sustainability Consultant on the project, Annelide Sherratt says, “Rainwater that falls onto the wetland and runoff from the roof is harvested and stored in the wetland. The total collection area on site including the roof and wetland surface area is approximately 960sqm. The average annual rainfall that is predicted to be harvested is estimated to be 655,600 litres. The predicted consumption of the development is 643,100 litres, so the project is expected to achieve a surplus of 12,500 litres of harvested water per year.

The project will have a 3-step filtration system, which catches leaves and plant materials, filters water down to 10 microns through a micron screen filter, and then purified it to drinkable quality. The storage tanks of filtered water will have more than 5 days of water available for use at all times.

In addition, the architect’s research revealed that wetlands in nature are a major source of fresh food for communities providing, among others, fish and fresh water mussels. Marc explains:

Unit owners will be offered the option of an aquaculture system, which, together with the option of an urban farm on the roof, will allow them to produce their own food. This challenges the Western concept of sustainability and proposes a more African approach that embraces practical benefits to the community.

Touching the Earth Lightly

The building itself sits lightly on the earth, touching the ground at two points only, with the rest of the structure floating above the wetland. Each of the five units has its own private view and the primary spaces are north-facing, with open plan kitchen and living areas on the ground floor and bedrooms on the first floor. The roof areas have been designed to accommodate residents’ individual needs such as children’s play areas, urban farming, or outdoor entertainment areas.

“The premise behind this development is that the way we consume is as important as the way in which we build,” Marc says.

To protect the integrity of the site, we are developing strict parameters with regards to how the development will be operated, a process that will be managed by a body corporate. The residents of this development will become stewards who understand that urban growth can help protect threatened biodiversity, in a symbiotic relationship that acts to the benefit of both.

In addition to passive design principles with lightweight, low Portland cement concrete construction providing good thermal mass, each unit will be fitted with Energy Star appliances, a gas stove, a solar hot water heating element and a 3kW solar PV system with 15kWh of storage.

The ground floor spaces have double glazed stacking door systems, allowing seamless integration of interior and exterior spaces; while the upstairs rooms have sliding glass doors with timber screens to minimise solar gain. Skylights bring in additional natural light and illuminate the internal natural textures.

Finishes are as natural as possible, without painting or applied floor finishes which would increase the building’s embodied energy. The intention is to offer clients three options for internal wall cladding, using a system that allows the cladding to be changed or adapted over time – reeds that are commonly used in the African subcontinent, which could potentially be grown on site; recycled timber; or Rhino Wood, which is more expensive but has longevity.

The project is not currently targeting the Net Zero – Waste category, as this option is not open to projects in the design phase, but the developers hope to target this category in the as-built and operational phase of the project.

The Linden Vleihuis embodies an ambitious vision for integrating true sustainability and reintroducing endemic biodiversity into an existing urban context. As such, it raises the bar for residential developments that seek to address the impacts of climate change.

PROFESSIONAL TEAM:

• Architect and Project Manager: Marc Sherratt Sustainability Architects
• Ecologist: Ecology International
• Wetland Specialist: Emifula Riverine Consultants & Associates
• Mechanical Consultant: Drikus van der Walt
• Wet Services: Green Planet Engineering Services
• Quantity Surveyors: Russell Irons & Associates
• Sustainable Building Consultant: Solid Green Consulting

Sustainable building features include:

The Multi-Unit Residential (MUR) development consist of 5 units.

The project has achieved net zero/ net positive ratings for 3 categories that include the following sustainable initiatives:

Carbon/Energy – Net Zero CARBON- Level 2

• Efficient LED lights
• Natural ventilation and double glazing
• Energy Star Appliances and gas stove.
• Solar hot water heating element with 2kw heating capacity.
• Each unit is provided with a 3kW solar PV system, with 15kWh of storage.

 Water: Net Zero WATER – Level 2

• Water efficient sanitary fittings,
• Rainwater harvesting,
• 400 KL created wetland as storage capacity for rainwater and water tanks
• Filtration system to drinkable water quality.

Ecology: Net Positive ECOLOGY – Level 1

• Reusing a brownfield site with existing municipal infrastructure,
• New created wetland,
• Endemic plant species
• 47 % of the site has landscaped areas

More on this project here.

The post Linden Vleihuis: Reintroducing Biodiversity into Urban Living appeared first on Solid Green Consulting.

The Living Building Challenge Standard is possibly the most rigorous green building design framework in the world.

When these principles are applied to a building, the building is required to operate perfectly within the climate where it is located; to harvest sufficient rainwater to provide for the needs of its occupants; and to collect sufficient energy from solar panels and other renewable energy systems to provide the building with all its energy needs. It is also required to provide a healthy indoor environment by using no harmful chemicals in the manufacture of the building materials and furniture, while being beautiful and acting as an inspiration to others.

The Hitchcock Centre for the Environment in Massachusetts is a small 850sqm building functioning as an environmental education centre with a beautiful wooden structure, exposed services and transparent rainwater tanks so children can see the rainwater tank filling up during a storm.

The R.W. Kern Center on the Hampshire College campus in Massachusetts is a 2-storey, 1500sqm building that generates 105% of its energy on site and reduces water consumption by 95%.

The Rocky Mountain Institute Innovation Center in Basalt, Colorado, holds LEED Platinum, International Living Futures Institute Zero Energy, PHIUS+ Source Net Zero, Architecture 2030 Challenge, and International Living Futures Institute Petal Certifications.

Is LBC a reality for South Africa?

As a seasoned green building practitioner, Marloes Reinink of Solid Green Consulting believes that the LBC can, and should, be implemented in local projects. She says, “We are so excited to be working on two residential projects in Cape Town that are registered to be Full Living Buildings under the Challenge.”

This means that the projects are aiming to achieve:

• Net Positive Energy: 105% of all energy used must be generated on site;
• Net Zero Water: water consumption cannot be more than what is harvested from rain, sourced onsite, and recycled from grey/black sources;
• The buildings must be completely pollutant free: all materials will comply with a red list of 23 chemicals that cannot be used;
• Net Zero Waste: almost all waste generated during construction and operations will have to be recycled;
• Beauty & Inspiration: the buildings are being designed to be an inspiration and showcase truly regenerative architecture in South Africa.

Designed by US-based architectural firm, A-I-R Inc, construction on the residential developments is planned to start in 2019, with Living Building certification targeted for 2021.

While the designs are still in their early stages, Darren Petrucci of A-I-R Inc, explains that the brief called for densification of two sites, each accommodating a two-family duplex in place of a single-family house. “Our strategy is to locate the new structure in such a way that both homes can benefit from the solar orientation and view, and have equal access to the landscape. The intention is for the homes to share infrastructure such as the water collection system and an elevator for universal access; and each dwelling has the potential to house at least 100 solar panels.

The architectural form and roof profiles are derived from the maximum benefits that can be obtained through correct solar orientation and light shading, and to optimize the roof areas for rainwater collection. As the buildings are tall and cascade up the mountain, we are manipulating natural air flow to cool the houses – stairwells become vertical vents to passively pull air up to the upper floors via thermal suction. Working with Solid Green allows us to test decisions as we move through the design process to optimise the liveability and performance of the buildings.

A series of gardens is being designed to allow waste water from the buildings to be purified using the landscape as a closed-loop filtration system that concludes in an aquifer from which potable water is sourced. Additional potable water is sourced from a borehole. Rainwater collected from the roofs will be used for toilet flushing and the minimal irrigation required. Composting toilets and a composting system are being incorporated to minimize the sewage and deal with the remaining black water treatment.

Private client, Francesco Svelto, comments:

I have been in the building industry my entire life as a civil engineer and builder. Ecological architecture is a new challenge for me, and this process has been an extremely valuable experience. Our intention is for the buildings to operate as independently as possible, and the measures taken to meet Living Building Challenge criteria all support that vision.

Anthony Svelto, the client’s son and architect with A-I-R Inc, adds

We have taken a futureproofing approach in response to the projects’ context and the water crisis in Cape Town. It makes absolute sense to design resilient buildings both in terms of water and energy consumption. The decisions and investments that we make now will benefit both the liveability and performance of the buildings in decades to come.

Sharing the Message

In 2016, Reinink signed up to become South Africa’s first ambassador for the Living Building Challenge. She says:

The role of an ambassador is to the spread the word about the Challenge in your country. This work keeps me motivated and realistic that there is still a long way to go in terms of greening the built environment.

In the last two years, I have presented at a number of architectural firms, at the Designer, Architect, Specifier (DAS) Conference, and through GreenED, an online learning platform for built environment professionals. It is really motivating to experience the positive feedback from attendees. We all want to make a difference and this standard pushes the boundaries towards being truly restorative.

Biophilic design, an emerging design discipline that connects people and nature, is an important part of the Living Building Challenge.

To assist with spreading the message and sharing knowledge around the restorative principles of the Living Building Challenge, Reinink has started a Collaborative in South Africa. The intention is also to identify regulatory barriers to implementing a Living Building Challenge project, and to lobby Government to bring about policy change. As green design becomes the new business-as-usual, this move effectively takes sustainability in the built environment to the next level.

Solid Green’s office, which holds both a 6-Star Green Star SA Interiors v1 As-built rating and a LEED Platinum v3 Interiors rating, takes waste management seriously with separating and recycling bins for paper, cardboard, metal, glass, plastic, e-waste and general waste.

For more information, please visit www.living-future.org, or email lbc.collaborative.rsa@gmail.com or marloes@solidgreen.co.za.

The post Living Building Challenge – A reality for South Africa? appeared first on Solid Green Consulting.

More in-depth information about 78 Corlett Drive can be found here.

Energy Strategies for the building contributing to the Net Zero Carbon Level 1 Certification:

• Sub-metering of major energy consuming systems is in place. Gathering information is key to understanding and managing building systems and to assess opportunities for energy savings.
• Minimisation of Greenhouse Gas Emissions associated with operational energy consumption is reduced. An energy model of the building was generated and in the design stages of the building compared to a notional building model. The building design showed an improvement of 100% (net zero operating emissions base building) over a SANS 10400 notional building.
• Provision is made to ensure all individual spaces or enclosed spaces are individually switched. This will offer greater flexibility for light switching, making it easy to light only occupied areas.
• The buildings peak electrical demand is actively reduced by the use of Photo voltaic system
• The project saves energy by  providing office lighting that is not over designed. This is achieved as the office lighting  design achieves an average maintained illuminance level of no more than 400 Lux .
•  The  office lighting design ensures the use of artificial lighting with minimal energy consumption as the energy use of 1.5W/m² per 100 Lux was set for the office lighting power densities.
• Hot water is efficiently provided through the use of small high performance electric under-counter geysers installed in each bathroom. This alleviates the need for long runs of insulated hot water pipes. Geyser electric requirements to be supplemented by photo-voltaic array installed on roof
• A 55 kWp photo-voltaic array installation with an annual output of 92 000 kWh is included in the project.

Sustainable building features include:

• Sub-metering of major energy consuming systems is in place. Gathering information is key to understanding and managing building systems and to assess opportunities for energy savings.
• Minimisation of Greenhouse Gas Emissions associated with operational energy consumption is reduced. An energy model of the building was generated and in the design stages of the building compared to a notional building model. The building design showed an improvement of 100% (net zero operating emissions base building) over a SANS 10400 notional building.
• Provision is made to ensure all individual spaces or enclosed spaces are individually switched. This will offer greater flexibility for light switching, making it easy to light only occupied areas.
• The buildings peak electrical demand is actively reduced by the use of Photo voltaic system
• The project saves energy by providing office lighting that is not over designed. This is achieved as the office lighting design achieves an average maintained illuminance level of no more than 400 Lux .
• The office lighting design ensures the use of artificial lighting with minimal energy consumption as the energy use of 1.5W/m² per 100 Lux was set for the office lighting power densities.
• A direct visual connection to the external environment is provided for 80% of the Office Useable Area.
• A high level of thermal comfort is ensured by addressing the internal operative temperatures through modelling and ensuring they are within the ASHRAE Standard 55-2004 Acceptability Limits for at least 98% of occupied hours
• Tobacco smoke is prohibited inside the building to ensure air quality benefits to the building occupants.
• All selected gaseous and fire suppression systems and thermal insulants used for the development have an Ozone Depleting Potential (ODP) of zero, to eliminate any contributions to long-term damage to the earth’s stratospheric ozone layer.
• A project specific Environmental Management Plan was developed and implemented throughout the duration of construction to establish guidelines to follow to minimise the environmental impact associated with construction activities.
• A project specific Waste Management Plan was developed and implemented to minimise the contribution of waste going to landfill. And reduce the environmental impact of the project.
• Evaporative cooling towers or other evaporative cooling systems that creates the risk of legionella disease are eliminated from the design of the building.
• The building achieves a savings through the use of water efficient fittings that limit the occupant water usage to 0.52 L/day/m2
• Sub-metering of major water consuming systems is in place. Gathering information is key to understanding and managing building systems and to assess opportunities for water savings.
• The building does not make use of a fire sprinkler system. This helps to reduce potable water wastage. And the development is designed to minimize storm water run-off to, and minimize the pollution of the natural watercourses.

Building Information:

Address: 78 Corlett Drive, Melrose North, Johannesburg, 2196
Total gross floor area: 2167 m²
Total commercial office area: GFA: 2167 UA: 1508
Car parking area: 1731 m²

Project team:

OWNER: Legaro Properties
ELECTRICAL ENGINEER: Rawlins Wales PTY LTDt/a PWP Taemane Consulting Engineers
QUANTITY SURVEYORS: Deheyder, Noppe and Partners and Legaro Properties
ARCHITECTS: Daffonchio & Associates Architects
MECHANICAL ENGINEER: Graeme Page Consulting Engineers
MAIN CONTRACTOR: Legaro Properties
PROJECT MANAGER: Legaro Properties
SUSTAINABLE BUILDING CONSULTANT: SOLID GREEN CONSULTING
WET SERVICES: AJC Plumbing
STRUCTURAL ENGINEERS: Kantey & Templer
FIRE ENGINEER: IFE SA International Fire Engineering
LIFT SPECIALIST: KONE Elevators South Africa (Pty) Ltd
ENVIRONMENTAL CONSULTANT: LEAP Landscape Architect Environmental Planner
WASTE CONTRACTOR: Kendis Bhekamina Demolishers

Certificate:

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