# data[].attributes.headline
 you might need some help interpreting some of this but it could be really helpful!

# data[].attributes.subject
 you might need some help interpreting some of this but it could be really helpful!

# data[].attributes.attachment_link.description
The Green Schools are a global network of schools in Bali, New Zealand and South Africa, committed to making our world sustainable through education

# data[].attributes.attachment_link.readable_text
The most widely used green building rating system in the world.
Start a project

Green building leadership is LEED

LEED provides a framework for healthy, efficient, carbon and cost-saving green buildings. LEED certification is a globally recognized symbol of sustainability achievement and leadership.

How LEED works

LEED certified buildings save money, improve efficiency, lower carbon emissions and create healthier places for people. They are a critical part of addressing climate change and meeting ESG goals, enhancing resilience, and supporting more equitable communities.

To achieve LEED certification, a project earns points by adhering to prerequisites and credits that address carbon, energy, water, waste, transportation, materials, health and indoor environmental quality. Projects go through a verification and review process by GBCI and are awarded points that correspond to a level of LEED certification: Certified (40-49 points), Silver (50-59 points), Gold (60-79 points) and Platinum (80+ points).

Platinum
80+ points earned

Gold
60-79 points earned

Silver
50-59 points earned

Certified
40-49 points earned

LEED system goals

The goal of LEED is to create better buildings that:

Reduce contribution to global climate change

Enhance individual human health

Protect and restore water resources

Protect and enhance biodiversity and ecosystem services

Promote sustainable and regenerative material cycles

Enhance community quality of life

LEED is a holistic system that doesn't simply focus on one element of a building such as energy, water or health, rather it looks at the big picture factoring in all of the critical elements that work together to create the best building possible. In fact, 35% of the credits in LEED are related to climate change, 20% of the credits directly impact human health, 15% of the credits impact water resources, 10% of the credits affect biodiversity, 10% of the credits relate to the green economy, 5% of the credits impact community and 5% of the credits impact natural resources. In LEED v4.1, a majority of the LEED credits are related to operational and embodied carbon. Learn more.

A LEED for every project

LEED is for all building types and all building phases including new construction, interior fit outs, operations and maintenance and core and shell. Unsure of which rating system to use? Check out our interactive Discover LEED tool to get started; then, use the rating system selection guidance to make a final decision.

BD+C
Building Design and Construction

For new construction or major renovations. Includes:

New Construction

Core & Shell

Learn more about building design and construction.

ID+C
Interior Design and Construction

O+M
Building Operations and Maintenance

For existing buildings that are undergoing improvement work or little to no construction. Includes:

O+M also includes applications for Schools, Retail, Hospitality, Data Centers, and Warehouses & Distribution Centers.

Learn more about operations and maintenance.

ND
Neighborhood Development

For new land development projects or redevelopment projects containing residential uses, nonresidential uses, or a mix. Projects can be at any stage of the development process, from conceptual planning to construction. Includes:

Learn more about neighborhood development.

For single family homes, low-rise multi-family (one to three stories) or mid-rise multi-family (four to six stories). Includes:

Homes

Multifamily Lowrise

Multifamily Midrise

Homes and residential buildings that are greater than six stories use LEED BD+C. Learn more about LEED homes.

For entire cities and sub-sections of a city. LEED for Cities projects can measure and manage their city's water consumption, energy use, waste, transportation and human experience. Learn more about LEED for Cities.

LEED recertification is an important step in protecting your building asset. Recertification helps you maintain and improve your building while keeping your sustainability investment in place. Applies to all occupied and in-use projects that have previously achieved certification under LEED - including BD+C and ID+C, regardless of their initial rating system or version. Learn more about recertification.
Recertification guide

Available for all LEED projects certified under the BD+C or O+M rating systems or registered to pursue LEED O+M certification. LEED Zero is for projects with net zero goals in carbon and/or resources. Learn more about LEED Zero.

# data[].attributes.attachment_link.description
The most widely used green building rating system in the world. Start a project LEED provides a framework for healthy, efficient, carbon and cost-saving green buildings. LEED certification is a globally recognized symbol of sustainability achievement and leadership. How LEED works LEED certified buildings save money, improve efficiency, lower carbon emissions and create healthier places for people.

# data[].attributes.attachment_link.readable_text
In most cases, firsts costs are higher. But the gap is narrowing - and it can sometimes be eliminated

By Desiree Hanford Green Article Use Policy

For many facility executives, the first question that comes to mind in discussions of green buildings has to do with a different kind of green. These facility executives want to know how much money it costs to build green.

The reality is that there's no single answer to that question. Costs can vary significantly from one project to the next depending on a range of factors. But experts agree that, while green isn't free, it doesn't have to break the budget when compared with conventional buildings on a first-cost basis.

"I tend to think the costs for green buildings are different, not more," says Gary Christensen, owner of the commercial development firm Christensen Corp. His firm developed the 195,000-square-foot Banner Bank Building in Boise, Idaho, for $128 a square foot and earned a LEED Platinum rating. One example of a cost tradeoff in the construction of the building: The cost for a raised floor was offset by a lower price tag for smaller HVAC units.

Whether it costs more to construct a green building depends on what it's being compared to, says David Callan, a senior vice president and director of sustainable design and high performance building technology at the Syska Hennessy Group. An environmentally responsible building can be constructed for the same price as a Class A "jewel," he says. It's a matter of how the money is spent: on granite or a sculpture for the lobby, or on improved indoor air quality. Both offer ways to differentiate the building, but improved IAQ not only provides a functional benefit and adds market value, but also may be a more effective way of making the building stand out.

Developers who want a green building but don't want it to cost more than a conventional building need to have cost, schedule and environmental awareness in their minds, Callan says. "That's because building a building is thousands and thousands of small decisions and not one big decision," he says.

A good design can minimize the size of a building's mechanical systems, which saves money in the short and long terms, says Alan Bright, a senior vice president in the San Francisco office of architectural firm HOK. "If people take the time, they'll find they can have costs that are the same as conventional buildings and that do a good job being green," he says.

Balancing Act

The first cost impact depends on the specific green measure being considered, says Don King, executive director, facilities and clinical technology, Kaiser Permanente. But items with additional costs can be offset over the long term by installing building systems with lower life-cycle costs. "Try to establish the financial and non-financial metrics and rank them in the order of what the company's priorities might be," says King.

The Providence Newberg Medical Center in Newberg, Ore., the first hospital to obtain LEED Gold certification, is an example of a project that was able to incorporate green building strategies without breaking the bank. Located on a brownfield site, Providence and other members of the design and construction team paid close attention to the categories outlined in the LEED program. More than 25 percent of the building material content was manufactured with recycled material, and 75 percent of the project's construction waste was recycled, says Richard Beam, director of energy management services for Providence Health & Services.

The medical center has a range of environmentally responsible measures. The stormwater runoff doesn't flow into the municipality's storm drain system but instead into bioswales that filter pollutants before the water is used in a garden where patients, visitors and employees can visit. The center consumes 50 percent less irrigation water than the old facility because the landscape contains native, drought-resistant plants. Beam says total water use has dropped by 20 percent thanks to low-flow plumbing fixtures in bathrooms, the kitchen and patient rooms. The use of 100 percent outside air instead of re-circulated air means fresh air is constantly flowing through the medical center.

"Why put harmful products in your building when there are many products that are available and good?" Beam says. "It's almost like taking a Hippocratic oath for buildings."

The additional cost to obtain LEED Gold certification - including both the sustainable design measures and the cost of going through the certification process - was about 1.4 percent of the total $49.3 million construction costs, Beam says. The center, which opened in 2006 to replace an existing facility, cost about $274 per square foot to build. Providence found state tax credits and utility rebates to help defray the higher first costs. The incremental cost for the medical center's energy and sustainability elements was $556,000. The project received $393,000 in tax credits and grants. Beam says the center recouped the remaining $163,000 in 14 months.

Beam recommends that building owners and developers who are considering whether to build a LEED-certified structure start by adding an additional 2 percent to 2.5 percent of the construction budget to the total project budget to cover the costs of green design measures and of the certification process, then work to whittle down the additional costs as construction progresses.

Long-term Impact Outweighs First Costs

But first costs are far from the whole story. Facility executives who intend to own a structure for any length of time and those who plan to market a property to a more sophisticated tenant need to consider the life-cycle impact of investments in green building elements because they will, in many instances, justify higher first costs, experts say. For example, when energy and water costs are considered over the life a building, they can help justify green purchasing decisions, Bright says.

To put first costs in perspective, Callan suggests that facility executives owners consider the 2/20/200 rule. On average, the cost of energy for a building per square foot is $2; the cost to construct a building and amortize it over 25 years is $20 per square foot; and the annual cost of salaries and staff of people who work in the office is $200 per square foot.

"So if you're the owner of a business, you want one that will increase productivity - thermal, visual, acoustical comfort - and that can have an impact of 1 percent to 10 percent on worker productivity," he says. "The money isn't in the construction or energy. The dollars are in the people."

Of course, there's no need to choose between design strategies that save energy and those that aim to boost productivity. Green design measures like daylighting can reduce energy costs while improving occupant satisfaction, he says. That can be especially important for cities, counties and states that are grappling with sky-high energy costs at a time when tax revenue is slowing, says Bright.

There are also other not-so-obvious long-term financial benefits to going green. Gregory Kats, a co-founder of New Resource Bank in San Francisco, says the financial firm recently offered lower interest rates for green buildings compared to the rates offered for conventional buildings, saving owners and developers money over the life of a loan and improving their financial returns.

"Once people decide to build green, they tend to view it as a competitive advantage personally and for their organization," he says.

Christensen says the cost of getting a building LEED certified should be considered a marketing cost and not a construction cost because the certification raises awareness about a building, leading to publicity and tenants who move in because the building is green. Owners and developers who choose not to have green buildings or ignore certification will find that potential tenants aren't interested in their buildings in a matter of a few years, he says.

Some of the decisions that are made early in the construction process affect not only the cost to the facility but also to the municipality where the building is located, says Kats, who is also managing director at Good Energies, a venture capital firm in the renewable energy and energy efficiency industry. Costs associated with water and wastewater, for example, are paid for by the facility but also the community through infrastructure work, he noted. A combination of porous pavements and sidewalks and the reuse of water can reduce the costs for all parties, Kats says.

Green Products

There are more green products available today than even a few years ago. Facility executives can specify everything from carpets with backings don't contain PVC to paints that are low in volatile organic compounds to energy-efficient elevators.

Christensen argues that green buildings cost less today than they have in the past because there's more competition among manufacturers. Increased competition has, for example, driven down the cost for carpets made with recycled materials and linear fluorescent pendant lighting fixtures, he notes.

Pushing Down Costs

Gary Saulson, director of corporate real estate for PNC Financial Services, agrees. There was a "green premium" for products a few years ago, he says, but that's no longer the case because the industry has pushed back against companies that tack on additional costs. One company that makes interior fixtures told PNC, which opened its first green bank branch in 2000 and now has more than 40 LEED-certified branches, that it would be charged more money for environmentally responsible products. The company changed its tune after PNC said it wouldn't pay the added costs, Saulson says. "And there's not a major carpet manufacturer that doesn't make green carpeting with hundreds of patterns for the same price as non-green carpeting."

Experts recommend that all the parties involved in building a structure - architects, engineers, contractors, developers, owners - get together early in the planning process so that everyone is aware that having a green building is a focus right from the start. Not doing so means a project may fail to take advantage of "some of the most powerful aspects of green design, which are the passive components," says Elizabeth Heider, senior vice president of construction for Skanska USA Building. Those passive components include site selection, such as locating a new building on a brownfield site and near public transportation, as well as orienting the building east-west for solar shading and insulation.

"Once you start putting green lipstick on a building that has already been designed," Heider says, "that building will cost more."

Desiree Hanford is a freelance writer who spent 10 years as a reporter for Dow Jones. She is a former assistant editor of Building Operating Management.

HUMAN IMPACT
Green Is More Than Money

Although money is clearly important when making first-cost design and construction decisions, some experts argue that the effects a green building has on its occupants are just as important as the bottom line. For example, having natural light in hospitals has been found to reduce a patient's stay by two days and lowered the amount of pain medication requested, says Elizabeth Heider, senior vice president of construction for Skanska USA Building.

The occupants of the 379,000-square-foot Alameda County Juvenile Justice Center in Oakland, Calif., were at the forefront of the county board's mind during its design and construction. The center, which was formally dedicated in April, replaces an existing juvenile hall built in the 1950s and consolidates county juvenile justice services, says James Kachik, deputy director of the County of Alameda General Services Agency.

The justice center has many green features. Solar panels provide 60 percent of the building's electricity, and the annual energy savings from all energy features combined is estimated at $350,000 a year. Thanks to features like no-water urinals and landscaping that requires a minimum amount of water, the center uses 50 percent less water annually than a comparable-sized facility, saving 7 million gallons of water, Kachik says. The building outperforms the county's energy and water codes by 40 percent, he says.

But efficiency is only part of the story. The facility is designed to maximize daylight and natural ventilation. Works of art are also incorporated throughout the facility. Although artwork doesn't make the center more environmentally responsible, it works hand in hand with green design. "All of this creates a positive environment, a positive message to the youth being held there," says Kachik.

An Alameda County ordinance requires LEED Silver certification. The justice center achieved LEED Gold certification, at a total construction cost of $141 million. The more green features that a building incorporates, says Kachik, "the greater the impact on the life and working activities of those who occupy the building."

Comments

# data[].attributes.attachment_link.title
Do Green Buildings Cost More? - Facilities Management Green Feature

# data[].attributes.attachment_link.description
In most cases, firsts costs are higher. But the gap is narrowing - and it can sometimes be eliminated By Desiree Hanford Green Article Use Policy For many facility executives, the first question that comes to mind in discussions of green buildings has to do with a different kind of green.

# data[].attributes.attachment_link.readable_text
Our modern way of life is centered on megacities. This will continue and the percentage of the global population living in cities will soon rise 80%. We are all looking for greener cities and a healthier life. Urban farming, rooftop gardening, vertical gardens, biological concrete ... all offer a vision of an urban architecture with an added layer of sustainability.

The precursor of this interest for giving more visibility to nature in the city is Patrick Blanc, a french botanist working at the French National Centre for Scientific Research, specializes in plants from tropical forest. He is the creator of the Vertical Garden ( Mur Végétal), the first one was made for Cité des Sciences in 1986. Blanc's gardens are transformative as the flora is constantly evolving. The botanist uses his profound knowledge of plant life, particularly drawing inspiration from flora found in Thailand and Hawaii. He creates patterns of colour mostly with a large green palette. During the first two decades of Blanc's experimentation, architectural firms showed little interest. It was only decades later, after he had executed a large number of projects for private homeowners, international hotels, museums and luxury brands such as Chanel, that the architectural world has become interested in the potentiality of vertical gardens. One of his most famous creation is for the Musée du quai Branly, Paris in 2004 during an interesting video interview he explains this realization.

Another idea called "Farmscrarper" could make our cities greener by cultivating plant or animal life within skyscrapers. The idea of a vertical farm has existed since the Hanging Gardens of Babylon. The modern version of vertical farming uses techniques similar to glass house. Dickson Despommier a professor of environmental health sciences at Columbia University in New York City, developed this idea of vertical farming in 1999 with graduate students in a medical ecology class. This might be a solution for feeding people in the future in a "locavore" way.

We know that we need trees to keep a breathable air in our megacities. Bosco Verticale - the Vertical Forest - is a project for metropolitan reforestation that contributes to the regeneration of the environment and urban biodiversity. On flat land, each Vertical Forest equals, in amount of trees, an area of 10.000 sqm of forest. Space that you never find in the center of a city!

The first example of this vertical densification of nature within the city is composed of two residential towers of 110 and 76 meters height. Realized in the centre of Milan those towers will host 900 trees. The structure is completed and is currently proceeding with the construction of facades and facilities. The towers run with a system that optimizes, recuperates and produces energy. The diversity of plants produce humidity and a microclimate which can absorb CO2 and dust particles, producing oxygen and protect from radiation and acoustic pollution. The quality of living spaces is improved and energy is saved. Plant irrigation are produced mostly through the filtering and reuse of the grey waters produced by the building.

A spanish team of researchers: the Structural Technology Group recently developed a "Biological Concrete". This building material incubates, encourages and accelerates the growth of a select group of organisms, such as lichens, moss, micro algae, and fungi. The speed at which the concrete fosters it microorganism communities is key: ensuring aesthetic appeal ahead of blotchy buildings was paramount in the researchers concerns.Thanks to the biological cover that grows on the concrete, it acquires thermal, environmental and aesthetic helpful. This concrete has the ability to capture solar energy and CO2, it insulates and regulates the temperature inside the building, according to the species that are installed on concrete, different colors can adorn the facades forming a living painting.

What is exciting with all those innovations is that they create conditions conducive to life. We can now imagine the green cities of our near future.

# data[].attributes.attachment_link.description
Our modern way of life is centered on megacities. This will continue and the percentage of the global population living in cities will soon rise 80%. We are all looking for greener cities and a healthier life. Urban farming, rooftop gardening, vertical gardens, biological concrete ...

# data[].attributes.attachment_link.description
See the Walk Score of , . View map of nearby restaurants, parks, and schools. See photos of .

# data[].attributes.attachment_link.title
What is green building? | World Green Building Council

# data[].attributes.attachment_link.description
This section gives an insight into who and what makes up the World Green Building Council.

# data[].attributes.attachment_link.title
The Twelve Essential Steps to Net Zero Energy with Ted Clifton (Clifton View Homes)

# data[].attributes.attachment_link.description
http://www.cliftonviewhomes.com/ http://zero-energyplans.com/ Clifton View Homes and Zero Energy Plans founder/CEO Ted Clifton walks us through the twelves steps of building planning and construction that have helped him to design and build the most energy efficient homes in the world. Video shot and edited by Kyle Porter, http://porterworks.com/

# data[].attributes.attachment_link.readable_text
Hong Kong is committed to building a sustainable future and to ensuring that our future generations can continue to thrive in a clean and green environment. But is it possible to incorporate the concept of sustainability into the building design and its management, hence reducing the environmental impacts to nature and improving our quality of life? The answer is a resounding Sure! This article talks about how to achieve sustainability in buildings, with case studies and examples.

What Are Green Buildings?

Green buildings are not a complicated or technical concept. They are designed, built, renovated, operated, and reused in an ecological and resource-efficient manner to meet certain objectives such as protecting occupant health; improving employee productivity; using energy, water, and other resources more efficiently; and reducing the overall impact to the environment.

Green Buildings Save Energy

We can save energy through incorporating green building features and the use of energy efficiency technologies and products, thus achieving sustainability.

The use of natural ventilation and lighting can reduce energy consumption for air-conditioning, ventilation and lighting in buildings. Many of the renewable energy sources are free and inexhaustible, offering greener resources and economically viable options.

Since 1998, Electrical and Mechanical Services Department has implemented a voluntary Hong Kong Energy Efficiency Registration Scheme for Buildings to promote energy efficiency in buildings. In 2005, the Government issued a technical circular setting out the guidelines for all capital works projects and minor works projects on the adoption of energy efficient features and renewable energy technologies in Government Projects and Installations. The Government is working on legislation to make the implementation of building energy codes mandatory.
More on energy efficiency in buildings

Green Buildings Reduce Waste

Installing waste separation facilities such as bins or racks in green buildings together with publicity and promotional activities directed to the occupants of the building can help to recover more materials for recycling and reduce waste requiring disposal.
More on the programme on source separation of domestic waste More on the programme on source separation of commercial and industrial waste

Green Buildings Save Water

Green buildings save water with the following features:

Installation of flow restrictors at water taps.

Installation of optimized timing self-closing taps or sensor taps in public lavatories and washing rooms.

Reduction of water pressure of the plumbing systems to the lowest practical level.

Installation of dual flush cisterns (a choice between "full flush" and "half flush").

Provision of reclaimed water systems for toilet flushing, cleaning and irrigation.

More on tips of saving water More on using reclaimed water

Indoor Air Quality

The quality of indoor air should not be overlooked. It has a significant impact on building occupants since people spend more than 70% of their time indoors. Good indoor air quality (IAQ) safeguards the health of the building occupants and contributes to their comfort and well-being.

Better IAQ can be achieved by two major approaches; providing adequate ventilation and controlling the source of indoor air pollutants such as using low emission furnishing products.
More on achieving better IAQ Pamphlets on improving the IAQ in your buildings

Government's Efforts in Promoting Green Buildings

To premise on the recommendations of the Council for Sustainable Development subsequent to its public engagement exercise, the Government has reviewed the policy of allowing private buildings to increase floor areas to include green and amenity features for enhancing the living environment. It has been decided to tighten the policy including doing away with concessions for certain features, lowering the level of concessions for carparks, balconies, utility platforms and residents' recreational facilities, and imposing an overall cap of 10% for a number of features which still qualify for concessions. Incorporation of sustainable design elements for building separation or enhancement of building permeability, setback and greenery in new buildings, together with provision of environmental and energy consumption information in new buildings are pre-requisites for obtaining concessions. The revised package will strike a proper balance between fulfilling environment performance and comfort requirements of buildings on the one hand, and minimising the impact on the surrounding environment as far as possible on the other. It will also ensure room for creativity in Hong Kong's building designs.

The Considerate Contractor Site Award Scheme and the Green Contractor Award Scheme have been launched to encourage and give recognition to the private sector to practise sustainable design and construction.

To improve the indoor air quality and promote public awareness of the importance of IAQ, the Government has implemented an IAQ Management Programme. One of the core tasks of the Programme is to launch a voluntary IAQ Certification Scheme for Offices and Public Places. Premises have their IAQ meeting the two-level IAQ objectives (Good or Excellent) are awarded with "Good Class" or "Excellent Class" IAQ certificate. IAQ labels are also issued to these premises for posting at prominent locations to make known to the public of such achievement.

Explore Green Buildings in Hong Kong

The Government is building up momentum in developing green buildings. The following are some examples.
Hong Kong Children Hospital
This is the first public children hospital in Hong Kong, specialising in tertiary services and quality care for complex and rare pediatric cases. It consists of two 11-storey towers and a single-storey basement with three bridge linkages connecting both towers in the middle. The building provides a total floor space of around 168,000 square metres with a capacity of total 468 beds for in-patient, day-patient services, as well as research and training facilities.
More on Hong Kong Children Hospital

Sports Centre, Community Hall and District Library in Area 14B, Shatin (Yuen Chau Kok Complex)
The Sports Centre, Community Hall and District Library are built to meet the strong demand for sports facilities, a new venue for organizing community activities, and improved library services and facilities in the district of Shatin. It consists of 4-storey sports centre, 6-storey community hall and district library.
More on Yuen Chau Kok Complex

You can explore more on other green buildings through the following links: More on Community Green Stations More on Central and Western District Promenade - Western Wholesale Food Market Section More on Fire Services Training School at Pak Shing Kok More on The trade and Industry Tower in Kai Tak More on Sing Yin Secondary Secondary (near Choi Wan Road and Jordan Valley, Kwun Tong)

# data[].attributes.attachment_link.description
Hong Kong is committed to building a sustainable future and to ensuring that our future generations can continue to thrive in a clean and green environment. But is it possible to incorporate the concept of sustainability into the building design and its management, hence reducing the environmental impacts to nature and improving our quality of life?

# data[].attributes.attachment_link.title
Green buildings are more than brick and mortar | Bryn Davidson | TEDxRenfrewCollingwood

# data[].attributes.attachment_link.readable_text
Beyond Zero- Be Net Positive: World Green Building Week 2017

Share this article

For the sixth year running, Cundall is taking part in World Green Building Week (WGBW) across our global locations, taking place from 25 September to 1 October 2017. The World Green Building Council's theme is: "net zero" buildings.
Cundall's global events: Beyond Zero - Be Net Posistive
With the challenges that are facing the planet, the built environment needs to be doing more. At Cundall we do not feel that aiming for zero is enough, instead our built environment should be making a positive impact.

Net positive goes beyond zero and has a restorative effect. As a business, we are working towards being net positive with our own offices, projects we deliver, our homes and communities. At this event, we will share more about how we are doing this in line with our global vision for a sustainable future.

Will you join us in this net positive journey?

Adelaide: Thursday 28 September 2017

Belfast Full details to follow. Please email Charlotte c.lunlapickup@cundall.com to register your interest.
Birmingham Brisbane Tuesday 26 September 2017 Thursday 28 September 2017 Dubai Dublin Edinburgh Tuesday 26 September 2017 London Madrid Manchester Melbourne Newcastle Perth Tuesday 26 September 2017 Wednesday 27 September 2017 Sydney Monday 25 September 2017 Monday 25 September 2017 Friday 29 September 2017 Tuesday 26 September 2017/Martes 26 de Septiembre 2017 Thursday 28 September 2017 Tuesday 26 September Monday 2 October 2017
Bucharest Full details to follow. Please email Jonnie. jonnie.allen@cundall.com to register your interest.

Doha Full details to follow. Please email Olga. o.rowley@cundall.com to register your interest.

Hong Kong Full details to follow. Please email Lucia. l.donlon@cundall.com to register your interest.

Shanghai Full details to follow. Please email Lucia. l.donlon@cundall.com to register your interest.

Singapore Full details to follow. Please email Lucia. l.donlon@cundall.com to register your interest.

Warsaw Full details to follow. Please email Emily. e.hogg@cundall.com to register your interest.

# data[].attributes.attachment_link.keywords[]
beyond zero- be net positive: world green building week 2017 wgbw #

# data[].attributes.attachment_link.title
Beyond Zero- Be Net Positive: World Green Building Week 2017 - Cundall

# data[].attributes.attachment_link.description
Beyond Zero- Be Net Positive: World Green Building Week 2017 Share this article For the sixth year running, Cundall is taking part in World Green Building Week (WGBW) across our global locations, taking place from 25 September to 1 October 2017. The World Green Building Council's theme is: "net zero" buildings.

# data[].attributes.attachment_link.title
Green building & the Sustainable Development Goals | World Green Building Council

# data[].attributes.attachment_link.description
This section gives an insight into who and what makes up the World Green Building Council.

# data[].attributes.attachment_link.title
How do solar panels work? - Richard Komp

# data[].attributes.body
according to walk score, hong lok yuen is only 33 walk points.