Vital tool to support timber use in construction


Timber-in-construction

Aiming to position timber as a first-choice ‘primary and preferred construction material’, Wood First Plus will provide evidence of the credentials of timber from cradle to grave.

Work has begun to create a free online information hub containing all of the environmental and design data necessary for project managers, designers and architects to specify timber as a first choice material.

The hub will be called Wood First Plus, and has been organized by Wood for Good, the UK timber industry promotion and sustainability group, supported by Scottish Enterprise, the Timber Trade Federation, Forestry Commission Scotland and the Timber Research and Development Association.

Building on the arguments of the Wood First campaign, which aims to position timber as a first-choice ‘primary and preferred construction material’, Wood First Plus will provide evidence of the credentials of timber from cradle to grave.

The project is a result of on-going consultation with timber industry organizations and external stakeholders, including contractors groups, architects, professional institutions and many others.

All stakeholders will be able to access whole-life information on timber products free of charge through a dedicated website, managed by Wood for Good.

Individual timber companies will be able to use this data as a basis to develop specific environmental product declarations (EPD) for their products to guarantee their sustainability and traceability.

David Hopkins, Wood for Good’s head of external communications, said: “With the built environment sector now firmly focused on delivering low-carbon, sustainable buildings, being able to quantify the environmental impact of construction materials is becoming increasingly important.

“The aim for Wood First Plus is to provide empirical evidence on the performance of specific wood products, making it easier for construction professionals wishing to build with timber to do so, and helping them to adhere to industry regulations. We look forward to announcing the first set of results later this year.”

The use of wood in construction brings numerous benefits for the environment, the economy, and the community. Trees absorb CO2 and store it, and when used in construction form an important store of atmospheric carbon, helping to limit global warming.

With sustainably managed forests and increased use of timber in construction it is an endlessly renewable process.

Additionally, wood has good thermal performance properties, increasing the energy efficiency and operational performance of a building. Timber framed buildings are often quicker to erect saving on construction cost.

The organization is also calling for a ‘Wood First’ stipulation in planning guidance that would require wood to be considered, where feasible, as the primary construction material in all publicly-funded new build and refurbishment projects, from housing to bridges to schools.

PE International has been engaged to oversee the collection, analysis and review of all life cycle assessment (LCA) data for a wide range of timber and timber products that will be used in the online tool.

The company has extensive experience in the construction materials sector and in working with the timber industry, having previously completed a major LCA project on US hardwood lumber for the American Hardwood Export Council.

(Excerpt of article from Link2. NOT AFFILIATED WITH LAMBOO)

                                                                                                                                                                                                                

As more and more organizations return to the basics and look for sustainable options in their projects, the demand for renewable resources such as wood will grow exponentially. Often overlooked by mainstream architecture, is an ancient building material that can meet these demands, bamboo. As a rapidly renewable, high performance, material bamboo can be integrated with other bio based (or renewable) materials to provide truly sustainable buildings and products. Bamboo has a wealth of environmental and performance attributes that make it ideal for the construction and retail markets.

Other articles of interest:

Wood’s New Wave
Evolving Building Codes: Wood Revolution
The Virtues of Bamboo
Bamboo Architecture and Construction
What Can Bamboo Do About CO2?
Bamboo As A Carbon Offset: INBAR Does The Math
Can bamboo tackle environmental and poverty concerns?
In Africa’s Vanishing Forests, the Benefits of Bamboo
Nigeria Can Generate 24 Million Jobs From Bamboo Production

Advertisements

LEED: Changing the built world for the better


The sustainable (green) building movement is a major trend in design and construction of commercial and public buildings. The United States Green Building Council has coordinated the establishment and evolution of a national consensus effort to provide the industry with the tools necessary to design, build and operate buildings that deliver high performance inside and outside the building footprint.

They have developed the Leadership in Energy and Environmental Design standard, which is a rating system based on optimum site selection and sustainability, water efficiency, energy and atmosphere optimization, materials and resources (renewable and recyclable base), and indoor environmental quality. The LEED process is a systematic approach where building design and construction needs to meet various requirements in the five segments to reach a certain rating level, and LEED certification is voluntary. Whether it be a school, library, government building or your office, you probably have been in a LEED building.

All people in the building industry are looking for ways to adapt to this changing environment in the private and public sectors. We know that buildings consume annually more than 30 percent of the nation’s total energy, and more than 60 percent of the electricity. Research has demonstrated that green design measures in new buildings reduce operating costs, enhance building marketability, increase worker productivity and reduce potential liability resulting from indoor air quality problems.

(READ FULL STORY)

building-impacts_why-build-green

What Can Bamboo Do About CO2?


Efforts to thoroughly study the role that plants play in climate change mitigation are increasing. Most researchers focus on the promise of large, leafy forest trees to help remove carbon from the atmosphere. This is because, generally speaking, the bigger the plant, the more CO2 it absorbs – and trees are the most obvious large plant species. However, there are some very large non-tree plants in the world and increasing evidence points to a surprising grassy climate change warrior: bamboo.

One species of bamboo, the Guadua Angustifolia, found in Venezuela, Ecuador, and Colombia, has been shown to grow up to 25 meters in height and 22 centimeters in diameter, with each plant weighing up to 100 kilograms. This doesn’t match the stature of many trees, but it is still big enough to be significant. It is not all about size, however. How fast a plant grows has a part in determining how much CO2 it can absorb in a given time. In this respect, bamboo wins hands-down: it grows faster than many trees, growing up to 1.2 meters per day. In fact, bamboo holds the Guinness World Record for the world’s fastest growing plant.

Bamboo’s other advantage is that it has great strength and flexibility, making it an ideal low-cost building material in many parts of Africa, Asia, and Latin America, areas where it is native. This means that bamboo in a plantation can regularly be chopped down and used to build houses and other structures, where the carbon remains sequestered for an average of 80 years, and that the plantation will recover quickly due to the fast growth rate. Because of this, the World Bank recently financed a project in Ecuador proposed by the International Network for Bamboo and Rattan (INBAR), an intergovernmental organization dedicated to improving the livelihoods of the poor producers and users of bamboo and rattan. The project is called ‘Elevated bamboo houses to protect communities in flood zones’ and has so far succeeded in developing and implementing techniques to construct ecological flood-resistant housing for low-income families using a type of bamboo that is native to Ecuador.

(READ FULL STORY)

b2ap3_thumbnail_bamboo-forest

Sustainability in Construction of the Future


Facing the numerous challenges related to sustainability, many research works and experiments are conducted to develop innovative concepts, technologies and construction systems.

In order to identify the key perspectives of this domain, the magazine Habitation publishes an article on the construction of the future, including an interview of Professor Emmanuel Rey of the Laboratory of Architecture and Sustainable Technologies (LAST).

Among the numerous innovations currently under development in the built environment, some tendencies can be emphasized and grouped according to four research axes, which meet the work in which the LAST is presently involved.

Symbiotic neighborhoods.

This third generation of sustainable neighborhoods will borrow principles from industrial ecology to further develop synergies and resource exchanges at the scale of a neighborhood.

Rebuild with flexibility.

Much more than imagining a new ideal city in the middle of the fields, it is necessary, especially in Europe, to determine the optimal way to upgrade existing towns and cities. A key issue will therefore be the renovation, transformation and replacement of existing buildings.

New energy paradigms.

The first efficiency measure always consists in decreasing the needs. This reality is going to make bioclimatic strategies essential, taking into account an increasing number of parameters: passive solar energy and natural light, natural ventilation and passive cooling, weighing the interests of urban densification and quality of life. Integrated design of renewable energy system will also play an increasing role in the next decades.

Recyclable housing.

These enhancements will help the growing, in energy balances, of the importance of grey energy. This will promote, in Switzerland, the use of local resources such as wood, but also to innovate in the field of hybrid construction systems, which combine several materials taking advantage of the characteristics of each. Another major axis is the recovery of construction materials. “Today’s buildings are mines for those of tomorrow. We begin to think about improved dissociated building systems which can reduce construction wastes and anticipate their treatment at the time of deconstruction” explains Prof. Emmanuel Rey.

(Read More)

(Excerpt of article from Azobuild. NOT AFFILIATED WITH LAMBOO)

Lamboo, Laminated Veneer Bamboo (LVB), is a superior performing sustainable alternative that many will look towards to meet the Sustainable Technology needs of the future. Lamboo is leading the international effort of the industrialization of bamboo materials in both the public and private sectors. Bamboo is unmatched in its strength and longevity as a building material and is one of the fastest growing plant species on the planet. Lamboo is working with a number of distinguished organizations and universities to gain certifications and recognition for the potential role bamboo has in our future. To learn more about these efforts please view our Research and Product Information pages. Stay connected for updates on the growth of bamboo construction as exciting studies are being carried out through the organizations such as the USGBC, and Universities worldwide like the University of Cambridge and Oregon. Updates will be posted in the coming weeks!

For questions regarding Lamboo or our products please visit our website
at www.lamboo.us or contact us at info@lamboo.us 866-966-2999

“MAKING INNOVATIVE THINKING A STANDARD” – Lamboo Incorporated

Blog by: Dustin Dennison

Spanning The Globe: Bamboo Bridges Are On The Rise


In a country where steel and cement dominant the bridges and building, Australian company Bambuco showed the English a new way of thinking when they installed a temporary bamboo footbridge over the river Tyne in 2007.  The bridge itself was a temporary outdoor sculpture designed and built for the SummerTyne festival to commemorate the 80th anniversary of the Tyne Bridge. Spanning 390 feet across the Tyne River, the impressive sight was at a slight angle across the river to really stand out and was built entirely from 20 tons of bamboo split into 80 pieces. The bridge stood for three days and there was even a spectacular light display to mark the occasion.

While the bridge itself was not open to foot or vehicular traffic, perhaps the Brits could take a lesson from China where bamboo is a common and popular building material.  Because of its high tensile strength and ready availability, bamboo is used for construction ranging from houses to scaffolding to bridges.

Most recently a bamboo bridge was built in the Hunan Province as part of a series of projects from Yan Xiao who has been developing designs for foot-bridges and vehicle bridges made from bamboo. Xiao is a native of China who is now a professor at the University of Southern California’s Viterbi School of Engineering and holds an appointment at the College of Civil Engineering of the Hunan University in China. The bridge, built in the remote Leiyang Village, is sturdy enough to hold a fully loaded truck.  The span was built within a week by a team of 8 workers without the need for any cumbersome heavy equipment.  While it is limited to a 8-ton design, tests on the campus of Hunan University have shown its capacity to hold much higher weights.

An earlier project of Xiaos’ was a high capacity bamboo footbridge that was a featured attraction at a conference organized by Xiao in Changsha, China. Xiao expects his modern bamboo bridge technology to be widely used in pedestrian crossing, large number of bridges in rural areas in China, as a environmental friendly and sustainable construction material.

(Excerpt of article by Stacey Irwin of Green Earth News. NOT AFFILIATED WITH LAMBOO)



Bamboo has long been touted for its remarkable strength and durability. It has been used in certain parts of the world for centuries. Bamboo often gets a unfair label of being the “poor man’s timber” however, this could not be farther from the truth. With performance attributes far exceeding any other bio-based material, added with its rapid regrowth cycle, bamboo will become the building material of the future.

Many sources, including this article, have been reporting that there is extensive research being carried out to utilize bamboo in structural applications. Some of these sources claim that vulnerabilities, such as deterioration from environmental and pest damage, are holding back its spread in the building industry. This, too, is an incorrect assertion. The fact of the matter is that although in raw form, bamboo has a few weaknesses; in its engineered form, these shortcomings can be completely removed and actually become some of the most impressive features of the material.

This material, of course, is Laminated Veneer Bamboo (LVB) or Lamboo as it is commonly known. Many news organizations report that the development of bamboo is in its early stages, and that much of the technology does not exist to create a viable exterior grade bamboo product. This, as well, is a incorrect assumption as it is currently being produced by our organization and used throughout the world for a number of applications.

For information regarding Lamboo (research) and (certifications) please follow the provided links.

For questions regarding Lamboo or our products please visit our website
at www.lamboo.us or contact us at info@lamboo.us   866-966-2999

“MAKING INNOVATIVE THINKING A STANDARD” – Lamboo Incorporated

Blog by: Dustin Dennison

The Next Generation of LEED Tracking


BIM + Project Management Software: The Next Generation of LEED Credit Tracking

Today, software solutions are being designed specifically to help construction firms track their LEED credits. These LEED-specific solutions can drive efficiencies in the accreditation process.

We typically see a 25-30% average in time saved when using Greengrade’s LEED Management Software, but often experience an even greater savings when working on larger projects.” – Ryan Ennis, LP Consulting Engineers

According to Mike Stuart, President of Greengrade, a 12 million dollar LEED project takes (on average) 400 hours of consulting work and LEED management services are typically billed at $100 per hour. So, with a 25 percent average time savings, a customer can shave $10,000 (100 hours saved x $100/hour) off an average project.

In addition to tracking and managing LEED credits, some construction firms are also using Building Information Modeling (BIM) to plan LEED credits. BIM is a building development tool that can create a multi-dimensional design of a facility that incorporates the quantity, location and type of materials (among other things) for a building design.

By using a combination of BIM and LEED project management software, construction firms can more accurately plan for LEED credits and document project progress. Here are five ways these technologies make it easier to achieve LEED certification.

BIM Helps Plan for LEED Credits

Although BIM is not a new technology, it’s becoming more relevant to LEED projects. BIM is useful during the design phase of a LEED project because it allows architects to add several layers of information to a 3-D model. For instance, a BIM model of a facility can show what percentage of building materials come from recycled content, and where materials were made. This is important to know because LEED credits (e.g., MR Credit 4.1) are awarded for using recycled and local materials.

The real work in LEED is during the design phase, not the construction phase. Construction is the easy part, it’s just about execution.” – Phil Williams, Vice President of Webcor

According to Williams, BIM models allow Webcor to predict which LEED credits each project will quality for. Williams says that this kind of predictive modeling was an important factor in helping 98 percent of Webcor’s projects achieve LEED status.

Manage LEED Projects from a Workbench

LEED credit submittals require a laundry list of documentation, such as drawings, photos, receipts, and product spec sheets. Amid all this documentation, it’s easy to lose sight of how close the project is to LEED certification. To help LEED project managers stay on track, vendors provide visual project overviews.

Gg-overview-screenshot

Source: Greengrade

 In the screenshot above, users can monitor the number (and type) of credits planned for a particular project. Green indicates that the project team plans to obtain this credit while red indicates that the team will not. Yellow and orange indicate a “maybe”–yellow means “probably” and orange means “probably not.” This lets team members know where to focus their energy–and where they might be able to snag a few extra credits.

(Read More)

(Excerpt of article by Software Advice. NOT AFFILIATED WITH LAMBOO)

Lamboo Logo WASHOUT

Incorporating Lamboo (LVB) Laminated Veneer Bamboo into projects can earn LEED (Leadership in Energy and Environmental Design) certification under the following:

  • MR Credit 6 – Rapidly renewable materials
  • IEQ Credit 4.4 – Low-emitting materials
  • ID Credit 1 – Innovation in Design
    (Environmentally Preferable Material)
  • ID Credit 2 – Innovation in Design
    (Life Cycle Assessment / Environmental Impact)
  • FSC Certification – Available Upon Request

For questions regarding Lamboo or our products please visit our website
at www.lamboo.us or contact us at info@lamboo.us 866-966-2999

“MAKING INNOVATIVE THINKING A STANDARD” – Lamboo Incorporated
Blog by: Dustin Dennison

The Evolution of Green Construction


The homes we live in create a huge carbon debt before the proud new owners ever cross the threshold. But even worse is the fact that they are built in such a way that they will continue to do harm once they are inhabited, thanks to inadequate insulation that leaves homeowners cranking the heat and AC, not to mention a complete lack of sustainable energy options. Luckily, there is a bright spot on the horizon, and it comes in the form of green construction.

The average construction site could be described as less than eco-friendly, to put it mildly. The materials used for such projects often include natural resources like wood and stone that are not harvested in a sustainable manner. Both logging and mining operations are notorious for damaging the environment through their efforts and doing very little to clean up afterwards. Further, these materials are frequently shipped all over the globe, creating massive amounts of pollution along every step of the way, not to mention the manufacturing processes, which produce even more pollution and waste.

And then, of course, there is the construction itself, which continues this assault on the environment. In short, the homes we live in create a huge carbon debt before the proud new owners ever cross the threshold. But even worse is the fact that they are built in such a way that they will continue to do harm once they are inhabited, thanks to inadequate insulation that leaves homeowners cranking the heat and AC, not to mention a complete lack of sustainable energy options. Luckily, there is a bright spot on the horizon, and it comes in the form of green construction.

Over the last several years, a rapidly growing awareness of serious environmental issues (pollution, deforestation, global warming, habitat loss, species extinction, etc.) has led the public to call for alternatives to the products and services they use on a daily basis. And since many consumers start in the home, the demand for green options on this front has grown considerably. In response, the construction industry has begun to realize a shift in practices, not as a whole, but at least in part, with companies springing up that provide eco-friendly options in the building process.

(Read More)

(Excerpt of article by EcoCltr.)

CTW-structural-system

Environmental concerns have initiated efforts by organizations of all kinds from the private or public sector as well as government bodies to develop renewable practices and materials to replace declining or unsustainable resources. Bamboo as a resource is unmatched in its potential as an environmentally friendly, structurally stable building material. Bamboo produces 30% more oxygen and sequesters 35% more carbon than a like sized timber forest area. With a growth rate of 6-8 years to maturity (compared to timber 25-50) and root structure that eliminates the need for replanting bamboo can be produced on a large scale with much more ease than timber forests cutting costs and limiting energy consumption. Lamboo’s LVB (Laminated Veneer Bamboo) also represents one of the highest performing building materials available to the industry. Learn more about Lamboo’s attributes here.

For questions regarding Lamboo or our products please visit our website
at www.lamboo.us or contact us at info@lamboo.us 866-966-2999

“MAKING INNOVATIVE THINKING A STANDARD” – Lamboo Incorporated
Blog by: Dustin Dennison

 

USGBC launches Green Building Information Gateway


The U.S. Green Building Council (USGBC) has announced the launch of the Green Building Information Gateway. Coined GBIG, the web-based tool will accelerate market transformation by providing greater transparency and understanding of the green dimensions of the built environment.

Video Source: GBIG.org

GBIG provides a transparent view of places, projects, collections and credits, detailing the actions and activities of LEED building owners and project teams over time. The tool provides maps, analytics and insights that reveal trends, patterns and processes in green building practice.

GBIG seeks to use data-driven insights to create value and competitive advantage for high performing green building projects around the world, the green building council said.

“The launch of GBIG represents years of research, information gathering and testing, and has been a true labour of love,” said Chris Pyke, the council’s vice-president, research. “Green building has gone from an era of firsts, to a global movement, connected by data.”

Users can search and explore green building activity around the world, analyze trends and patterns in green building practice and discover connections between projects, people, products and services. Additional information is available at: GBIG.org.

The tool was launched at the Greenbuild International Conference & Expo in San Francisco.

(Read More)

(Excerpt of article by Daily Commercial News. NOT AFFILIATED WITH LAMBOO)

Lamboo Logo WASHOUT

Incorporating Lamboo (LVB) Laminated Veneer Bamboo into projects can earn LEED (Leadership in Energy and Environmental Design) certification under MR Credit 6 – Rapidly renewable materials, IEQ Credit 4.4 – Low-emitting materials; ID Credit 1 – Innovation in Design (Environmentally Preferable Material), and ID Credit 2 – Innovation in Design (Life Cycle Assessment / Environmental Impact). *Please refer to USGBC for information regarding project requirements.

  For questions regarding Lamboo, our products, or to schedule an interview please
visit our website at www.lamboo.us or contact us at info@lamboo.us 866-966-2999

“MAKING INNOVATIVE THINKING A STANDARD” – Lamboo Incorporated
Blog by: Dustin Dennison

 

2012 Greenbuild Conference & Expo!


Greenbuild is the world’s largest conference and expo dedicated to green building.

Thousands of building professionals from all over the world come together at Greenbuild for three days of outstanding educational sessions, renowned speakers, green building tours, special seminars, and networking events.

Launched in 2002, Greenbuild is a great opportunity to build new relationships and connect with colleagues from throughout the industry and around the world.

The U.S. Green Building Council is hosting Greenbuild 2012 in San Francisco from Nov. 14-16. This year will be focused on bringing technology and sustainability together in the global green movement.

U.S. Green Building Council

The U.S. Green Building Council was established in 1993 and has grown to be a diverse group of builders and environmentalists, corporations and nonprofits, teachers and students, lawmakers and citizens. Today there are 77 chapters, 13,000 member organizations and 181,000 LEED professionals strong that share the same vision of a sustainable built environment.

Green building is a win-win, offering both environmental and economic opportunity. Greater building efficiency can meet 85 percent of future demand for energy in the United States and a commitment to green building has the potential to generate 2.5 million jobs.

The USGBC has facilitated the establishment of the most widely recognized and widely used green building program across the globe, LEED (Leadership in Energy and Environmental Design). LEED is certifying 1.6 million square feet of building space each day in more than 130 countries. LEED is a certification program for buildings, homes and communities that guides the design, construction, operations and maintenance. Today, nearly 50,000 projects are currently participating in LEED, comprising more than 8.9 billion square feet of construction space.

Lamboo representatives will be attending the show this week to meet with industry leaders and all others interested in learning about the advantages Lamboo has over traditional building materials.

The following Lamboo partners will be showcasing Lamboo materials within their exhibit:

Solar Innovations, Inc.
Booth : 438S
(800) 618-0669
skylight@solarinnovations.com

NanaWall Systems, Inc.
Booth : 1127S
Travis Troen – (415) 383-3148 Ext. 229
travist@nanawall.com

C.T. Windows, Inc.

Booth : 2428S
Sunil Tarneja – (407) 857-9237
starneja@aatctw.net

Among their displays these companies will be showcasing products and components from the Lamboo® Vue™ line of Window & Doors as well as curtain wall and storefront applications from the Lamboo® Renewall™series.
  For questions regarding Lamboo, our products, or to schedule an interview please
visit our website at www.lamboo.us or contact us at info@lamboo.us 866-966-2999

“MAKING INNOVATIVE THINKING A STANDARD” – Lamboo Incorporated
Blog by: Dustin Dennison

A focus on sustainable building


In a still-recovering economy, here are several high-level best practices to guide green building projects.

Today’s smart architects and contractors know that whenever possible buildings should be designed and built green, but not everyone knows what determines a “green” space. How do you sustain a focus on sustainable building in a still-weakened economy? Here are the necessary steps and best practices for maintaining the momentum and keeping the sustainable building movement growing strong.
Best Practices for Sustainable Building

1. Think of the Whole Project. Sustainability is about end-use, how a building functions for occupants within the community. Experts need to be involved from day one to work with architects and builders to develop the project as a team. Business needs must be determined to ensure they are effectively and clearly communicated to the team. Determining these needs ahead of time ensures all team members are able to assess different sites, communities, lots, and existing buildings when looking for the best fit.

2. User-Based Planning. Construction utilities and internet connectivity must be added in the beginning to schematics, but technology and building needs should also be considered. Technology can shape the way a building is used and how people work and live in it. By focusing on the building’s future use, the planners can help identify early cost-savings, better floor plans and tighter specifications.

3. Environmental Specifications. It is important to look at the complete picture of a building or new site when determining where to spend money for environmental and energy efficiency investments. In many buildings, especially single story brick buildings, the largest source of energy loss is through the walls as this is the largest surface area exposed to the exterior. Solar panels have a lot of sex appeal and show a commitment to “going green,” but cost to benefit ratio is not as high as some of the less visible upgrades. Spray foaming block walls to a depth of 2.5 inches can increase the R value (measurement of thermal resistance) by 500 percent, and this depth of foam also qualifies as a vapor barrier which prevents mold and condensation.

If the goal early on is to lower expenses associated with running the building, the architect and AV design partner (both should be involved early) can work together to design a space that utilizes and incorporates the natural resources of the site such as lots of sun, tree cover and orientation. For example, Spye Group’s newly remodeled building has dropped the lighting bill more than 50 percent due to installing many large windows and a lighting system that combines natural light with artificial light to obtain an optimal level in each office.

4. Integrated Design. An emerging trend in sustainable building is integrating interior aesthetics, high performance technologies and environmentally-focused specifications to create a space built and tailored to exactly fit a user’s needs.

Sustainability can also be measured as the optimal benefit of a space, not just a reduction in expenses as compared to the same square footage of another building. By incorporating technology and smart design into a building, a company may obtain more from employees, be more efficient, create more products and sell at a higher margin.

In addition, if a building is designed to grow with a company (designing it for the future) there will be unmeasureable savings when upgrading technology, operating the business there for many more years than someone who cut corners at the beginning and has to move or do a major remodel.

(Read More)

(Excerpt of article by the Paul Krumrich, Founder and President, SpyeGlass. NOT AFFILIATED WITH LAMBOO)

In this new era of sustainable construction the industry will have to embrace new practices and materials to replace traditional forms that are no longer feasible. Bamboo is a example of one of these new ultra renewable resources that will be used to meet the demand for our growing society.

Bamboo as a resource is unmatched in its potential as a environmentally friendly, structurally stable and renewable building material. Bamboo produces 30% more oxygen and sequesters 35% more carbon than a like sized timber forest area. With a growth rate of 6-8 years to maturity (compared to timber 25-50) and root structure that eliminates the need for replanting bamboo can be produced on a large scale with much more ease than timber forests cutting costs and limiting energy consumption. Learn more about the amazing attributes of bamboo here.

Additionally incorporating Lamboo (LVB) laminated veneer bamboo into projects can earn LEED (Leadership in Energy and Environmental Design) certification under MR Credit 6 – Rapidly renewable materials, IEQ Credit 4.4 – Low-emitting materials; ID Credit 1 – Innovation in Design (Environmentally Preferable Material), and ID Credit 2 – Innovation in Design (Life Cycle Assessment / Environmental Impact).

*Please refer to USGBC for information regarding project requirements

  For questions regarding Lamboo, our products, or to schedule an interview please
visit our website at www.lamboo.us or contact us at info@lamboo.us 866-966-2999

“MAKING INNOVATIVE THINKING A STANDARD” – Lamboo Incorporated

Blog by: Dustin Dennison