What Types of Green Materials are Used in the Construction Industry?

This article is part of a blog series on new building materials used in the construction industry, exploring what they are, why they are cheaper and why they are more durable than traditional materials

Sustainable construction is now a global trend and energy conservation is a top priority for countries all over the world.

The growing driving factors, of these trends, in the coming years, will be:

  • consumer requirements
  • environmental governances
  • improving construction.

The worldwide green construction market size will grow to more than $ 774 billion by 2030 increasing at a growth rate of 11.8% over the next 8 years.

What is green construction?

Green buildings allow you to construct structures using environmentally friendly processes and materials through the life cycle of the construction, to reduce any possible negative impacts on the environment. If you plan eco-friendly features from the design stage to the assembly stage, they will materialize during the in-use stage of the asset.

Green building materials are made of renewable resources, and their impacts on the environment are measured through their life cycle. For example building materials like wood, steel, and concrete, have the biggest potential adverse impacts on the environment. The processes used during their production may cause

  • deforestation
  • pollution
  • carbon emissions.

You could lessen the negative impact on the planet, if you would choose friendly natural materials making sure you:

  • understand how they are manufactured, prepared, discarded, and disposed of
  • employ good-quality materials that will need fewer restorations, reconstruction, or replacements.

What are sustainable/green materials and friendly upgrades?

You can easily and quickly find sustainable or green materials according to the Sustainable Living Association.

Green Materials

The Association considers that the three most environmentally friendly building materials are:

  • bamboo (adaptable, lasting, and quickly reproduced)
  • recycled steel (can be repurposed, saving energy and resources)
  • sheep’s wool (long-lasting insulation better at ingesting heat and moisture).

Other green materials include composites, stone, fiber, cement, and fiberglass. On top of using green materials, you could choose to add environmentally friendly features to your construction. These include:

  • Smart windows (protect against heat loss, improve natural light, cut energy costs.
  • LED light bulbs (energy-efficient lighting)

Sustainable green materials help:

  • minimizing greenhouse gas emissions
  • avoiding biodegradable waste
  • reducing the construction industry's carbon footprint
  • getting more projects incorporating green-building practices required by owners.

Sustainable construction technologies and software

According to the latest construction market data the construction industry size amounted to $8.2 trillion in 2022 (Statista) and is expected to reach $17 trillion by 2029 with a compound annual growth rate of 7.3%.

To achieve such a high growth rate, construction companies need to continue improving their sustainability practices if they want to perform at that level. The use of cloud-based solutions like Plannerly or Procore helps manage and execute the delivery of your projects, using real-time data accessible anytime, anywhere, and on any device connected to the internet.

Technologies play an important role in green building processes. For instance:

  • smart thermostats can be used with green materials for the renovation of old buildings to save energy
  • solar panels are clean renewable energy sources.

Construction companies using systems management software on the cloud are able to:

  • track and control costs
  • avoid construction issues by identifying them early in the construction life cycle
  • organize documents
  • manage their sustainability programs effectively.

Various types of sustainable building materials

The worldwide housing crises and global climate change are encouraging the building industry to find ways of reducing energy consumption. This might include new construction materials to construct structures that do not damage the environment, either by:

  • producing the material
  • using it
  • disposing of it
  • recycling it.

We have always been using natural materials in the construction industry, but the emergence of new techniques, we can now replace traditional materials with more eco-friendly alternatives. For example, concrete made of debris.

A few of the techniques, we describe below, were used in the past and are appearing, again, in the construction industry.

Here are 11 impressive eco building materials that are transforming the construction industry:

AshCrete

An alternative to concrete, it is made of 97% recycled materials. Ashcrete's main component is fly ash which is a good alternative to traditional cement.

AshCrete is:

  • roughly twice the strength of cement, thanks to its smaller pores
  • made of borate, a chemical from the chlorine family, and bottom ash
  • known to be cost-effective.

Bamboo

It is the perfect sustainable alternative to wood and it is a perfect green material choice to use in construction. Although it is similar to wood aesthetically - bamboo is not wood, it is grass - it is one of the fastest-growing plants. So, it regenerates more quickly than trees.

Bamboo is:

  • 100% biodegradable
  • antibacterial
  • strong, thanks to its significant fibers
  • eco-friendly, if not chemically processed.

Cob

Cob (rounded mass, lump, or heap) is an eco-friendly natural building material used to construct organic houses.

Cob is a mix of clay, sand, and (usually) straw mixed together to be used as a building material. It is an alternative to bricks and it can be purchased cheaply and easily as you can recycle its components found on almost any construction site. Cob has been used in construction for over 10,000 years and is making its re-entry into the industry.

Cob is:

  • environmentally friendly
  • a very energy-efficient isolation material, suitable for houses
  • easy to use as you can create all sorts of shapes with this material.

Cork

The Cork oak tree is a highly renewable and eco-friendly resource.

For example, you can find cork in ceiling panels, acoustic walls, and flooring.

Cork is resistant to moisture and any liquid.

Ferrock

Ferrock is basically an iron-rich ferrous rock, made from recycled materials like waste steel dust, and silica from the ground glass.

In construction, it is used as an alternative to cement, essentially in marine applications, such as structures exposed to seawater.

Ferrock is:

  • an incredibly hard and resilient material
  • great at absorbing binding CO2
  • reducing pollution
  • 10 to 25 percent less weight than a structure made of bricks

Rammed earth interior walls

Earth is one of the oldest long-lasting techniques used in construction.

Dr. Rongrong Hu, a professor at Xi'an University of Architecture + Technology and an expert on rammed earth said:

When I step on the thousand-year-old Great Wall of China built with rammed earth, or when I see the old and beautiful vernacular rammed earth houses in China, a question about rammed earth construction always comes to my mind: what is the future of this disappearing ancient construction technique with such a long history in China?

Rammed earth walls or floors can be used as thermic repositories, absorbing solar energy to heat them up in daylight, and gradually delivering warmth at night.

The technique uses low carbon emission mixing soil in layers and squeezing it into a solid and strong surface.

For example, you can use watershed blocks made of recycled materials as an alternative to masonry blocks needing less cement.

Recycled plastic

Plastic will take a very long time to disintegrate in waste yards - up to 1,000 years - so to protect the planet it is important to recycle it.

In construction, if you use materials made from recycled plastic you can reduce carbon dioxide and methane gas emissions compared to concrete blocks.

For example, ByBlock, have the same dimensions as standard concrete blocks (16x8x8 inches), but generates 41% less greenhouse gas emissions than concrete blocks during manufacturing, and holds the same thermal resistance value despite being 10 pounds lighter.

Recycled plastic is:

  • a long-lasting and robust material
  • great to retain sound
  • reducing waste in the long run.

Recycled steel

Steel when recycled does not lose its characteristics, probably the main reason why more steel is recycled each year, than all recycled plastic, paper, aluminum, and glass combined.

Steel is:

  • solid and dependable
  • energy efficient.

Recycled, reclaimed, wood

Wood is one of the most used types of building material. Recycled wood is:

  • beautiful
  • easy to use
  • better on the environment than new timber
  • improving your well being

Straw bales

Straw bales are a renewable material that allows the isolation of walls, attics, and ceilings, and helps to keep the temperature at a stable level.

The straw material is procured from farmers. It is a good way for them to:

  • avoid releasing carbon dioxide into the atmosphere when burning it after harvest
  • make money repurposing this waste by-product, into compressed material.

Straw is:

Sheep's wool

It is a natural and eco-friendly material that can be regrown quickly.

Wool is an exceptional home insulator. For example, it can be used in the ceiling, walls or attics. Aside from purifying indoor air regulating moisture, it is:

9 other alternate materials

In Conclusion

Sourcing and using alternative sustainable materials, for the products you use in construction, is good for protecting the planet. It is also part of your environmental responsibility, and it helps to prioritize a profit-driven business innovation.

A focus on sustainability helps you to:

  • meet your social responsibility goals
  • mitigate risks
  • drive profitable growth, by purchasing and using alternative sustainable materials.

You will be able to:

  • cut resource use, without losing productivity
  • make operations and processes more efficient
  • dramatically reduce costs and waste.

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