Exploring the Benefits of Venture Concrete in High-Rise Buildings


Rise Buildings

When designing and building high-rise buildings, owners and operators are increasingly focused on sustainability. Whether they’re striving to meet carbon taxes or reduce their own emissions, these companies are striving to make a meaningful difference for the future.

Concrete is the ideal building material for these projects due to its sustainability and energy-saving benefits. Furthermore, it’s a durable and fire-resistant substance that can be easily recycled.

Cost-Effective

Concrete is the most commonly chosen material to construct high-rise buildings due to its durability, fireproof properties and affordability.

However, the production of concrete by Concrete Company generates a substantial amount of CO2 emissions. The cement industry accounts for 8 percent of worldwide CO2 emissions while steelmaking accounts for 7-9%.

In an effort to combat climate change, the construction industry is looking for ways to reduce its carbon footprint. Utilizing renewable and sustainable materials during construction – especially high-rise buildings – is essential.

One such material is Venture Concrete. This innovative green concrete solution utilizes by-products and waste from industrial facilities to produce low-CO2 concrete.

Energy-Efficient

One of the most crucial considerations when designing a high-rise building is energy efficiency. Concrete buildings tend to be among the most energy efficient construction materials available on the market.

Venture Concrete Columbia has a favorable thermal inertia effect, meaning its mass absorbs and stores heat within the building system, leading to lower heating or cooling expenses over time.

Concrete’s ability to reflect and absorb heat makes it an especially advantageous material in hot climates. It shields a home’s interior from direct sunlight, thus eliminating the need for air conditioning or heating equipment.

The concrete industry urgently requires new technologies to reduce its carbon footprint during production. At present, this sector accounts for around 5% of global greenhouse gas emissions.

Durable

Tall building designs are becoming increasingly popular in cities around the world. This trend is driven by a need for more living space and an ability to increase rents. Utilizing appropriate material can be key in achieving these objectives.

The ideal materials are not only cost-effective and energy efficient, but they also offer numerous advantages to their end user – from durability to improved health and wellbeing. For instance, today’s most technologically advanced concretes can capture energy from solar panels and reduce CO2 emissions by up to 24 per cent.

When selecting the ideal concrete for your next high-rise project, consult our Concrete Contractor Columbia. We use only the most innovative and eco-friendly products on the market today, plus provide a range of equipment to guarantee your job is a success from beginning to end.

Environmentally Friendly

Concrete, a composite material composed of cement, aggregates and water, is the world’s most widely used building material. Unfortunately, its widespread use has been linked to serious environmental problems like CO2 emissions and depletion of natural resources.

According to the Global Cement and Concrete Association, cement production accounts for 8% of global CO2 emissions. Furthermore, it produces an abundance of construction aggregates – over 26.8 billion tons annually [2].

Today, a wide range of sustainable materials is available that can replace conventional aggregates to produce green concrete (GC) with improved engineering properties and lower CO2 emissions. Examples include bamboo, recycled plastic and reclaimed wood.

These materials are perfect for the circular economy, a concept designed to protect the planet by maximizing product reuse throughout their lifespan. This movement strives to ensure no valuable resources are wasted and reduce pollution, waste generation and buildings’ overall carbon footprints.


Selim Khan

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