6 Solutions for Sustainable Water Sources and Structural Support during Construction




The construction industry is known for the greatness of its achievements; the soaring skyscrapers, the complexly designed bridges, and the massive dams that reshape landscapes. 

Yet, behind every breathtaking build is a fundamental support on resources, particularly water and materials for structural support. In an age where sustainability is not just a buzzword but a necessity, the construction sector must move towards more eco-friendly and strong practices.

This article will explore six innovative solutions that promise not only to conserve one of our most precious resources but also to revolutionize how we strengthen the built environment.

Rainwater Harvesting

By capturing rainwater from roofs and directing it to storage, construction firms can drastically reduce reliance on municipal water. This harvested water can then be used for non-potable applications, such as irrigation, toilet flushing, and site cleaning.

The benefits extend beyond conservation; rainwater is naturally soft, making it ideal for mixing with aggregates to form concrete. Distilled water, with the absence of impurities, can significantly enhance the strength and durability of the concrete mix, leading to longer-lasting structures.

Well Drilling and Management

In locales where groundwater is plentiful, or as an incentive to reduce reliance on city water, well drilling can offer a reliable and sustainable source of water. However, proper management of these wells is crucial to prevent over-extraction and subsequent land subsidence.

Implementing strict monitoring and control measures ensures a balanced extraction, which, when combined with proper filtration systems, can become a valuable resource that doesn’t drain the environment.

Formwork Reimagined with Formatubes

Formatubes, essentially reusable plastic tubes, are a clever alternative to the traditional wooden formwork used when casting columns, pylons, and other vertical members. These cylindrical tubes are erected, concrete is poured inside, and once set, the form is stripped, leaving the column intact.

Not only do formatubes reduce the consumption of timber, promoting a more sustainable construction practice, but they also offer several practical advantages. These include improved efficiency, reduced labor, and a superior finish on exposed columns.

Geopolymer Concrete

Unlike traditional concrete, which relies on cement, a significant carbon emitter, geopolymer utilizes industrial by-products like fly ash and slag, which are rich in silica and alumina; a necessary precursor for the geopolymerization process.

The result is a concrete that is not only eco-friendly due to its low carbon footprint but also exhibits exceptional durability and resistance to corrosion, making it highly desirable for infrastructure in aggressive environments.

Green Infrastructure for Water Management

Integrating green infrastructure into construction projects offers an aesthetically pleasing and environmentally-sound approach to water management. 

This strategy advocates for the use of natural processes and systems, such as wetlands, green roofs, and absorbent pavements, which can reduce and treat stormwater on-site.

These green landscape features not only enhance the overall environmental sustainability of the construction but can also provide added benefits, such as reducing the urban heat island effect, promoting biodiversity, and creating natural habitats within the built environment.

Prefabricated Modules for Sustainable Structures

Prefabricated building units are designed and constructed off-site before being transported to the project location. This approach simplifies the construction process, reduces waste, and ensures better quality control.

Prefabricated modules can be engineered for high durability and adaptability to various construction types, sizes, and conditions.