A subtle change is taking place across sports stadiums, playgrounds, and landscaped areas in India and worldwide. Questions are being posed before anything is built, not just concerning the price or the longevity of it, but concerns are also raised regarding its environmental impact. This is precisely why eco-friendly artificial turf can no longer be considered as an isolated concept. Instead, it’s been integrated as one of the deciding factors for many more facility managers, city planners, and sports infrastructure builders.
An average natural grass pitch will require anything between 50,000 and 1,00,000 litres of water every month based on the climatic conditions. In cities of Kerala, Tamil Nadu, and Maharashtra, which receive inconsistent rains along with dry spells now and then, this kind of huge water consumption is not recommended for a turf. Artificial turf practically eliminates the need for water completely. Apart from occasional cleaning and washing of the accumulated dirt and dust, there is practically no need for any water supply at all. This will go a long way in saving millions of litres of water every decade, which is quite significant considering the growing problem of depleting water levels.
Surely, the argument that synthetic grass was made from dangerous plastic materials that would seep into the soil was true when talking about the older generation of products. Now, the technology behind artificial grass production has advanced greatly. Nowadays, the most reputable companies manufacture fibers out of polyethylene with international safety certifications, such as FIFA Quality Pro criteria. In addition, infill materials have changed. Nowadays, cork-based and organic infills have become much more popular than the crumb rubber used before. This is because they absorb less heat and do not contain any micro plastics. Modern turf contractors have been more vigilant regarding the usage of products. All products offered by Surekha Exports meet international certification standards and come from manufacturers meeting these environmental criteria. This is not marketing language but the truth you can check yourself in each product’s certificates.
One aspect that is forgotten when talking about sustainability is longevity. Good quality artificial turf can survive from 8 to 12 years with the right maintenance. Natural grass needs constant replacement after just a few years of intense sports activity, it also requires fertilization, pesticide application, and continuous mechanical maintenance. The carbon emissions associated with the upkeep of natural grass fields for ten years are usually much larger than people think. Minimal replacements, fewer machines, no chemicals needed. It all makes the math work for artificial turfs.
A valid criticism of artificial turf surfaces from the start has been heat issues. Synthetic dark fibres heat up and increase the surface temperature during hot afternoons. It is a legitimate problem, especially in South India, where summer temperatures reach 38-40°C consistently. The industry has come up with two viable solutions for 2026. Firstly, the use of light or dual fibre colors to reflect more sun rays. Secondly, the use of cooling infill material such as cork fibers, thermoplastic elastomer, and silica sand with anti-UV coating, for keeping the playing surface cool. This problem will not pose threat for indoor facilities such as badminton courts. None of the two is a marketing strategy, and both can be measured. Customers want surface temperature tests to be conducted before purchasing. As an experienced badminton court builders, we have a clear insight of the procedures involved in indoor and outdoor constructions.
For the longest time, one factor that has continued being a problem for artificial turf has been the disposal of the product when it expires. Usually, synthetic turf once it comes to its end gets thrown in the landfill – an environmental issue. However, change is on the way as manufacturers in Europe and slowly Asia have started creating turf systems that allow the turf to be recyclable, whereby the polyethylene strands get broken down and used in other purposes including construction, and even production of new sports facilities. Even some FIFA approved firms have begun providing take-back programs related to lifecycle management. Although it will not happen right away in India, the shift can be seen as inevitable.
A few elements have come together to catalyze demand in this year. Various municipal authorities within India have started to include considerations related to water usage when approving the construction of infrastructure. The educational institutions, which are under increasing pressure to demonstrate their environmental responsibilities, have started using maintenance-free floors, which need neither grounds keeping nor any chemicals. And finally, the rise in the number of commercial indoor futsal courts and multipurpose sports courts in second-tier cities has created an aware customer base. This demand is not for grass turf but sustainable grass turf.
Eco-friendliness should not be at the cost of performance. Today’s most advanced surfaces provide excellent ball roll, adequate shock absorption, and year-round usability, together with an enormous reduction in environmental impact when compared to natural grass and old synthetic turf. When choosing contractors of artificial turfs, there are certain questions one needs to ask: Does the product come with certification? What type of infill do they use, and what are their thermal and environmental properties? What is the final disposition of the turf once it reaches the end of its serviceable lifespan?
These questions don’t make us feel uncomfortable. With over 18 years of experience and more than 700 completed projects under our belt, we, Surekha Exports, understand how important these things are. No matter where you live in India, whether you’re installing a football field in Kerala or landscaping around Mumbai, we can make it happen.
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