The rugby boom in Chile is driving an unprecedented transformation of its fields into sustainable spaces. The growing demand for resilient and safe infrastructure has led clubs and stadiums to replace traditional chemicals with circular economy models, based on high-quality organic compost.
This change aims not only to optimize the grass and reduce water consumption, but also to raise safety standards for players, in a context where rugby is consolidating as a high-demand sport.
Pioneering Experiences
The model, driven by Chicureo Sustentable, has already proven its effectiveness in professional and amateur football:
- Estadio Santa Laura: application of 25 m³ of specialized mix with 3 tons of pure compost.
- Liga San José (Lampa): intervention of 140 m³ with 27 tons of compost, equivalent to revaluing the load of 4 garbage collection trucks.
After validating the model in football, the innovation made the leap to rugby. Traditional clubs like All Brads and Stade Francais incorporated these solutions into their fields, improving grass density, reducing irrigation, and increasing impact safety.
The Science Behind Compost
Success depends on agronomic precision. The compost must be mature and well-formulated to safely provide nutrients. According to Felipe Molinare, executive director of Chicureo Sustentable:
“It is not enough to apply any soil. The mix must be well-formulated, with the appropriate proportions and granulometry to achieve good aeration, moisture retention, and seed contact.”
Chicureo Sustentable and the Circular Economy
Since 2010, Chicureo Sustentable has been transforming prunings and plant remains into high-quality compost, avoiding waste burning and revitalizing depleted soils. Its impact is reflected in:
- Waste revaluation: branches and leaves converted into essential nutrients.
- Municipal alliances: collaboration with Providencia, Renca, Ñuñoa, Zapallar, and Vitacura, within the National Organic Waste Strategy (ENRO).
- Environmental education: promotion of home composting and agroecological gardens.
- Climate impact: reduction of methane emissions by diverting organic matter from landfills.
Chicureo’s compost can be up to three times richer in nutrients, contributing to soil regeneration and climate change mitigation.
Chilean rugby is not only experiencing a sports boom but also a sustainable revolution on its fields. The incorporation of compost and circular economy demonstrates that sport can be a driver of environmental innovation, generating benefits in safety, water savings, and soil regeneration.
The experience of Chicureo Sustentable marks a clear path: transforming waste into life and future, integrating sport, science, and sustainability into a single project.
