Mawarid Desert Control is now Soyl

Going Green on the Green: How LNC Transformed a Dubai Golf Club’s Turf and Water Efficiency

LNC technology enhances soil structure by binding fine clay particles with sand to create a sponge-like matrix, increasing moisture retention and nutrient efficiency. The results were remarkable: a 40% reduction in water usage, improved turf quality, and reduced fertilizer needs.

2 min read

LNC Transformed a Dubai Golf Club’s Turf to Green
Golf courses in arid regions face the challenge of maintaining lush turf under extreme water scarcity. In response to this, Soyl introduced Liquid Natural Clay (LNC) at a leading golf club in Dubai as a pilot solution to improve turf health while drastically cutting water usage. LNC technology enhances soil structure by binding fine clay particles with sand to create a sponge-like matrix, increasing moisture retention and nutrient efficiency. The results were remarkable: a 40% reduction in water usage, improved turf quality, and reduced fertilizer needs. This case study highlights how LNC can redefine sustainable turf management in water-stressed environments.

Enter Soyl’s Liquid Natural Clay (LNC) technology

In a recent project at a leading golf club in Dubai, Soyl introduced LNC as part of a pilot to enhance turf health, reduce water consumption, and improve soil quality. Golf courses typically consume between 378 to 832 million liters of water per year, per 18-hole course, depending on the region. With rising water tariffs and growing pressure to meet sustainability standards, clubs are looking for smarter solutions.

The results were game-changing:
  • Up to 40% water savings on turf and lawn areas where LNC was applied.

  • Increased soil moisture retention, resulting in longer irrigation cycles and healthier root zones.

  • Improved turf quality, with more vibrant color, greater density, and enhanced resilience under foot traffic.

  • Faster infiltration rate and reduced surface runoff, even during peak summer irrigation cycles.

  • Reduction in fertilizer requirements due to better nutrient absorption.

How does it work?

LNC works by binding fine natural mineral particles with sand to form a sponge-like matrix in the soil. This unique structure retains water and nutrients where the roots need them most, significantly improving soil structure and reducing water evaporation and leaching.

More Than Turf—A Step Toward Sustainable Golf

With global calls for environmental responsibility growing louder, golf courses have an opportunity to lead by example. This project in Dubai shows how a high-end golf destination can maintain world-class quality while dramatically improving its sustainability metrics.

By reducing water dependency and enhancing soil performance, Soyl’s LNC is setting a new standard for responsible turf management in the Gulf and beyond.

Conclusion

As the demand for sustainable solutions grows across industries, Soyl’s LNC demonstrates how innovation can meet both performance and environmental goals. The Dubai golf course project stands as a powerful example of how LNC can transform water-hungry landscapes into thriving, efficient, and eco-conscious green spaces.

Ready to make your course greener, smarter, and more sustainable?