Sustainable Turf Systems

Brock Believes in Protecting Our Planet

It’s impossible to ignore the destructive impacts of climate change that threaten the beauty and balance of these ecosystems. This growing concern has fueled our desire to make a difference, particularly in the sports field industry, an area we are all passionate about. We are committed to developing innovative products that utilize organic, eco-friendly alternatives to traditional materials. By doing so, we can reduce our environmental footprint, foster more sustainable practices, and hopefully inspire other industries to follow suit. As a team of people who appreciate the natural world, we all share a personal and professional responsibility to protect and preserve our planet for future generations.

How are Brock shock pads and infill sustainable?

There is a big difference between recycling and down-cycling. At the end of the day, unless a product could be reused repeatedly without losing its original quality and performance, it does not meet Brock’s standards. Sure, some products claim that they are diverting materials from a landfill, but a closer look exposes they are simply delaying this inevitable and wasteful outcome. When it comes time to replace these materials, it’s not financially viable to further down cycle them, so their destiny is thrown away.

The problem is, on our tiny planet, there is no “away.”

BrockFILL Tree logo in color.

BrockFILL sequesters or captures CO2 from the air. The carbon that’s been sequestered in BrockFILL doesn’t simply re-enter the atmosphere when it decomposes. Proper composting strategies carefully manage inputs to ensure that the carbon captured by the BrockFILL enters the soil as it decomposes, meaning the benefits of BrockFILL extend even beyond the field!

USDA Certified Biobased Product logo for BrockFILL.

BrockFILL is a USDA Certified Biobased Product, made from renewable wood rather than petroleum-derived material. Biobased products use ingredients derived from plants and other renewable agricultural, marine, and forestry resources. Through the USDA BioPreferred Program, the certification verifies a product’s biobased content using independent laboratory testing. For BrockFILL, that designation recognizes the renewable biological origin of its wood material.

We are proud to announce that BrockFILL has achieved C2C Certified Material Health Gold (v4.1), while our PowerBase has been recognized with C2C Certified Material Health Bronze (v4.1) and C2C Certified Circularity Bronze (v4.1). These certifications underscore our ongoing commitment to creating safer, more sustainable, and circular solutions for the future of sports and play.

C2Zero net-zero carbon program for Brock USA logo.

Protecting the next generation means caring for the places where they play—and the planet they will inherit. Brock’s C2Zero Program reflects that responsibility, with the goal of becoming a net-zero carbon company as quickly as possible. C2Zero extends our commitment beyond the playing surface to the environmental impact of our business. It gives a shared purpose to our pursuit of more responsible products and practices: supporting sports and play today while working toward a healthier future.


Brock's sustainability goals

Design for the Next Life

Design for performance today—and plan for what comes next.

Across North America, more than 160 fields have replaced their turf over existing Brock shock pads. While turf carpets typically need replacement every ~8-10 years, Brock shock pads are built to last multiple life cycles of turf, allowing them to stay in place through the turf replacement process.

Reuse That Makes a Difference

Keeping a suitable Brock shock pad in place through turf replacement can lower costs, simplify construction, and conserve resources—delivering lasting value for your community and the environment.

Brock Shock Pads can be used under multiple field replacements
Save on Replacement Costs

Major cost savings by eliminating the need to repurchase shock pads

With Reusable Brock Shock Pads you save on construction time
Reduce Construction Time

Avoid shock pad removal and reinstallation, helping streamline turf replacement.

Waste less when you reuse the Brock Shock Pad
Use Less. Waste Less.

Reduce demand for new materials and keep functional shock pads in use longer.

At Brock, our sustainability goal is to help communities build fields that serve athletes while using resources responsibly. That starts with engineering durable products and extending their useful life—reducing the need for new materials, avoiding unnecessary waste, and preserving the value of a school or community’s investment.

The 160+ fields that have reused Brock shock pads demonstrate how that goal translates into practice. When an existing pad remains suitable for continued use, keeping it in place makes turf replacement an opportunity to conserve resources. We’re proud of what these fields represent: long-term thinking that connects athlete performance, responsible material use, and lasting value. It’s how we work toward improving the field of play for today’s athletes and the generations who follow.

Watch Now

It’s critically important for the artificial turf industry to solve its end-of-life problem because throwing the system in a landfill or allowing crumb rubber microplastic to pollute our waterways is NOT OK. BrockFILL is a 100% organic infill with no coatings or additives.


Sustainable Turf Systems: Frequently Asked Questions

A more sustainable turf system considers the complete lifecycle of every component—from raw materials and manufacturing to durability, reuse, recycling, and end-of-life management. Selecting products that last through multiple turf cycles can reduce material consumption, waste, and long-term environmental impact.

Brock develops products with material health, durability, circularity, and lifecycle value in mind. Our goal is to keep valuable materials in use longer, reduce dependence on petroleum-based materials, and provide responsible alternatives for sports and play surfaces.

BrockFILL is a 100% organic wood infill engineered for synthetic turf systems. It contains no added coatings or additives and provides an alternative to traditional petroleum-based and crumb-rubber infill materials.

Yes. BrockFILL is a USDA Certified Biobased Product. This certification identifies products derived wholly or significantly from renewable agricultural, forestry, or other biological materials rather than conventional petroleum-based resources.

The trees used to produce BrockFILL absorb carbon dioxide as they grow, storing carbon within the wood. With appropriate end-of-life and composting practices, the organic material can be responsibly managed beyond its useful life on the field.

Depending on the product, installation, condition, and project requirements, a Brock shock pad may remain in place through multiple turf replacement cycles. Extending the life of the shock pad can reduce replacement materials, construction waste, and lifecycle costs.

Recycling transforms a material into a product of comparable value that can continue through future use cycles. Downcycling turns it into a lower-value material that may have limited reuse options and may ultimately still enter a landfill. Brock prioritizes durability, reuse, and meaningful circularity wherever possible.

BrockFILL has achieved C2C Certified® Material Health Gold under version 4.1. PowerBase has earned C2C Certified® Material Health Bronze and C2C Certified® Circularity Bronze under version 4.1. These certifications evaluate important aspects of material health and circular product design.

C2Zero is Brock’s initiative focused on reducing the company’s carbon impact and working toward net-zero operations. The program reflects our commitment to measuring our environmental footprint, improving our practices, and taking responsibility for the impact of our operations.

Cradle to Cradle certifications, material health information, technical specifications, and additional sustainability documentation are available from Brock. Contact our team for the supporting documents needed for project evaluation, product selection, or specification development.