SOLVING

SYNTHETIC

TURF

RECOVER. REUSE. RECYCLE. REDUCE.

With the capability of separating and recovering the core components of synthetic turf for reuse or on-sale, RE4ORM aims to reduce virgin material consumption, carbon emissions and pollution, providing a more ethical and environmentally friendly solution to synthetic turf disposal.

RECOVER REUSE RECYCLE REDUCE

HOW IT WORKS:

Source

Synthetic turf comes to the end of its life and needs to be recovered & replaced.

Source

Synthetic turf comes to the end of its life and needs to be recovered & replaced.

Recovery

Synthetic turf is recovered from the field by RE4ORM.

Recovery

Synthetic turf is recovered from the field by RE4ORM.

Process

Synthetic turf is separated & recycled at RE4ORM'S facility. Minimum 32% c02 emissions reduction*

Process

Synthetic turf is separated & recycled at RE4ORM'S facility. Minimum 32% c02 emissions reduction*

Output

Recovered sand, rubber and recycled plastics are available for reuse & remanufacturing.

Output

Recovered sand, rubber and recycled plastics are available for reuse & remanufacturing.

RE4ORM'S CIRCULAR ECONOMY REDUCES EMISSIONS BY A MINIMUM OF 41%*

HOW IT WORKS:

Source

Recovery

Process

Output

RE4ORM'S CIRCULAR ECONOMY REDUCES EMISSIONS BY A MINIMUM OF 41%*

OUTPUT:

Recovered Sand

A valuable resource for the synthetic turf & construction industry.

Recovered Rubber

Recovered Sand

A valuable resource for the synthetic turf & manufacturing industry.

PP/PE Pellets

Recovered Sand

USED FOR DIVERSE APPLICATIONS IN MANUFACTURING & RECYCLING.

RE4ORM RECIRCULATES RECOVERED MATERIALS INTO INDUSTRIES IN DEMAND.

*Bontinck P.-A. (2025), Life cycle assessment of synthetic turf recycling.

Reducing waste to landfill results in an emissions avoidance, RE4ORM is helping ensure the synthetic turf industry can continue to thrive and provide world-class synthetic surfaces for Australian communities.

RE4ORM's process reduces C02 emissions by a minimum of 41%*

*compared to landfill disposal. Bontinck P.-A. (2025), Life cycle assessment of synthetic turf recycling.

SOLVING

SOLVING

SOLVING

SYNTHETIC

SYNTHETIC

SYNTHETIC

TURF

TURF

TURF

RECOVER REUSE RECYCLE REDUCE

RECOVER REUSE RECYCLE REDUCE

RECOVER REUSE RECYCLE REDUCE

HOW IT WORKS:

Source

Source

Recovery

Recovery

Process

Process

Output

Output

HOW IT WORKS:

Source

Recovery

Process

Output

OUTPUT:

Recovered Sand

Recovered Rubber

PP/PE Pellets

RE4ORM's process reduces C02 emissions by a minimum of 41%*

RE4ORM's process reduces C02 emissions by a minimum of 41%*

Want to be part of
the solution?

Let's Talk

Let's Talk

Let's Talk

SOLVING

SOLVING

SOLVING

SYNTHETIC

SYNTHETIC

SYNTHETIC

TURF

TURF

TURF

RECOVER REUSE RECYCLE REDUCE

RECOVER REUSE RECYCLE REDUCE

RECOVER REUSE RECYCLE REDUCE

HOW IT WORKS:

Source

Source

Recovery

Recovery

Process

Process

Output

Output

HOW IT WORKS:

Source

Recovery

Process

Output

OUTPUT:

Recovered Sand

Recovered Rubber

PP/PE Pellets

RE4ORM's process reduces C02 emissions by a minimum of 41%*

RE4ORM's process reduces C02 emissions by a minimum of 41%*

Want to be part of the solution?

Let's Talk

Let's Talk

Let's Talk

Want to be part of
the solution?