10 February 2026 | Prihoda UK

Prihoda Helps UK Businesses Reach Sustainability Goals with Recycled Fabric Ventilation

Prihoda UK is supporting organisations across England in reducing their environmental impact through the introduction of fabric ventilation ducting systems, manufactured using 100% post-consumer recycled materials.

With many businesses now reviewing how buildings contribute to sustainability targets, ventilation systems are increasingly being considered as part of wider improvement plans. Prihoda’s recycled fabric ducting allows organisations to reduce their reliance on new materials by repurposing post-consumer plastics into durable textiles suitable for long-term airflow distribution.

Fabric ducting made from post-consumer recycled materials reduces the need for new polyester production, cutting fibre manufacturing energy use by around 66%, lowering greenhouse gas emissions by over 34% and reducing water consumption by nearly 50%. Each square metre of fabric also repurposes around 13 plastic bottles, and once the duct reaches the end of its service life, the material can be recycled again rather than going to waste.

The lightweight nature of fabric ducting can also simplify installation and allow systems to be removed for cleaning or adjusted when internal layouts change, supporting practical, long-term use across a range of commercial and industrial applications.

“Many businesses are actively looking to meet their sustainability targets, and ventilation is an area that hasn’t traditionally received much attention,” said Mark Russon, Director at Prihoda UK. “By providing a sustainable ducting solution, we are giving organisations a ventilation option that supports environmental goals while still delivering practical performance benefits.”

As sustainability commitments continue to influence business investment decisions, building infrastructure upgrades are becoming an important area for measurable progress. Prihoda UK’s recycled fabric ventilation systems provide organisations with a practical option to improve airflow performance while supporting environmental objectives.