September 2024 - October 2025
Buckinghamshire
Introduction
Dirt Factory is a leading provider of indoor and outdoor bike park experiences, promoting active lifestyles and sustainability. With projects requiring teams to operate on-site for extended periods, ensuring reliable welfare facilities was essential. Dirt Factory sought an environmentally friendly solution that provided essential amenities while supporting their sustainability values.
The Requirement
Ensuring staff have access to dependable on-site welfare facilities is crucial for productivity and wellbeing. Traditional diesel-powered welfare units carried high operational costs and a significant carbon footprint, conflicting with Dirt Factory’s sustainability goals. They required a modern, energy-efficient alternative that provided sanitation, a canteen and a drying room, all while reducing reliance on fossil fuels.
The Solution
To meet these requirements, Dirt Factory partnered with ecowelfare to introduce a 12ft fully solar-powered welfare unit on-site. The unit included a canteen for meal breaks and refreshments, a toilet for sanitation and a drying room to keep workwear and equipment in good condition. This solar-powered unit provided a cost-effective and eco-friendly alternative to traditional fuel-powered welfare units, significantly reducing emissions and operational costs.
The Conclusion
- Zero fuel costs – Fully solar-powered, eliminating reliance on diesel.
- Over 35 litres of fuel saved – Reducing operational expenses and environmental impact.
- More than 112kg of CO₂ emissions avoided – Supporting Dirt Factory’s sustainability goals.
- Improved workforce welfare – Providing comfortable, well-equipped spaces tailored to site requirements.
Dirt Factory chose ecowelfare for its sustainable, efficient and low-impact welfare solution. The 100% solar-powered unit helped reduce emissions and eliminate fuel costs, aligning with the company’s commitment to environmentally responsible operations. With quick delivery, setup and servicing, it also boosted operational efficiency while ensuring minimal disruption to their activities.
