December 2024
Oxfordshire & Berkshire
Introduction
Allprop Property Maintenance Ltd is a leading provider of property maintenance and construction services, delivering a wide range of solutions for residential, commercial and industrial projects across the UK. With a strong commitment to environmental responsibility and operational efficiency, they actively pursue innovative ways to minimise their environmental footprint while prioritising workforce wellbeing.

The Requirement
Operating across a diverse range of sites, many without existing welfare infrastructure, Allprop needed a reliable, eco-conscious solution to support their teams on-site. Traditional diesel-powered welfare units were not only expensive and inefficient but also ran counter to the company’s sustainability objectives.
The Solution
Allprop Property Maintenance Ltd partnered with ecowelfare to introduce fully solar-powered welfare units across their worksites. The 12ft combination unit, featuring a toilet, drying room and built-in canteen, provided a self-sufficient, comfortable welfare solution. By eliminating the need for diesel, these units aligned perfectly with Allprop’s sustainability goals—reducing emissions while enhancing site efficiency and worker comfort.
The Conclusion
- Zero fuel costs – Operates entirely on solar energy, with no diesel dependency.
- Over 70 litres of fuel saved – Reducing both operational costs and environmental impact.
- 224kg of CO₂ emissions avoided – Supporting Allprop’s drive toward lower-carbon operations.
- Enhanced workforce wellbeing – Consistent access to high-quality welfare facilities, regardless of site conditions.
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Allprop Property Maintenance Ltd chose ecowelfare for its commitment to sustainability and efficiency. The 100% solar-powered units reduce emissions and support the company’s environmental goals. By removing ongoing fuel costs, ecowelfare also boosts long-term project efficiency. With seamless delivery, installation and maintenance, the units integrate smoothly into operations with minimal disruption.