Blog

Waterless urinals are increasingly recognised as a refined, commercial-ready solution—particularly in high-use buildings where design decisions are measured over years, not weeks. They reduce reliance on potable water, remove the flush mechanism, and support a simpler, more predictable operational profile for facilities teams. In New Zealand, that direction aligns naturally with modern building expectations: resource efficiency, clean detailing, and long-life performance.

For decades, commercial restrooms have treated potable water as a default mechanism for moving waste. Yet the modern commercial building is no longer designed around “what’s always been done”—it’s designed around performance, risk reduction, and resource responsibility.

Eco issues inspire eco solutions. And, faced with the challenge of tackling deforestation, New Zealand is turning to composting toilets as a powerful tool in assisting reforestation efforts.

Regenerative farming is a holistic approach to farming that focuses on enhancing the health and vitality of the soil, optimizing biodiversity, and restoring ecosystem functions.

Composting toilets are resilient to floods. Once drained, they will keep composting. The path to recovering the toilet will largely depend on the type of system you have.

In a natural disaster, preparation is key. And in times of strife, an emergency toilet quickly becomes a necessity. Be prepared in case disaster strikes.

Water is needed to grow food, preserve natural habitats and sustain human and animal life - no easy feat when the supply is limited and populations keep growing!

Composting toilets are a big step towards eco-friendly living - they contribute to a system of sustainability, and help preserve valuable resources for future generations.

Jaded by the mundane grind of modern society, many of us dream of running away to the wilderness. So, why not actually do it?

The importance of humus in regenerating soils and reducing CO2 emissions