Solar-Powered Toilet - SolarLAV

The solar-powered SolarLAV is a rugged design toilet system that is ideal for use in remote locations including surface mine sites and highway rest stops. Solar panels, battery back-up and an Uninterruptible Power Supply (UPS) are all integrated into a fully assembled module that is easy to drop in, with no civil works required.

SolarLAV is available as a dual toilet with both male and female facilities; or as a wheelchair accessible unisex toilet. Designed to be simple to operate and maintain, the self-contained SolarLAV can last up to 6 months before emptying is required, based on standard usage in optimal conditions.

SolarLAV Toilet – Exterior

SolarLAV Dual Toilet

SolarLAV Unixex Toilet – Wheelchair Accessible

Related Products

Underground Toilet – EnviroLAV

Underground Toilet – EnviroLAV Underground Toilet technology by MineARC offers the latest innovation in self-contained, portable waste management systems – ideal for use in underground mines, tunnelling construction and remote locations. Designed to be simple to operate and maintain, the EnviroLAV is a semi-permanent structure that can be used both above and below ground wherever

Read More »
envirolav-coalspec

Coal-Spec Toilet – EnviroLAV

Coal-Spec Toilet – EnviroLAV Coal-Spec Toilets from the EnviroLAV range are the latest innovation in self-contained, portable toilet systems – ideal for the use in coal mining due to an intrinsically safe design. Designed to be simple to operate and maintain, the EnviroLAV Coal-Spec is a semi-permanent structure that can be used wherever there is

Read More »
envirolav-enviro-zyme

Toilet Consumables – EnviroLAV

Toilet Consumables – EnviroLAV​ MineARC’s biodegradable EnviroLAV Toilet Consumables include the non-toxic EnviroZYME solution that works to break down the matter with every flush, involving no handling of hazardous chemicals at any stage. The efficiency of the EnviroZYME solution ensures the system emits minimum effluent odour and the waste treatment process causes minimal environmental impact.

Read More »