Cisternette

A cisternette is a small, usually enclosed, container or tank designed to hold water or other liquids. It's a scaled-down version of a larger cistern, intended for localized storage and often used for collecting rainwater, storing potable water, or holding fluids for specific domestic or industrial purposes. Cisternettes are typically more compact and easily installed than full-sized cisterns, making them suitable for limited space and smaller-scale water management needs. The construction materials vary, including plastic, metal, or concrete, depending on the application and desired durability. Their size can range from a few gallons to several hundred gallons depending on the purpose.

Cisternette meaning with examples

• The homeowner installed a cisternette in the garden to collect rainwater runoff from the greenhouse roof. This provided a sustainable source for irrigating the plants and reduced the reliance on the city water supply. The cisternette's compact size fit perfectly in the corner, allowing for easy access and minimal impact on the garden's aesthetic appeal, thus saving water bills.
• In the remote cabin, a cisternette was employed as a backup water source. Fed by a nearby well, the cisternette supplied the limited water needs of the occupants. The size was adequate for drinking, washing, and basic sanitation. The durability of the metal structure was a factor in ensuring the system could withstand the varied climate conditions. This provided a reliable resource
• The plumber recommended a cisternette under the kitchen sink. The cisternette provides water for their in-sink water filtration system and helps increase water pressure. This provided a quick source of water and saved the amount of time it took to get the water filtration to turn on, making tasks more convenient. This ensures clean drinking water is consistently accessible and that any pressure problems would be minimal.
• A research lab utilized a cisternette to store a sterile solution for experiments. The lab cisternette provided a clean container and a stable temperature, to maintain the liquid's integrity. The sealed design prevented contamination and maintained the specific chemical properties. The precise control of its contents was critical to the success of the experiments. This reduced potential errors.