Water, energy and routes: the hidden efficiency behind every delivered container
One in four people worldwide still lacks safe drinking water at home. Where water is delivered, the cost of purification, energy and logistics decides who can afford it.
In August 2025, WHO and UNICEF reported that roughly 1 in 4 people worldwide — about 2.1 billion — still lack access to safely managed drinking water. In water-scarce countries such as Jordan, many households and offices rely on delivered, purified water. That makes the efficiency of the whole chain — treatment, energy and delivery — a question of affordability.
1. Purification runs on electricity
Reverse osmosis, pumping, UV disinfection and container washing are all electrical loads. In a market where electricity tariffs are rising and time-of-use pricing is spreading, a water plant’s energy bill is one of its largest controllable costs. Measured efficiency projects across the region — such as Nestlé Waters’ bottling plant in Ma’an, which verified 14.7% average savings through peak summer 2026 — show how much room there is.
2. Containers are an asset, not packaging
A refillable 18.5-litre container replaces dozens of small single-use bottles. But it only works if containers come back, are washed and inspected, and are tracked. Deposit or coupon systems keep that loop closed.
3. Routes decide the cost per delivery
Every unnecessary kilometre adds fuel, driver time and wear. Mapping customers precisely and planning daily routes around demand turns delivery from guesswork into a measurable operation.
How PURISOL® runs it
- Ultra-pure water with TDS below 60 ppm and near-zero hardness.
- Hygienic 18.5-litre refills with smart coupon tracking.
- A CRM with customer GPS pins, delivery scheduling and route management — built with our sister company Corex®.
As Jordan’s National Water Carrier moves toward construction, the country’s supply picture will improve. Efficient last-mile delivery will matter just as much. Discover PURISOL®.
Sources
Written by
PURISOL® Team