A water lorry, or water tanker truck, is a specialized vehicle for hauling large quantities of water. They’re vital for a huge number of industries and uses.
Water lorries can transport both potable (drinking) and non-potable water, making them versatile tools. You’ll see them used to deliver drinking water, supply water for construction projects, and in countless industrial applications.
This article will cover the important aspects of water lorries, including the different types available, their common uses, how they can be customized, and what’s involved in keeping them well-maintained.
Potable vs. non-potable water lorries
Not all water lorries are created equal. There are two main types: those that carry potable water (safe for drinking) and those that carry non-potable water (not safe for drinking).
Potable water tanker trucks
These trucks are designed to carry water that’s safe for people to drink. You’ll often see them being used to deliver water to communities or to provide water during disaster relief efforts.
To ensure the water remains safe, these trucks are constructed with food-grade materials like 316 stainless steel. They also have NSF-approved pumping and dispensing systems.
Non-potable water tanker trucks
These trucks are used to transport water that isn’t intended for drinking. They’re commonly used in construction, firefighting, agriculture, and mining.
Because the water isn’t for consumption, these trucks can be made with less stringent materials like aluminum or carbon steel. They’re well-suited for tasks like dust control, irrigation, and various industrial processes.
What are water lorries used for?
Water lorries are useful in any situation that calls for a large amount of water. Here are some examples:
- Municipal and Community Uses: Water lorries can deliver potable water to communities that don’t have easy access. They can also provide temporary water supplies during droughts or other emergencies.
- Industrial and Construction Uses: Construction sites often use water lorries to keep dust down. They also provide water for mixing concrete and other construction tasks. Some industries use water lorries to transport reclaimed or seawater.
- Agricultural Uses: Farmers sometimes use water lorries to irrigate crops or provide water for livestock.
- Emergency Response: Water lorries can support firefighters or provide relief after a natural disaster.
Customization and design features
Water lorries come in a variety of designs, and many can be customized for a particular purpose.
Tank Materials and Construction
The tanks can be made from stainless steel, aluminum, or carbon steel. They’re available in different sizes and capacities, and the tank walls are often reinforced for extra durability.
Customization Options
Depending on the climate and how you plan to use the lorry, you may want to consider heated tanks for cold climates, along with ladders, toolboxes, and cabinet configurations. For safety, you can add LED lighting and backup cameras, or add a custom paint job or tank wrap to help make the vehicle visible.
Safety Features
Water lorries often include offset baffles to prevent sloshing, secure fittings, and reliable pumps, along with emergency shut-off valves and sight tubes.
Maintenance and Durability
Like any piece of heavy equipment, a water lorry needs regular maintenance to run well for a long time. Easy access to the engine and other parts makes inspections and repairs faster and easier.
If you’re using the lorry to transport drinking water, you’ll need to clean and sanitize the tanks regularly.
The best water lorries are made from high-grade, durable materials that resist corrosion and wear.
Key Takeaways
Water lorries are essential for moving water where it’s needed. From construction sites to disaster relief efforts, these vehicles offer flexible water transport solutions.
When selecting a water lorry, make sure you choose the right type for the job, customize it to meet your needs, and keep it well-maintained for safety and performance.
As technology advances, we can expect water lorries to become even more efficient and reliable thanks to improvements in materials, design, and safety features.