Hydrate with
purpose
RE:BORN
What you sweat out during a workout, you need to put back in. Our spring water is naturally packed with electrolytes, just like the ones you lose. But we’ve taken it a step further—this drink is supercharged with extra electrolytes to help you rehydrate and bounce back fast. Discover how we crafted the ultimate recovery drink – no hype, just the real deal.
WHAT IS LOST SHOULD BE REPLENISHED
Aqua Nobel’s water naturally contains the same electrolyte composition found in sweat.
WE DON’T SWEAT OUT VITAMINS
When it comes to recovery, it’s electrolytes that the body truly needs to replenish—we don’t sweat out vitamins. Aqua Nobel’s water naturally contains the same electrolyte composition found in sweat. By enhancing these electrolytes and incorporating a balanced mix of fructose and glucose, we’re preparing to launch the recovery drink of the future —one that’s closely aligned with our core values and truly delivers what consumers need.
Addition of glucose
To ensure an effective carbohydrate profile, we use a combination of glucose and fructose — glucose provides a rapid effect on muscle recovery, while fructose supports liver glycogen replenishment.
The composition of sweat varies by person, climate, exercise type, and diet. Some people lose more sodium and chloride. During prolonged or intense sweating (e.g., endurance sports or hot environments), it’s important to replace both fluids and electrolytes — not just drink water.
The primary electrolytes found in human sweat are sodium, chloride, potassium, calcium, and magnesium. These minerals play essential roles in fluid balance, muscle function, and nerve signaling.
Lack of sodium and potassium can lead to muscle cramps, fatigue, or hyponatremia in extreme cases.
Sweat losses vary between individuals and are influenced by factors such as intensity, environment, and metabolism. Our drink is designed to support electrolyte replenishment after physical activity, but it does not replace each person’s unique needs exactly. Please consult a healthcare professional if you have specific health concerns.
Replacing sweat-related mineral losses with identical amounts in a drink is not always effective, as the body’s absorption, needs, and losses are influenced by more than just the quantity of sweat. Electrolyte absorption in the intestines is affected by factors such as pH, hydration status, the presence of other nutrients, and individual metabolic differences. Some minerals, like magnesium and calcium, are also absorbed in limited amounts at a time, and the body’s regulatory systems can either enhance or inhibit uptake depending on current needs. Therefore, electrolyte supplements should be seen as support—not a precise replacement—for fluid and mineral loss.
NO HYPE
Our spring water is naturally packed with electrolytes, just like the ones you lose. But we’ve taken it a step further—this drink is supercharged with extra electrolytes to help you rehydrate and bounce back fast.
We’ve developed an average profile of sweat losses after longer runs and used it to create an electrolyte drink that’s as clean and direct as possible for effective recovery. At the same time, we recognize that every individual is unique. There’s no universal solution and no hype — but we aim to get as close as possible to a natural replacement that works just as well before training as it does after.
THE REAL DEAL
There are too many products on the market that cater to what consumers think they need, rather than what they actually need.
“A package is not just a carrier of beverages. A package should serve other purposes too and carry an element of artistry that makes us want to keep it, refill it, and preserve it”
“The faster we move the less we see the details.”
Riaan Van Zyl draws inspiration from everyday ideas, capturing their context through a deconstructed lens. His work may seem abstract at first but reveals a unique syntax and orchestration, often resembling a performance of movement. Passionate about using experimental mediums like recycled car oil and anthracite, he enjoys blending new and traditional materials.
