The current energy crisis in Iran has reached a new dimension. Massive power outages and a dramatic water shortage are putting not only the population but, above all, industrial production under pressure. In a region where evaporation rates are already enormous due to extreme heat, water is becoming a crucial energy source. The energy crisis in Iran demonstrates particularly clearly how critical the management of water and energy has become.
For companies and plant operators, now is the time to switch to technical cover spheres . Whether in heavy industry, wastewater treatment plants, or the upscale leisure sector: preventing evaporation is the quickest way to save energy.
Energy crisis in Iran: Evaporation as an energy drain
When water evaporates, it's not just the liquid that's lost. In industrial processes or heated outdoor pools, the painstakingly supplied thermal energy escapes along with the water vapor. In Iran, where cooling industrial processes and conserving water reservoirs are critical, high evaporation leads to:
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Massive energy costs due to constant reheating or cooling.
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High humidity in indoor facilities accelerates the corrosion of machinery.
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Resource loss , which can halt production during times of water scarcity.
Why conventional covers fail
A major problem when retrofitting protective systems is the geometry. Many industrial sewage treatment plants, fire ponds, or modern hotel pools have complex freeform shapes, curves, or protrude into existing infrastructure.
Conventional foil covers or rigid systems reach their limits here:
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Fit: Tarpaulins require complex cutting and often leave edges free.
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Handling: Manually covering and uncovering is time-consuming and labor-intensive.
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Maintenance: Mechanical roller blind systems are prone to defects and wear.
The solution: Euro-Matic cover balls for every pool shape
This is where technical cover spheres really come into their own. Since it's a bulk material, the shape of the basin is completely irrelevant.
1. Perfect adaptation to freeform shapes
Whether it's a kidney-shaped pool, a circular settling basin, or a winding industrial pond: the spheres distribute themselves evenly across the surface, completely filling the gaps right to the edge. There are no "dead spots" through which energy can escape.
2. Indispensable for industrial manufacturing
In industry, these spheres not only protect against evaporation (reducing it by up to 97%), but also reduce odors and chemical fumes. Especially during the current energy crisis in Iran, this potential for savings represents a crucial competitive advantage. In regions like Iran, this helps to increase operational reliability while simultaneously drastically reducing the environmental footprint.
3. Increasing efficiency in swimming pools and ponds
The switch to this system also makes sense for private and public pools. Since the spheres simply slide aside when submerged, operation remains seamless, while the heat is almost completely stored in the water overnight.
Conclusion: Invest now and reduce energy costs
The energy crisis in Iran clearly demonstrates that energy efficiency is no longer a luxury, but a necessity for economic survival. The use of Euro-Matic evaporation protection spheres is a one-time investment that pays for itself in a very short time through savings in water and heating energy.
Protect your resources – efficiently, durably and regardless of the basin shape.
