Professional Applications
Cold Water and Domestic Hot Water
OPERATING PRINCIPLE

THE ENERGY CHALLENGES
Energy costs keep rising, becoming a challenge for business profitability.
Overconsumption, hot water production stoppages, and breakdowns all have one thing in common: limescale.

WATER AND THE ENERGY BILL
Rising energy costs challenge business profitability. Limescale is a common cause of overconsumption, hot water stoppages, and equipment breakdowns — just 3 mm of scale can increase energy use by up to 30%.
Dropson’s EMI technology prevents scale buildup on heat exchangers, ensuring optimal heat transfer. This significantly reduces energy consumption, lowers maintenance needs, and improves system reliability — all without salt or corrosion risk.

COST CONTROL
Dropson guarantees significant energy savings.
By preventing scale on heat exchanger components, it ensures sustained, optimal thermal performance and efficient heat exchange between primary and secondary circuits. This directly reduces your energy consumption, while Dropson itself uses minimal power.

Limescale build-up in mm

Increase in % of energy consumption

THE ENERGY CHALLENGES
Energy costs keep rising, becoming a challenge for business profitability.
Overconsumption, hot water production stoppages, and breakdowns all have one thing in common: limescale.
WATER AND THE ENERGY BILL
Rising energy costs challenge business profitability. Limescale is a common cause of overconsumption, hot water stoppages, and equipment breakdowns — just 3 mm of scale can increase energy use by up to 30%.
Dropson’s EMI technology prevents scale buildup on heat exchangers, ensuring optimal heat transfer. This significantly reduces energy consumption, lowers maintenance needs, and improves system reliability — all without salt or corrosion risk.


Limescale build-up in mm

Increase in % of energy consumption

CONTROL COSTS
Dropson guarantees significant energy savings.
By preventing scale on heat exchanger components, it ensures consistent, optimal thermal performance and efficient heat transfer between primary and secondary circuits. This directly reduces energy consumption, while Dropson itself consumes very little power.

REDUCE PRODUCTION DOWNTIME
Network water quality is a critical yet often overlooked factor in energy costs.
Just 3 mm of scale on heat exchangers can increase energy consumption by up to 30%. Poor water quality directly reduces heat transfer efficiency and drives up energy bills.
Dropson offers an innovative solution.

REDUCE SANITARY RISKS
Dropson prevents new scale formation and helps dissolve existing deposits, directly supporting Legionella prevention by eliminating its habitat.
Unlike traditional softeners that require resin bed disinfection to control bacterial growth, Dropson needs no sanitary maintenance. Its food-grade 316L stainless steel cell and resin-free design ensure maximum hygiene.
REDUCE PRODUCTION DOWNTIME
Network water quality is a critical yet often overlooked factor in energy costs.
Just 3 mm of scale on heat exchangers can increase energy consumption by up to 30%. Poor water quality directly reduces heat transfer efficiency and drives up energy bills.
Dropson offers an innovative solution.


REDUCE SANITARY RISKS
Dropson prevents new scale formation and helps dissolve existing deposits, directly supporting Legionella prevention by eliminating its habitat.
Unlike traditional softeners that require resin bed disinfection to control bacterial growth, Dropson needs no sanitary maintenance. Its food-grade 316L stainless steel cell and resin-free design ensure maximum hygiene.

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