LAUNDRY
Industrial laundry facilities demand high-throughput, energy-efficient thermal systems to meet hygiene standards while controlling operating costs. With rising energy prices and water usage constraints, optimizing thermal recovery is a major performance driver.
Industrial laundry facilities demand high-throughput, energy-efficient thermal systems to meet hygiene standards while controlling operating costs. With rising energy prices and water usage constraints, optimizing thermal recovery is a major performance driver.
The main challenges in this sector
The main challenges in this sector
Extreme operating temperatures
From pre-heating water to steam recovery, laundry operations rely on stable, high-temperature heat transfer to maintain washing performance and hygiene compliance.
Critical energy recovery
Hot wastewater and exhaust gases contain a large share of recoverable heat. Capturing this energy significantly reduces utility costs and environmental impact.
Highly corrosive fluids
Detergents, alkalis, and disinfectants used in industrial wash cycles can be chemically aggressive, particularly at high temperatures, requiring corrosion-resistant systems.
Continuous 24/7 operation
Large laundry facilities often run continuously to serve hospitals, hotels, or industrial clients. Heat exchangers must be durable and reliable under constant load.
Our involvement in the sector
Nexson delivers thermal solutions tailored to the fluid complexity, fouling risks, and sustainability targets of the laundry industry. Our technologies support efficient and reliable heat recovery in detergent-rich and high-temperature environments.
Efficient thermal recovery for clean, sustainable laundry operations
Welded construction for leak-free reliability
In laundry applications, gaskets degrade quickly under chemical and thermal stress. Nexson exchangers feature 100% welded construction, eliminating leaks and reducing maintenance downtime.
Resistant to fouling and aggressive media
Textile residues, detergents, and suspended particles contribute to fouling in standard exchangers. Nexson spiral heat exchangers are self-cleaning by design, preventing clogging and preserving long-term performance.
Applications across the laundry cycle
Our solutions are used in wastewater heat recovery, steam condensate recovery, and hot water preheating. Nexson heat exchangers improve energy use across wash, rinse, and drying stages.
Materials suited to detergent-based processes
To handle alkaline and detergent-rich water, Nexson provides corrosion-resistant materials such as duplex stainless steels or titanium, ensuring long service life even under aggressive chemical exposure.
Efficient thermal recovery for clean, sustainable laundry operations
Welded construction for leak-free reliability
In laundry applications, gaskets degrade quickly under chemical and thermal stress. Nexson exchangers feature 100% welded construction, eliminating leaks and reducing maintenance downtime.
Resistant to fouling and aggressive media
Textile residues, detergents, and suspended particles contribute to fouling in standard exchangers. Nexson spiral heat exchangers are self-cleaning by design, preventing clogging and preserving long-term performance.
Applications across the laundry cycle
Our solutions are used in wastewater heat recovery, steam condensate recovery, and hot water preheating. Nexson heat exchangers improve energy use across wash, rinse, and drying stages.
Materials suited to detergent-based processes
To handle alkaline and detergent-rich water, Nexson provides corrosion-resistant materials such as duplex stainless steels or titanium, ensuring long service life even under aggressive chemical exposure.
