Yancheng Walson Technology Co., Ltd Cases

Background: A paper manufacturing plant wanted to capture and reuse waste heat from its drying process to improve energy efficiency.   Solution: We designed a heat recovery system using plate heat exchangers to transfer excess heat from exhaust gases to preheat process water.   Results: • 20% energy savings, lowering fuel costs • Higher production efficiency, reducing drying time • Lower carbon footprint, meeting environmental regulations

Background: A luxury resort required an energy-efficient cooling system to maintain comfortable indoor temperatures while reducing electricity costs.   Solution: We supplied a high-capacity plate heat exchanger, integrated with a central chilled water system, to optimize cooling performance.   Results: • 40% reduction in cooling energy consumption • Improved guest comfort with stable indoor temperatures • Eco-friendly solution, supporting sustainability initiatives

Background: A plastic extrusion company struggled with overheating issues in its production process, leading to inconsistent product quality.   Solution: We implemented a plate heat exchanger to efficiently cool process water, stabilizing production temperatures.   Results: • Consistent product quality, minimizing defects • Reduced water consumption, enhancing sustainability • Lower energy costs, improving profitability

Background: A large-scale dairy farm needed a reliable milk cooling system to ensure freshness and compliance with food safety regulations.   Solution: We installed a plate heat exchanger to rapidly cool raw milk using chilled water, optimizing the cooling process before storage.   Results: • Faster cooling times, preserving milk quality • Energy savings of 35%, reducing operational costs • Compact design, fitting seamlessly into existing infrastructure

Background: A pharmaceutical manufacturer required precise temperature control in its cooling system to ensure compliance with strict production standards.   Solution: We provided a stainless steel plate heat exchanger, designed for high sanitary requirements, to improve cooling efficiency and maintain consistent temperatures.   Results: • 20% improvement in cooling efficiency • Enhanced product quality through precise temperature regulation • Reduced maintenance downtime, increasing production output

Background: A commercial greenhouse needed an energy-efficient heating solution to maintain optimal temperatures for plant growth year-round.   Solution: We integrated a plate heat exchanger into the geothermal heating system, enabling efficient heat transfer from underground water sources to the greenhouse.   Results: • 30% lower heating costs compared to conventional systems • Stable temperature control, enhancing crop yield • Eco-friendly solution, utilizing renewable energy

Background: A textile manufacturer wanted to reduce its energy costs by capturing and reusing waste heat from its dyeing and finishing processes.   Solution: We installed a plate heat exchanger to recover heat from hot wastewater, preheating incoming fresh water for the production process.   Results: • 25% reduction in steam consumption • Lower water heating costs, improving overall efficiency • Sustainable operation, reducing environmental impact

Background: A shipowner required a durable and corrosion-resistant heat exchanger to cool the engine and auxiliary systems using seawater.   Solution: We provided a titanium plate heat exchanger, specifically designed to withstand the harsh marine environment while delivering high thermal efficiency.   Results: • Extended equipment lifespan, reducing maintenance costs • Efficient heat dissipation, ensuring engine reliability • Compact and lightweight design, ideal for marine installations

Background: A district heating provider needed to enhance the efficiency of its heat distribution network to supply stable and cost-effective heating to a residential complex.   Solution: We supplied a high-efficiency plate heat exchanger that enabled optimal heat transfer between the central heating plant and the residential buildings.   Results: • 15% improvement in heat distribution efficiency • Lower heating costs for residents • Reliable and consistent heating during peak winter demand

Background: A brewery sought a cost-effective solution to recover heat from its wort cooling process and reuse it for preheating brewing water.   Solution: We installed a compact plate heat exchanger that efficiently transferred heat between the hot wort and incoming cold water.   Results: • 30% reduction in energy usage for water heating • Shorter brewing cycle times, increasing production capacity • Consistent temperature control, ensuring product quality

Background: A major data center required a high-performance cooling solution to manage increasing server heat loads while minimizing energy usage.   Solution: Our plate heat exchangers were integrated into a free cooling system, utilizing outdoor air to cool the facility without excessive reliance on mechanical chillers.   Results: • 50% reduction in cooling energy consumption • Increased system reliability, reducing the risk of overheating • Lower environmental impact, supporting green data center initiatives

Background: A large commercial office building faced rising energy costs due to inefficiencies in its HVAC system. The existing heat exchangers had low thermal efficiency, leading to excessive energy consumption.   Solution: We provided a highly efficient plate heat exchanger to optimize heat transfer between the building’s heating and cooling loops.   Results: • Energy savings of 25%, reducing operational costs • Improved climate control, enhancing occupant comfort • Compact design, saving valuable mechanical room space