 Carbon Emissions
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Achieve a total reduction of 50% in carbon emissions across all stages, including Scope 1, 2, and 3 emissions. |
 Energy Efficiency
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Improve energy efficiency by 5% (measured in MWh per unit of production). |
 Water Usage
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Achieve over 95% recycling and reuse of water. |
 Waste
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Reutilize 80% of waste materials. |
 Chemicals
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Ensure that no hazardous chemicals are used by regularly updating safety protocols and documentation. |
 Safety
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Achieve zero workplace accidents and zero worker injuries. |
 Employee Training
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Ensure 100% employee participation in on-the-job training. |
Minimizing Energy Consumption
At the same heat exchange capacity, SHPHE’s removable plate heat exchangers are designed to use the least amount of energy. From research and development to design, simulation, and precision manufacturing, we ensure optimal product performance. SHPHE offers over 10 series of top-tier energy-efficient products, including models with over 350 corner holes at the highest efficiency level. Compared to 3rd-level energy-efficient plate heat exchangers, our E45 model, processing 2000m³/h, can save approximately 22 tons of standard coal annually and reduce CO2 emissions by around 60 tons.
Listening to Nature
Every researcher draws inspiration from nature’s energy transfer, applying biomimicry principles to meet customer requirements while maximizing safety and energy efficiency. Our latest wide-channel welded plate heat exchangers improve heat transfer efficiency by 15% compared to traditional models. By studying natural energy transfer phenomena—such as how fish reduce drag while swimming or how ripples transfer energy in water—we integrate these principles into product design. This combination of biomimicry and advanced engineering pushes the performance of our heat exchangers to new heights, fully harnessing the wonders of nature in their design.
Unique Structural Design
Our specially designed structure allows products to withstand higher pressures while ensuring that the working medium does not pollute the environment. Multiple protective measures are incorporated into the design to guarantee equipment safety.