The paper and pulp industry is among the largest industries in the globe that must prioritize sustainability. They have a high CO2 footprint due to the type of raw materials used. Heat recovery technology offers a solution to significantly decrease energy consumption in paper mills. The recovered heat can be utilized in various applications such as production processes, industrial cleaning, utility water, or heating.
Few Waste Heat Recovery Pockets in the Pulp & Paper Industry
- Heat Recovery from Pulp Processing
- Heat Recovery from Pulp Drying
- Boiler Exhaust
- Boiler Blow down
- Incinerator Exhaust
The Bry-Air Solution
As global concerns over rising energy costs and greenhouse gas emissions persist, Bry-Air offers low-grade waste heat recovery solutions through Adsorption Chillers, utilizing recovered heat for both industrial processes and human comfort.
Installation of Low Grade Waste Heat Recovery Adsorption Chiller technology reduces the CO2 footprint and make sustainability in the paper industry an affordable priority. The recovery reduces energy consumption, adds operational efficiency, diminishes the carbon footprint of the facility, contributing to environmental protection and substantial reductions in energy costs.
Bry-Air-make Adsorption chillers use potable water as the refrigerant, yielding zero ozone depletion and next to no global warming potential, by using low grade hot water from waste heat from flue gas as heat input to provide cooling instead of using electricity. Adsorption unit operates under vacuum with negligible moving parts, quiet and low noise. Adsorption technology is truly green, environment-friendly and sustainable.
Salient Features of our Adsorption Chiller Technology
- Environment friendly Chilling System
- Potable Water as Refrigerant
- Vibration-free and noiseless operation
- Negligible Technology
- Power Saving Technology
- No need to replace adsorbent (Silica Gel)
- No crystallization, corrosion, hazardous leaks, or chemical disposal issues
- Operating life of minimum 25 Years
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