Heat source audit
Clarify the temperature, magnitude and working condition fluctuations of flue gas, combustible gas and waste heat.
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SOLUTION / 04 · WASTE-HEAT RECOVERY · POWER GENERATION
Waste Heat Power Generation and Heat Recycling
For continuous carbonization, activation and thermal engineering projects, it evaluates the cascade utilization, heat exchange, power generation and energy management paths of high-temperature flue gas, combustible gas and waste heat, and provides an engineering information basis for investors who are concerned about energy returns.
PROJECT CONTEXT
Applicable project conditions
01Carbonization/activation projects with stable heat sources, continuous operation foundations and energy management needs
02Investors concerned with waste heat utilization, steam systems, energy optimization or power generation feasibility
03Projects that require a collaborative assessment of thermal equipment, heat loads, operating hours and utilities
OLTEN ENGINEERING MODULES
How engineering and business messages are communicated
Let key capabilities enter the engineering boundary and return to project facts item by item.
Cascade utilization
Priority is given to assessing matching scenarios such as drying, preheating, steam and process heat.
Power generation assessment
With effective running time, thermal efficiency, grid-connected conditions and investment boundary measurement schemes.
Project knowledge/Material Review Points
From the business concept back to the project judgment,
Review these engineering and commercial conditions first.
Return to project facts and answer them item by item.
Start with real project inputs
Confirm raw material sources, moisture content, ash content, target carbon materials, product quality and downstream applications.
Then review system capabilities
Sealing, gas circuits, cooling and control common services for long-term continuous working conditions.
Finally, review delivery conditions
Quality, testing, channels, compliance, logistics and agreements bring the technical pathway into a real project.
OLTEN DELIVERY APPROACH
Engineering and Commercial Phases Olten Can Participate In
Equipment configuration, engineering plans, material testing, product distribution and cooperation scope are subject to confirmed project information, site conditions and written documents agreed by both parties.
Submit project conditionsBack to Six Main Businesses01Clarify the temperature, magnitude and working condition fluctuations of flue gas, combustible gas and waste heat.
02Priority is given to assessing matching scenarios such as drying, preheating, steam and process heat.
03With effective running time, thermal efficiency, grid-connected conditions and investment boundary measurement schemes.