Optimal Heat

“Analyse your company maximum waste heat recovery potential based on Pinch Analysis”

Your Concerns

Many waste heats are not recovered and are loss to the environment.  There is huge potential to recover waste heat from reactors, furnace and many other process equipment via process-to-process heat exchange. However, determining the optimal heat exchanger integration are complex, especially when there are more than 10 hot and cold streams involved. Pinch Analysis is a systematic technique to analyse the maximum energy recovery potential and has been used by many companies to successfully achieve between 10 to 90% thermal energy reductions worldwide. 

Optimal Heat enables you to design the cost-effective maximum heat recovery system and heat exchanger network in a rapid and efficient way by using this Pinch Analysis technique. 

Achieving (MER) Target

Design (HEN) to achieve (MER) Target

Too Complex to recover Waste Heat

Need a Proven Systematic Heat Recovery Approach

Software Features

Optimal Heat

Achieving (MER) Target

Maximum energy recovery (MER). The minimum hot and cold utility target represented in Comporsite Curves or Problem Table Algorithm are automatically generated.

Design (HEN) to achieve (MER) Target

The system recommends the optimal heat exchanger network (HEN) configuration which achieves the maximum energy recovery target and the result is represented in a simple grid diagram

Alternative (HEN) Design Manipulation

If the user would like to modify the proposed heat exchanger network configuration, the system can also allow manual heat exchanger network design.

Determine Multi-Utilities Level Targets

The selection of appropriate utilities level and amount such as Hot Oil, High Pressure Steam, Medium Pressure Steam, and others can be determined by using the Grand Composite Curves module.

Determining System Economics

The system can determine the capital and operating costs of the heat exchange network, as well as the potential savings generated

Determine the right (MTD)

The selection of the right minimum temperature difference (MTD) is crucial in a Pinch Analysis as there is a trade-off on operating and capital cost to give minimum total cost.

Process Modification Analysis

In plants, process modification can result in savings or loss. The software can aid the user to identify beneficial modifications.

Software Benefits

Optimal Heat

Audit your plant for waste heat recovery potential

Reduce your company fuel utility bills

Reduce your greenhouse gases (GHG) emissions

Analyse your whole plant energy recovery potential

Simple, easy and fast solutions for complex problems

Software Summary

Optimal Heat
Your Concerns • Achieving (MER) Target
• Design (HEN) to achieve (MER) Target
• Too Complex to recover Waste Heat
• Need a Proven Systematic Heat Recovery Approach
Software Features • Maximum energy recovery (MER). The minimum hot and cold utility target represented in Comporsite Curves or Problem Table Algorithm are automatically generated.
• The system recommends the optimal heat exchanger network (HEN) configuration which achieves the maximum energy recovery target and the result is represented in a simple grid diagram
• If the user would like to modify the proposed heat exchanger network configuration, the system can also allow manual heat exchanger network design.
• The selection of appropriate utilities level and amount such as Hot Oil, High Pressure Steam, Medium Pressure Steam, and others can be determined by using the Grand Composite Curves module.
• The system can determine the capital and operating costs of the heat exchange network, as well as the potential savings generated
• The selection of the right minimum temperature difference (MTD) is crucial in a Pinch Analysis as there is a trade-off on operating and capital cost to give minimum total cost.
• In plants, process modification can result in savings or loss. The software can aid the user to identify beneficial modifications.
Software Benefits • Audit your plant for waste heat recovery potential
• Reduce your company fuel utility bills
• Reduce your greenhouse gases (GHG) emissions
• Analyse your whole plant energy recovery potential
• Simple, easy and fast solutions for complex problems

Software Demo Screenshot

Optimal Heat

Feel like your business need this? Talk with us now

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Software License Pricing

Optimal Heat
School Recommendation

Academic License

USD250
Per Year (365 days)

Features

  • Single academic institution, 50 computers
  • Unlimited Student/Staff user
  • Help & Support Function
Request Now
Standard Package

Commercial License

USD1250
Per Year (365 days)

Features

  • Single company, 5 computers
  • Unlimited Personnel User
  • Help & Support Function
REQUEST NOW

For different arrangement, kindly contact us for more info

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