Heat Recovery System – CFE (Cross-Flow Heat Exchanger)

In the world of industrial processes, finding ways to save energy, reduce costs, and be more eco-friendly is vital. The Innojet Heat Recovery System, using a crossflow heat exchanger plate, can help you achieve this. It works by transferring heat from the outgoing air to the incoming air directly. This innovative system can save you between 13% and 55% of your energy, making it a game-changer for more efficient and sustainable production.

Your challenges

If you're dealing with energy-intensive processes that are driving up your costs, struggling with high production expenses, trying to cut down on waste, or looking to be more sustainable, these are the common challenges you might be facing:

  • Energy-Intensive Processes: Many industrial operations require a lot of energy, leading to high costs.
  • High Production Costs: Traditional methods can be expensive, impacting your budget.
  • Waste Reduction: Reducing waste is not only good for the environment but also for your bottom line.
  • Sustainability: Staying eco-friendly during production can be a real challenge.

Our solution

The Innojet Heat Recovery System is here to help. Here's how our solution can address your challenges:

  • Save Energy: Our technology can significantly lower your energy consumption, which means cost savings for you.
  • Lower Costs: By using energy more efficiently, you'll see a reduction in overall production costs.
  • Less Waste: Better energy management and process control can help reduce waste.
  • Recover from up to 13% of energy during Granulation/Drying: For the Granulation/Drying process, our system can recover up to 13% of thermal energy, ensuring that you don't waste any during these applications.
  • Recover from up to 25% of energy during Coating: In coating processes, our system can recover up to 25% of thermal energy, further improving energy efficiency.
  • Up to 55% energy recovery with Hotmelt: For processes that use lower inlet air temperature and lower evaporation rate like Hotmelt, our system can recover an impressive 55% of thermal energy, helping you be more sustainable and cost-effective.
Process Inlet air Oulet air CFE recovery HP Recovery
Granulation 90°C 35°C up to 15% up to 50%
Coating 70°C 45°C up to 25% up to 70%
Hotmelt 45°C 55°C up to 55% up to 75%

What you can expect

In a world where saving energy and embracing eco-friendliness are crucial, the Romaco Innojet Heat Recovery System stands as a simple yet effective solution. This innovative system not only helps reduce costs, minimize waste, and promote sustainability but also tailors energy recovery to your specific applications. Seamlessly aligning with the recent EU CSR Directive amendment, urging companies to prioritize sustainability, Innojet ensures that your production process adheres to responsible and eco-friendly practices. Don't miss the chance to elevate your production efficiency and environmental responsibility. Step into the future with the Innojet Heat Recovery System—a practical solution for a brighter, more sustainable tomorrow.

Highlights of Romaco Innojet Fluid Bed Dryer

Designed to perform 3 different processes:

  • Drying of wet granulate (dryer)

  • Granulation by top spraying (granulator)

  • Coating by bottom or tangential spraying (coater)

Contact us

Do you need more information?

Please do not hesitate to contact us if you require further information regarding our Coating equipment or if we can assist you in any other way.

FAQ

What is a heat recovery system and how does it work?

A heat recovery system is a technology that helps recover and reuse heat energy from a systems exhaust air, which would otherwise be wasted. This is typically done using heat exchangers. There are two types of systems: A: Heat recovery with a heat pump (HP) and B: Heat recovery with a crossflow heat exchanger (CFE).

What are the benefits of using a heat recovery system?

By recovering and reusing heat energy, you can significantly reduce your energy consumption and lower your heating bills. This also leads to a reduction in greenhouse gas emissions, contributing to a more sustainable environment.

Which system is more efficient?

The HP system is much more efficient for granulation and drying processes, while the efficiency of both systems is comparable for coating or hotmelt processes.

What are the cost considerations for these systems?

The HP system has a higher investment cost but also higher recovery rates. The CFE system has a lower investment cost but also lower recovery rates for granulation and drying processes.

What are the maintenance requirements for these systems?

The CFE system is a low-maintenance solution (annual cleaning only), while the HP system requires more maintenance due to its higher technical complexity.

What are the space requirements for these systems?

The HP system requires additional installation space in the technical area, the CFE system will be integrated into the AHU and extend its size.

What is the difference between the two systems?

The HP (heat pump) system uses a heat pump to increase the temperature level of the thermal energy taken from the outlet air stream and use it at the inlet air stream either for pre-heating or for full heating. The CFE (crossflow heat exchanger) system is using a crossflow plate heat exchanger to transfer thermal energy from the outlet air stream to the inlet air stream directly.

How does the Innojet Heat Recovery System compare to traditional heat recovery methods?

The system is similar to all industrial size heat recovery systems based on heat pumps. One essential difference is that the system uses the recovered energy by itself in the inlet stream.

What kind of energy sources can the Innojet system utilize?

For heat recovery: electric power, for the air heating: all kinds of thermal energy the customer can provide.

What troubleshooting support does Romaco provide if issues arise with the system?

Remote access for first investigation and onsite service

Can the Innojet Heat Recovery System be upgraded in the future?

Generally, yes. There must be installed a second heat exchanger in the inlet monobloc of the FB system. Feasibility depends on the arrangement of the system and the available space at the customer’s site.

What kind of training does Romaco provide for using the Innojet system?

We offer (and recommend) training for maintenance and operator staff when a new system is installed. Besides this we generally offer on-site training for our customers in order to optimize the use and efficiency of our systems.