Best available technology

Waste Heat Recovery (WHR) is a profitable, low-carbon, environmentally friendly system to produce electricity by recovering heat from industrial processes. Our WHR systems are based on the Rankine Cycle a proven way to produce power from the waste heat.

Waste heat recovery systems consists in a heat source (boiler) that generates a high-pressure vapor which is subsequently expanded through a turbo generator producing power. The thermodynamic cycle is performed by a working fluid.

There are 2 different kind of working fluids:

  • Water (most commonly used) : Steam Rankine Cycle (SRC) technology.
  • Organic fluid: Organic Rankine Cycle (ORC) technology.

The kind of working fluid used influences the boiler design, mainly for difference in working pressure and temperature.

Marco Rovetta
R&D Manager
marco.rovetta@ctp.mi.it

For general inquiries:
sales@ctp.mi.it or call +39(0)35 6968501

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Partners agreements

We are specialized in engineering design and manufacturing of Waste Heat Recovery boiler for both SRC and ORC technology.

Moreover, we partner directly with the main producers of turbines in the world. We provide to our customers the best players and technology on the market and a full WHR system perfectly integrated in the industrial process.

TURBODEN, a Mitsubishi Heavy Industries group company (Italy).
Beginning: March 2018
Technology: WHR based ORC (Organic Rankine Cycle)
Relevant market: Cement
Area: Turkey

Shangai Conch Kawasaki Engineering Co, Ltd. (CHINA)
Beginning: July 2019
Technology: WHR based SRC (Steam Rankine Cycle)
Relevant market: Cement, iron & steel
Area: Europe, Middle-East-Africa, Oceania

Case histories and insights about WHR

Insights

Original Spare Parts

CTP Team supplies genuine range of replacement spare parts with fast delivery all over the world thanks to our advanced supply chain and logistic department.

Insights

Turn-key projects

CTP Team as main contractor of EPC project partner with the OEM of critical equipment in order to guarantee to customers the proper execution and performance of each systems in the whole process.

Insights

Thermodynamic cycle

Thermodynamic features and consequences

High enthalpy drop
High pressures and temperatures
Superheating needed
Risk of blade erosion

Insights

Boiler design parameters

The design and size of the Boiler for Waste Heat Recovery are the results of a balance among many interconnected factors, such as…

Insights

Organic Rankine Cycle

The ORC systems are typically designed with two heat transfer stages and use a high molecular mass organic working fluid such as butane or pentane.