Circular Economy

HeatCalc is an online hub of useful heat recovery information. It will connect a heat source owner (e.g. a cement plant) to the most relevant heat recovery solution providers based on the specifics of their heat source. An estimated 20-50% of all industrial energy is lost as waste heat. Visit us at HeatCalc.com for more heat recovery ideas and insights to kickstart your next heat recovery project. The most common one: recovering heat from an air compressor. The average payback for all the recommendations: 1.52 years. Heat is also a versatile form of energy. It can warm buildings, purify water, preheat combustion air, generate electricity, generate power, generate cooling, etc. The overriding theme with all of these options is that it can save businesses money and reduce carbon footprints simultaneously. There is a good chance there is a money saving heat recovery opportunity at your site is that you can save you money.

Read Full article

Circular Economy

ORC Technology in Waste to Energy Solutions

Turboden shows its ORC technology which can be profitably and efficiently used to produce electric using energy from waste to energy recovery processes. power of Turboden turbogenerators in this application ranges from 200 kW to 20 MW electric.

Read Full Business Practice
ORC Technology in Waste to Energy Solutions

Circular Economy

ORC Technology in Solar Thermal Power Plant

Concentrating Solar Power systems with Turboden ORC can be cost-effective in the range between 200 kW and 20 MW electric. Turboden describes units allowing to convert heat collected by solar collectors into electricity through an efficient thermodynamic cycle.

Read Full Business Practice
ORC Technology in Solar Thermal Power Plant

Circular Economy

ORC Plants for Industrial Heat Recovery

ORC (organic ranking cycle) technology can be used to produce electricity by recovering heat from industrial processes. In this example, turbogenerators from Turboden are described, being able to generate power in ranges between 200 kW and 20 MW electric.

Read Full Business Practice
ORC Plants for Industrial Heat Recovery

Circular Economy

ORC Technology for Geothermal Energy Source

ORC technology is particularly suitable for the exploitation of medium to low enthalpy sources. Turboden provides tailor-made solution allowing to generate power up to 40 MW electric per single generator. The technology can be used to generate medium-to.

Read Full Business Practice
ORC Technology for Geothermal Energy Source

Circular Economy

Heat Recovery from Biomass with ORC technology

From Biomass, Turboden provides solutions to produce heat and electrical power with high efficiency. Solution includes cogeneration plants with ORC which generate power usually ranging between 200 kW and 20 MW electric. By using wood and waste material as.

Read Full Business Practice
Heat Recovery from Biomass with ORC technology

Circular Economy

Turboden - All you need to know about ORC

A comprehensive overview of ORC technology provided by Turboden: Technology, applications, main components, ORC models. Also includes references and performance data.

Read Full Business Practice
Turboden -  All you need to know about ORC

Circular Economy

Compact heat recuperators for Power Generation and 18kW CHP Gas Turbine

A self-explanatory process how to higher the gas turbine efficiency and lower the fuel consumption. It explains most critical constraints of the project and resulting benefit offered by ACTEs solution. Read two latest RND projects such as Solar Power Generation and OR.

Read Full Business Practice
Compact heat recuperators for Power Generation and 18kW CHP Gas Turbine

Circular Economy

Waste Heat Recovery in SME industrial processes

A comprehensive overview of waste heat recovery opportunities in industrial processes of small and medium sized enterprises (SME). Starting with different heat sources to to the specific needs of SMEs to use case and financials.

Read Full Business Practice
Waste Heat Recovery in SME industrial processes

Circular Economy

Heat Recuperator in Air Transport

ACTE is developing an air-to-air heat exchanger directly installed in a gas turbine exhaust nozzle. The challenge: combine lightweight compactness and high effectiveness. ACTE's project is based on a project by ACTE about designing and manufacturing an.

Read Full Business Practice
Heat Recuperator in Air Transport