Energy Recovery & DHCEnergy Recovery & DHC
There is 20-50% of the energy consumed by US industry is ultimately lost as heat. Many facilities around the world can increase their overall effciency and bottom lines by installing waste heat recovery technologies. Waste heat recovery can enhance pro?tability in the industrial sector and improve competitiveness. One of the?rst steps in initiating a heat recovery project is understanding the quality and quantity of heat available. HeatCalc, we are doing for waste heat what the solar industry has done for calculating home solar output: automating estimates, maximizing knowledge sharing, and streamlining connections to the most relevant solution providers Our goal is to enable more waste heat utilization projects, which make the most out of energy we are already consuming. There are CHP (combined heat and power) projects delivering electricity and heat to hospitals, campuses, and industrial facilities that use waste heat to power projects that use the energy we already consume. We hope you can save time and money in the process.
Read Full articleCHP: 3 primary criteria for successfull cogeneration projects in power plants
Only 9% of electricity production in the world comes from cogeneration. Cogeneration can not only deliver economic benefits but also environmental ones. This paper describes the three main criteria which you need to be able to make a tick on before starting.
Read Full Business PracticeDirty Truth about Heat Exchangers
Matt Gutschow, co-founder of HeatCalc, provides some insights into the topic of heat exchanger fouling. What is fouling? What are the effects and what are solutions to prevent or at least control fouling in energy recovery projects.
Read Full Business PracticeBridging the industrial heat divide
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. An estimated 20-50% of all industrial energy is lost.
Read Full articleORC 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 PracticeORC 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 PracticeORC 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 PracticeORC 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 PracticeHeat 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 PracticeTurboden - 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