This document provides information on Aggreko's product offerings for heating, drying, and climate control applications. It describes electric heaters, indirect diesel fired heaters, heat pump chillers, air conditioner heat pumps, and desiccant dehumidifiers. The products are suited for construction, facilities management, shipping, oil and gas, and emergency drying and heating projects. Technical specifications are provided for each product type and model.
This document provides information on Cross Rental Services' range of portable heating, cooling, and ventilation equipment available for hire. It includes details on electric heaters ranging from 3kW to 80kW, direct fired gas heaters from 60kW to 100kW, and indirect fired oil heaters from 29kW to 235kW. The document also lists air conditioning units, chillers, air handlers, dehumidifiers, and other equipment. Specification details are provided for many of the products. Nationwide delivery and installation is available from Cross Rental Services.
Mirai Intex is an engineering company that designs and manufactures turbo compression equipment to produce ultra-low temperature refrigeration solutions in the most energy efficient and cost effective way. They specialize in air cycle technology which uses air as the refrigerant instead of harmful F-gases. Air cycle technology has significant benefits over traditional refrigerants like being environmentally friendly with no GWP, lower risk, and lower lifetime costs. Mirai Intex has also developed innovations like a humidity extraction device to further improve the efficiency of air cycle technology.
Huayi Compressor Barcelona produces R290 compressors powering Frigikern multitemperature lockers for perishable products. Frigikern lockers use Huayi's R290 compressors that are more energy efficient and have lower global warming potential than traditional refrigerants. The lockers allow for flexible delivery of perishable goods and improved customer service.
This document discusses Secop's journey towards more sustainable refrigeration technologies. It outlines their transition from HFC refrigerants like R404A to natural refrigerants like propane (R290) and the optimization of systems through variable speed compressor technology. The document describes case studies of converting a commercial freezer from R404A to R290 and further improving it with a variable speed compressor. It also discusses Secop's optimized simulation-based approach to development that reduces testing time and costs compared to traditional methods. Finally, it provides a brief overview of Secop's portfolio and experience in refrigeration.
- A Russian supermarket chain used Embraco's Plug N' Cool refrigeration system in their stores instead of traditional remote systems. The Plug N' Cool system provided modular, energy efficient refrigeration for food display cases using natural refrigerants. It allowed for faster installation, easier maintenance, and reduced energy costs by 34% compared to remote systems. Both the supermarket and refrigeration equipment manufacturer were satisfied with the energy savings and performance of the Plug N' Cool pilot program.
This document summarizes the Zero One store in St. Pölten, Austria, METRO's first zero emission wholesale store. Key measures taken include generating electricity from 1,008 kWp of solar panels, avoiding external heating through insulation and recovery systems, and reducing emissions 60% through efficient lighting and cooling. Refrigeration uses a transcritical booster system with 93% heat recovery. The EVALIFT and TEKOJET systems increase compressor efficiency, reducing energy consumption by 51,203 euros per year compared to a standard system. The store aims to serve as a best practice example for METRO's goal of reducing CO2 emissions 50% by 2030.
At Euro Energy Services Renewable Energy in Scotland Open Day on October 23rd Thomas Dickson of Glow Worm discusses Air Source Heat Pumps and their application in dwellings across the UK
This document provides information on Cross Rental Services' range of portable heating, cooling, and ventilation equipment available for hire. It includes details on electric heaters ranging from 3kW to 80kW, direct fired gas heaters from 60kW to 100kW, and indirect fired oil heaters from 29kW to 235kW. The document also lists air conditioning units, chillers, air handlers, dehumidifiers, and other equipment. Specification details are provided for many of the products. Nationwide delivery and installation is available from Cross Rental Services.
Mirai Intex is an engineering company that designs and manufactures turbo compression equipment to produce ultra-low temperature refrigeration solutions in the most energy efficient and cost effective way. They specialize in air cycle technology which uses air as the refrigerant instead of harmful F-gases. Air cycle technology has significant benefits over traditional refrigerants like being environmentally friendly with no GWP, lower risk, and lower lifetime costs. Mirai Intex has also developed innovations like a humidity extraction device to further improve the efficiency of air cycle technology.
Huayi Compressor Barcelona produces R290 compressors powering Frigikern multitemperature lockers for perishable products. Frigikern lockers use Huayi's R290 compressors that are more energy efficient and have lower global warming potential than traditional refrigerants. The lockers allow for flexible delivery of perishable goods and improved customer service.
This document discusses Secop's journey towards more sustainable refrigeration technologies. It outlines their transition from HFC refrigerants like R404A to natural refrigerants like propane (R290) and the optimization of systems through variable speed compressor technology. The document describes case studies of converting a commercial freezer from R404A to R290 and further improving it with a variable speed compressor. It also discusses Secop's optimized simulation-based approach to development that reduces testing time and costs compared to traditional methods. Finally, it provides a brief overview of Secop's portfolio and experience in refrigeration.
- A Russian supermarket chain used Embraco's Plug N' Cool refrigeration system in their stores instead of traditional remote systems. The Plug N' Cool system provided modular, energy efficient refrigeration for food display cases using natural refrigerants. It allowed for faster installation, easier maintenance, and reduced energy costs by 34% compared to remote systems. Both the supermarket and refrigeration equipment manufacturer were satisfied with the energy savings and performance of the Plug N' Cool pilot program.
This document summarizes the Zero One store in St. Pölten, Austria, METRO's first zero emission wholesale store. Key measures taken include generating electricity from 1,008 kWp of solar panels, avoiding external heating through insulation and recovery systems, and reducing emissions 60% through efficient lighting and cooling. Refrigeration uses a transcritical booster system with 93% heat recovery. The EVALIFT and TEKOJET systems increase compressor efficiency, reducing energy consumption by 51,203 euros per year compared to a standard system. The store aims to serve as a best practice example for METRO's goal of reducing CO2 emissions 50% by 2030.
At Euro Energy Services Renewable Energy in Scotland Open Day on October 23rd Thomas Dickson of Glow Worm discusses Air Source Heat Pumps and their application in dwellings across the UK
Ian Schmahmann gave a presentation on Wave Industries' Hawk-Eye 800 monitoring and control system. The Hawk-Eye 800 provides real-time HVACR system monitoring, automation, energy efficiency improvements, and remote access capabilities. It has various inputs and outputs that can monitor temperatures, pressures, power usage, gas levels, and more. The system provides benefits like reduced energy costs, improved safety, increased efficiency and profitability for customers.
American Event Services provides rental and sales of customized temperature control equipment for temporary and permanent use. They have a wide range of air conditioners, chillers, air handlers, cooling towers, and heaters available from 1 to 500 tons. They also offer power distribution panels, automatic transfer switches, and transformers to provide electrical power. Their equipment is designed to be rugged and durable while also easy to use for the rental industry with features like quick connections and stackable frames.
InvenSor GmbH presents adsorption cooling technology that uses waste heat to provide highly efficient cooling. Their adsorption chillers can achieve up to 90% electricity savings compared to compression chillers and use water as a refrigerant. Their chillers are available in sizes from 10-300 kW and are suitable for applications in plastic processing industries and other industries with high cooling demands. Tri-generation systems that combine heat and power cogeneration with adsorption chilling are a feasible option when electricity prices are high.
Benefits and Differentiation of PLUGnCHILL Eutectic SolutionRajat Gupta
Gives the advantage of PLUGnCHILL over conventional and other eutectic units available in the market for Cold storage and Cold Chain Transportation application
The TCS Heater Band System provides an energy efficient alternative to conventional barrel heating bands for plastic injection, blow molding, and extrusion machines. It uses embedded radiant heating elements in a ceramic fiber material to heat machine barrels. This allows for 30-50% reduced energy usage compared to conventional bands, faster heat up times, tighter temperature control, and optional efficient cooling. Customer case studies show payback periods of less than two years. The TCS system can be used on machines of any make and model to lower energy costs and improve productivity.
Aleksander Matuszny is the product manager for CO2 and HC refrigerants at Area Cooling Solutions. Area partnered with Reftronix to develop a custom controller for their iCOOL CO2 condensing units. This collaboration provided benefits like better performance and energy savings. Together they gained experience in integrated controls, efficiency systems, remote monitoring and more. Area then showcased their iCOOL CO2 product line and examples of installations using Reftronix controllers across several European countries.
shecco has joined forces with UNIDO to help improve the food cold chain in the Philippines through application of innovative energy-efficient refrigeration technologies and thereby help reduce food losses. The project aims to establish a global network of innovative companies that are interested to expand their business with natural refrigerant-based technologies in the Philippines.
During the session companies will have the opportunity to get the latest updates on ways to join the project and contribute to the outcomes.
Room: Discovery. Please note that limited seats are available and registration is limited to one person per company, subject to approval. To request to register, send an email to jan.dusek@shecco.com with your name, company, position and a short paragraph explaining your involvement and/or plans in the Philippines.
The document provides calculations to determine the cooling load requirements for a cold storage facility. It outlines the following:
1) The structural heat gain through the walls, floor, and ceiling is calculated to be 44.82 kW.
2) The infiltration load from air changes is calculated to be 20.37 kW.
3) The product load from cooling the soybeans is calculated to be 982.5 kW.
4) Additional loads include lighting at 5 kW and occupant heat at 9.2 kW.
5) The total cooling load is calculated to be 1061.89 kW or 301.67 TR.
Thermal Efficiency of Buildings - Stefan Huber - Paul Heat Recovery ScotlandEuro Energy Services
At Euro Energy Services Renewable Energy in Scotland Open Day on October 23rd Stefan Huber talked about how the thermal efficiency of buildings and why well designed ventilation is vital to buildings.
The document discusses opportunities for the HVACR industry in Australia to transition to more energy efficient technologies and reduce emissions. Key points include:
- The industry could reduce energy costs by 60%+ ($8 billion annually), reduce GHG emissions by 50%, and cut national emissions by 7% by transitioning HVACR systems.
- Natural refrigerant-based technologies are more energy efficient, lower cost, and can reduce emissions, but awareness in the supply chain is low.
- A transition is needed to train industry professionals, commercialize new technologies, and establish management systems to support low global warming potential refrigerants. Collaboration between government, industry and end users will be important for driving innovation.
Sustained power generation from low-grade heat. sk 270513Alex Prohorov
Minimal estimation for waste heat utilization in Russia is about $300M annually. From more then 4000 GPU we can utilize up to 18 GW additional electric power.
Various heat sources require different technical solutions. Heat-El fits for all.
This document describes an integrated refrigeration, HVAC, and heating system called the Eliwell CO2 DOMINO that was installed in a 1,700 sqm supermarket in Switzerland. The system integrates refrigeration, heating, and cooling into a single compressor rack controlled by one controller. This provides benefits like improved performance, reduced maintenance needs, lower installation costs, and the ability to phase out synthetic refrigerants. Performance data from the first year of operation showed improved COP and capacities for refrigeration compared to a traditional separate system setup. The integrated system allows the refrigeration contractor to manage both heating and cooling using consistent components and maintenance.
This document summarizes the refrigeration system upgrades at a frozen food production facility in Italy over several decades. It started with an R-22 system in 1980 with a COP of 0.65. Various retrofits to different refrigerants were done through 2000. In 2000, a CO2/NH3 cascade system was installed, achieving the highest COP of 1.16. Later retrofits to CO2 systems coupled with HFCs had lower COPs. The latest upgrade in 2018 uses a CO2 booster system with parallel compression, which has a COP of 1.15 and is easy to operate. Natural refrigerants like CO2 and NH3 have proved to be more energy efficient over time at this facility.
The document provides details on a study conducted by Gastec at CRE Ltd for the Department of Energy and Climate Change (DECC) on heat metering for the Renewable Heat Incentive (RHI) scheme. The study evaluated options for metering renewable heat generated by technologies such as biomass boilers, heat pumps, biogas, and solar thermal systems. It assessed choices for meters and their maintenance, automatic data collection methods, recommended data reporting, and costs of metering. Key findings included that meters should comply with European directives, data collection could be done through physical reads or remote methods like AMR, and costs vary depending on technology and data collection method.
ORC ElectraTherm Green Machine - waste heat to power, Power generationRado Irgl
ElectraTherm's Green Machine converts low temperature water flows into fuel-free, emission-free electric power. The Green Machine output range is from 20 kWe to 65kWe, based on temperatures and flows.
The Green Machine, is an Organic Rankine Cycle (ORC) based heat-to-power generating system. It captures waste energy from small, distributed hot water sources such as stationary engine jacket water, biomass boilers, solar thermal and co-produced (or geothermal) fluids to generate 25 - 65kWe of fuel-free, emissions-free electricity. Factory assembled and tested, it is skid mounted and available as a single unit or in multiples to match the available heat.
The patented twin screw expander and ElectraTherm’s ORC system specifically targets low temperature and abundant resources. Our current upper limit for input to the machine is 240°F/116°C. However, if there is potential to reduce the hot water source via a secondary loop, the Green Machine can be utilized.
A biogas plant that uses the Green Machine converts excess engine heat
into valuable electricity and reduces existing on-site electrical cooling loads
for the engine. The Green Machine increases biogas plant efficiency and lowers fuel requirements for the biogas engine. This means increased revenue
for the biogas plant.
http://www.cogenera.si/
This document discusses renewable energy options for leisure centres, focusing on biomass and heat pumps. Biomass is often the most cost-effective option, providing thermal energy at lower cost than oil or gas. Case studies show biomass projects in Nenagh and Thurles leisure centres resulting in annual savings of €48,140 and €68,000 respectively. Heat pumps are also viable, especially for pool heating, as shown in a case study of Ballina swimming pool. Other options like solar thermal, CHP and wind are also reviewed. Proper project management is key to ensuring biomass systems are well-integrated and supply is sustainable through long-term contracts.
This document discusses a cogeneration project opportunity using a micro-turbine system at the KMITL Combustion Lab. It provides an introduction to cogeneration systems, examples of applications that can generate both electricity and steam/hot water, and analyses of the energy and cost benefits compared to conventional boiler systems. The document also examines the impact of micro-turbine exhaust gas temperature on boiler performance and efficiency.
Waste Heat Recovery System in Cement PlantAbdul Haseeb
This document discusses waste heat recovery (WHR) systems in cement plants. It describes how WHR can utilize the industrial waste heat generated during cement production through combined heat and power or cogeneration systems to produce steam or electricity. It notes that the rotary kiln in cement plants reaches temperatures of 1300-2200°C but this heat is usually lost to the environment. WHR technologies like organic Rankine cycle and waste heat boilers can capture up to 25% of rejected flue gases and exhaust air to generate additional energy. Industries like cement, glass, steel and refineries are examples where WHR is commonly used. Tri-generation or combined heat, power and cooling systems are also mentioned that simultaneously produce electricity,
Ian tuena (2) natural refrigerants presentation april 2016ARAaus
This document summarizes refrigeration systems used by ALDI, Woolworths, and Coles supermarkets in Australia, including current and future use of CO2 and natural refrigerants. It discusses ALDI's use of CO2/R134a systems and chest freezers running on R290. It also describes a CO2 transcritical system installed at ALDI and CO2 transcritical and hydrocarbon systems at Coles stores in Coburg. Barriers to the adoption of CO2 transcritical and natural refrigerants in Australia are outlined. Potential commercial applications of natural refrigerants in Australia are also mentioned.
Make power out of your waste heat - Organic Rankine Cycle Sindhu Maiyya
How to utilize the waste heat generated by pretty much all the processes we engage in. An idea to convert the waste heat into useful power.
A presentation give in the finals of Schenider Electric Go Green in the City Challenge -2012
El documento discute la capacidad de los niños para hacer deducciones e inferencias sobre fuentes históricas incompletas. Señala que los niños pueden obtener sus propias conclusiones a través de un diálogo abierto que no tiene una única respuesta correcta y que les permite comprender causas y efectos. También sugiere estrategias como visitar lugares históricos y contar con el apoyo de los padres para hacer la enseñanza de la historia más atractiva y ayudar a los niños a desarrollar su lenguaje e imaginación hist
El documento resume las principales diferencias entre el Paleolítico y el Neolítico. Durante el Paleolítico, los humanos eran nómadas, vivían temporalmente en cuevas y usaban herramientas de piedra. En el Neolítico, los humanos se volvieron sedentarios, vivían en aldeas permanentes y desarrollaron la agricultura y la ganadería.
Ian Schmahmann gave a presentation on Wave Industries' Hawk-Eye 800 monitoring and control system. The Hawk-Eye 800 provides real-time HVACR system monitoring, automation, energy efficiency improvements, and remote access capabilities. It has various inputs and outputs that can monitor temperatures, pressures, power usage, gas levels, and more. The system provides benefits like reduced energy costs, improved safety, increased efficiency and profitability for customers.
American Event Services provides rental and sales of customized temperature control equipment for temporary and permanent use. They have a wide range of air conditioners, chillers, air handlers, cooling towers, and heaters available from 1 to 500 tons. They also offer power distribution panels, automatic transfer switches, and transformers to provide electrical power. Their equipment is designed to be rugged and durable while also easy to use for the rental industry with features like quick connections and stackable frames.
InvenSor GmbH presents adsorption cooling technology that uses waste heat to provide highly efficient cooling. Their adsorption chillers can achieve up to 90% electricity savings compared to compression chillers and use water as a refrigerant. Their chillers are available in sizes from 10-300 kW and are suitable for applications in plastic processing industries and other industries with high cooling demands. Tri-generation systems that combine heat and power cogeneration with adsorption chilling are a feasible option when electricity prices are high.
Benefits and Differentiation of PLUGnCHILL Eutectic SolutionRajat Gupta
Gives the advantage of PLUGnCHILL over conventional and other eutectic units available in the market for Cold storage and Cold Chain Transportation application
The TCS Heater Band System provides an energy efficient alternative to conventional barrel heating bands for plastic injection, blow molding, and extrusion machines. It uses embedded radiant heating elements in a ceramic fiber material to heat machine barrels. This allows for 30-50% reduced energy usage compared to conventional bands, faster heat up times, tighter temperature control, and optional efficient cooling. Customer case studies show payback periods of less than two years. The TCS system can be used on machines of any make and model to lower energy costs and improve productivity.
Aleksander Matuszny is the product manager for CO2 and HC refrigerants at Area Cooling Solutions. Area partnered with Reftronix to develop a custom controller for their iCOOL CO2 condensing units. This collaboration provided benefits like better performance and energy savings. Together they gained experience in integrated controls, efficiency systems, remote monitoring and more. Area then showcased their iCOOL CO2 product line and examples of installations using Reftronix controllers across several European countries.
shecco has joined forces with UNIDO to help improve the food cold chain in the Philippines through application of innovative energy-efficient refrigeration technologies and thereby help reduce food losses. The project aims to establish a global network of innovative companies that are interested to expand their business with natural refrigerant-based technologies in the Philippines.
During the session companies will have the opportunity to get the latest updates on ways to join the project and contribute to the outcomes.
Room: Discovery. Please note that limited seats are available and registration is limited to one person per company, subject to approval. To request to register, send an email to jan.dusek@shecco.com with your name, company, position and a short paragraph explaining your involvement and/or plans in the Philippines.
The document provides calculations to determine the cooling load requirements for a cold storage facility. It outlines the following:
1) The structural heat gain through the walls, floor, and ceiling is calculated to be 44.82 kW.
2) The infiltration load from air changes is calculated to be 20.37 kW.
3) The product load from cooling the soybeans is calculated to be 982.5 kW.
4) Additional loads include lighting at 5 kW and occupant heat at 9.2 kW.
5) The total cooling load is calculated to be 1061.89 kW or 301.67 TR.
Thermal Efficiency of Buildings - Stefan Huber - Paul Heat Recovery ScotlandEuro Energy Services
At Euro Energy Services Renewable Energy in Scotland Open Day on October 23rd Stefan Huber talked about how the thermal efficiency of buildings and why well designed ventilation is vital to buildings.
The document discusses opportunities for the HVACR industry in Australia to transition to more energy efficient technologies and reduce emissions. Key points include:
- The industry could reduce energy costs by 60%+ ($8 billion annually), reduce GHG emissions by 50%, and cut national emissions by 7% by transitioning HVACR systems.
- Natural refrigerant-based technologies are more energy efficient, lower cost, and can reduce emissions, but awareness in the supply chain is low.
- A transition is needed to train industry professionals, commercialize new technologies, and establish management systems to support low global warming potential refrigerants. Collaboration between government, industry and end users will be important for driving innovation.
Sustained power generation from low-grade heat. sk 270513Alex Prohorov
Minimal estimation for waste heat utilization in Russia is about $300M annually. From more then 4000 GPU we can utilize up to 18 GW additional electric power.
Various heat sources require different technical solutions. Heat-El fits for all.
This document describes an integrated refrigeration, HVAC, and heating system called the Eliwell CO2 DOMINO that was installed in a 1,700 sqm supermarket in Switzerland. The system integrates refrigeration, heating, and cooling into a single compressor rack controlled by one controller. This provides benefits like improved performance, reduced maintenance needs, lower installation costs, and the ability to phase out synthetic refrigerants. Performance data from the first year of operation showed improved COP and capacities for refrigeration compared to a traditional separate system setup. The integrated system allows the refrigeration contractor to manage both heating and cooling using consistent components and maintenance.
This document summarizes the refrigeration system upgrades at a frozen food production facility in Italy over several decades. It started with an R-22 system in 1980 with a COP of 0.65. Various retrofits to different refrigerants were done through 2000. In 2000, a CO2/NH3 cascade system was installed, achieving the highest COP of 1.16. Later retrofits to CO2 systems coupled with HFCs had lower COPs. The latest upgrade in 2018 uses a CO2 booster system with parallel compression, which has a COP of 1.15 and is easy to operate. Natural refrigerants like CO2 and NH3 have proved to be more energy efficient over time at this facility.
The document provides details on a study conducted by Gastec at CRE Ltd for the Department of Energy and Climate Change (DECC) on heat metering for the Renewable Heat Incentive (RHI) scheme. The study evaluated options for metering renewable heat generated by technologies such as biomass boilers, heat pumps, biogas, and solar thermal systems. It assessed choices for meters and their maintenance, automatic data collection methods, recommended data reporting, and costs of metering. Key findings included that meters should comply with European directives, data collection could be done through physical reads or remote methods like AMR, and costs vary depending on technology and data collection method.
ORC ElectraTherm Green Machine - waste heat to power, Power generationRado Irgl
ElectraTherm's Green Machine converts low temperature water flows into fuel-free, emission-free electric power. The Green Machine output range is from 20 kWe to 65kWe, based on temperatures and flows.
The Green Machine, is an Organic Rankine Cycle (ORC) based heat-to-power generating system. It captures waste energy from small, distributed hot water sources such as stationary engine jacket water, biomass boilers, solar thermal and co-produced (or geothermal) fluids to generate 25 - 65kWe of fuel-free, emissions-free electricity. Factory assembled and tested, it is skid mounted and available as a single unit or in multiples to match the available heat.
The patented twin screw expander and ElectraTherm’s ORC system specifically targets low temperature and abundant resources. Our current upper limit for input to the machine is 240°F/116°C. However, if there is potential to reduce the hot water source via a secondary loop, the Green Machine can be utilized.
A biogas plant that uses the Green Machine converts excess engine heat
into valuable electricity and reduces existing on-site electrical cooling loads
for the engine. The Green Machine increases biogas plant efficiency and lowers fuel requirements for the biogas engine. This means increased revenue
for the biogas plant.
http://www.cogenera.si/
This document discusses renewable energy options for leisure centres, focusing on biomass and heat pumps. Biomass is often the most cost-effective option, providing thermal energy at lower cost than oil or gas. Case studies show biomass projects in Nenagh and Thurles leisure centres resulting in annual savings of €48,140 and €68,000 respectively. Heat pumps are also viable, especially for pool heating, as shown in a case study of Ballina swimming pool. Other options like solar thermal, CHP and wind are also reviewed. Proper project management is key to ensuring biomass systems are well-integrated and supply is sustainable through long-term contracts.
This document discusses a cogeneration project opportunity using a micro-turbine system at the KMITL Combustion Lab. It provides an introduction to cogeneration systems, examples of applications that can generate both electricity and steam/hot water, and analyses of the energy and cost benefits compared to conventional boiler systems. The document also examines the impact of micro-turbine exhaust gas temperature on boiler performance and efficiency.
Waste Heat Recovery System in Cement PlantAbdul Haseeb
This document discusses waste heat recovery (WHR) systems in cement plants. It describes how WHR can utilize the industrial waste heat generated during cement production through combined heat and power or cogeneration systems to produce steam or electricity. It notes that the rotary kiln in cement plants reaches temperatures of 1300-2200°C but this heat is usually lost to the environment. WHR technologies like organic Rankine cycle and waste heat boilers can capture up to 25% of rejected flue gases and exhaust air to generate additional energy. Industries like cement, glass, steel and refineries are examples where WHR is commonly used. Tri-generation or combined heat, power and cooling systems are also mentioned that simultaneously produce electricity,
Ian tuena (2) natural refrigerants presentation april 2016ARAaus
This document summarizes refrigeration systems used by ALDI, Woolworths, and Coles supermarkets in Australia, including current and future use of CO2 and natural refrigerants. It discusses ALDI's use of CO2/R134a systems and chest freezers running on R290. It also describes a CO2 transcritical system installed at ALDI and CO2 transcritical and hydrocarbon systems at Coles stores in Coburg. Barriers to the adoption of CO2 transcritical and natural refrigerants in Australia are outlined. Potential commercial applications of natural refrigerants in Australia are also mentioned.
Make power out of your waste heat - Organic Rankine Cycle Sindhu Maiyya
How to utilize the waste heat generated by pretty much all the processes we engage in. An idea to convert the waste heat into useful power.
A presentation give in the finals of Schenider Electric Go Green in the City Challenge -2012
El documento discute la capacidad de los niños para hacer deducciones e inferencias sobre fuentes históricas incompletas. Señala que los niños pueden obtener sus propias conclusiones a través de un diálogo abierto que no tiene una única respuesta correcta y que les permite comprender causas y efectos. También sugiere estrategias como visitar lugares históricos y contar con el apoyo de los padres para hacer la enseñanza de la historia más atractiva y ayudar a los niños a desarrollar su lenguaje e imaginación hist
El documento resume las principales diferencias entre el Paleolítico y el Neolítico. Durante el Paleolítico, los humanos eran nómadas, vivían temporalmente en cuevas y usaban herramientas de piedra. En el Neolítico, los humanos se volvieron sedentarios, vivían en aldeas permanentes y desarrollaron la agricultura y la ganadería.
El documento resume las principales etapas de la prehistoria y la historia temprana, incluyendo el Paleolítico, Neolítico y Edad de los Metales en la prehistoria, seguido por la Edad Antigua en la historia que comenzó con la invención de la escritura. Cada período se caracterizó por avances tecnológicos como el descubrimiento de la agricultura, el uso de metales y el desarrollo de la escritura.
Se definen e incluyen varios ejemplos de fuentes primarias, secundarias y terciarias. Se discuten las difererencias entre artículos científicos (académicos) y artículos populares.
El documento define la historia como la investigación de procesos y conductas humanas a través del tiempo y el espacio. Explica que la historia se apoya en ciencias auxiliares como la geografía, cronología y arqueología para reconstruir eventos pasados. Las fuentes de la historia incluyen escritos como libros y documentos, así como objetos no escritos como restos arqueológicos y monumentos. Finalmente, divide la historia en las edades prehistórica, antigua, media, moderna y contemporánea.
The document provides information on the Lightstream Screw air-cooled chiller product line from Kaltra Innovativtechnik GmbH. It includes details on:
- 29 models of screw compressor chillers available in sizes from 300-1540kW cooling capacity
- Uses latest technologies like EC fans, microchannel heat exchangers, electronic expansion valves
- Provides high part-load and full-load efficiency (ESEER up to 4.45, EER up to 3.36) with reliable screw compressor design
Water cooled centrifugal chillers. An exceptionally energy efficient water-cooled chiller range featuring oil-free Turbocor compressors with еconomizers, flooded evaporators and offering a green, low-GWP R1234ze refrigerant. A vast range of Powerstream Turbo models and options provides exibility, tailored precisely to the customer requirements allowing to design truly ecient cooling solutions for
every application.
Powerstream Turbo has been designed for year-round mission-critical service. In a 24/7 world, keeping facilities up and running is critical, and we paid special attention to control
and monitoring functionality, as well as to operational reliability and ease of maintenance. Due to its excellent eciency at part-load conditions, Powerstream Turbo is an excellent
economy solution for applications where the heat load is not constant and/or expected to grow. The synergy of modern technology, eciency and reliability enables Powerstream
Turbo to be used in the most demanding applications.
The document summarizes Lightstream Freecool chillers, which use frequency-controlled screw compressors and microchannel technology. They offer high part-load efficiency and EER values up to 3.96. Key features include inverter-driven compressors for exact capacity matching, microchannel coils for higher freecooling performance and efficiency, and EC fans for reduced power consumption. Models range from 600-1200kW with cooling capacities in DX and freecooling modes.
The document describes the Lightstream Scroll UltraCompact II air-cooled chiller family. It provides capacity-matched cooling, precise thermal parameters, and waterflow. It offers extreme energy efficiency with EER up to 3.29, a compact and lightweight design, and optional features like evaporative pre-cooling and heat recovery options. The chillers use scroll compressors, microchannel condenser coils, and EC fans to achieve high performance while minimizing footprint and delivering best-in-class efficiency.
Biomass heat and power , Volter CHP, Cogeneration 40 kWe + 100 kWthRado Irgl
The container-packed biomass CHP-plant produces, for example, enough electricity and heat for the annual needs of a farm or an entire small housing estate.
CHP - three main stages:
Gasification of dry wood chips. Gasification reactor is fully automatic and it generates tar-free SynGas.
Gas purification and cleaning. All mineral dust particles are removed by fabric filter. Heat is recovered by heat exchangers and can be used for heation.
CHP unit. Wood gas is fed to a combustion engine. Heat is collected from engine cooling fluid and exhaust fumes. The engine runs a generator that produces clean domestic green electricity. Frequency can be 50 or 60 Hz. Electric power is 28 kW or 40 kW (netto).
http://www.cogenera.si/
RIGID, one of the leading Chinese companies in terms of innovation, designed a Free-Piston Stirling cooler – FPSC. The unit takes the entire product to a whole new level where it can save a lot of energy and significantly improve efficiency. The default version of Stirling coolers includes pistons, heat exchangers, and compression spaces. But we are seeing the technology advancements in all industries, such as Biotech, Pharmaceutical, Energy, Chemical, Foods, logistics, Metrology.
RIGID Free-Piston Stirling cooler is a game-changer for next-generation ultra-deep freezing! RIGID HVAC CO., LTD / info@rigidhvac.com
The new Airtècnics Heat Pump Air curtains are absolutely efficient reducing the heating cost and CO2 emissions up to 70%.
- Very high energy efficency ratings to save big amounts of money on your energy bill.
- Short Payback Period thanks to very high livel of energy saving.
- Heating and cooling included in the same system (reverse cycle).
- Environmentally Friendly as uses such low amounts of energy.
Visit our webpage: http://www.airtecnics.com / http://www.dooraircurtain.com
This document discusses replacing oxygen and acetylene cutting equipment on ships with more modern plasma cutting technology. It introduces the Hypertherm PowerMax30 Air plasma cutter, which has a built-in air compressor so no air lines are needed. This makes the equipment more portable and eliminates the costs, safety issues, and logistics of using oxygen and acetylene cylinders. It also presents the MULTIPEARL 200-4 XL inverter as a multi-process welder and the Superfire 2 torch for brazing and heating work.
Armcor Air Solutions are a leading Australian manufacturer of fresh air to air heat exchangers & heat recovery ventilation unit. Call us for our unique heat recovery systems.
https://armcor.com.au
- The document introduces the Glen Dimplex Group, a world leader in electrical heating systems with annual turnover of €1.5 billion and presence in over 80 countries.
- It discusses Glen Dimplex's strategic focus on renewable and smart energy technologies like solar thermal, heat pumps, solar PV, CHP, wind, and biomass.
- Key details are provided on air source heat pumps and the SmartRad fan convector, an alternative to radiators that is well-suited for heat pump systems.
The document describes Lightstream Screw Inverter air-cooled chillers that use inverter screw compressors. They are available in 8 frame sizes with a total of 18 models and various options. Key features include class A energy efficiency from the inverter screw compressors and microchannel condensers, with energy efficiency ratios up to 3.56 and ESEER values up to 5.75 providing high efficiency at both full and partial loads.
The document describes Rittal's TopTherm chiller system, which offers a standardized modular design for efficient cooling. The modular components include control modules, chiller modules, and water modules that can be combined and exchanged easily. This allows for fast delivery and installation of customized cooling systems ranging from 8-40kW.
1) AQYLON designs, manufactures, sells, and installs Organic Rankine Cycle solutions to produce electricity from heat sources between 85-330°C, offering standard and customized systems from 100kWe to 10MWe.
2) They provide two main applications - recovering industrial waste heat and biomass/geothermal renewable energy - and two business models: direct sales or totally financed turnkey projects using a special purpose vehicle.
3) Their technology includes radial or axial turbines, thermodynamic cycle optimization, and performance modeling. They offer modular ORC units from 500kWe to multi-MW solutions in low, medium, and high temperature ranges.
CAREL's Enrico Boscaro illustrates at ASHRAE Malaysia seminar the potentials of Indirect Evaporative Cooling technology as an energy savings instrument in cooling applications, in particular for the Make up Air handlers sector.
The document describes the Lightstream Scroll air-cooled chiller range, which offers efficiencies up to an ESEER of 4.7. It has microchannel coils, scroll compressors, and uses R410a refrigerant. Models range from 190kW to 880kW cooling capacity in 7 frame sizes with options for partial or total heat recovery. Key features include high efficiency, microchannel coils with low condensing temperatures, EC fans for low noise and power use, and electronic expansion valves for optimized efficiency.
Generators transform heat into electricity directly by using linear alternators. Design breakthroughs have resulted in an extremely reliable, long-life, maintenance-free, and quiet, electricity generating platform. The FPSE generators, when heated at their absorber, can literally transform any flow of heat into a steady output of electricity. These same generators are packaged into PowerGen’s energy products, these make use of multiple types of fuels to generate grid-quality electric power.
For more information visit www.remotepowergen.com
This document summarizes the features and specifications of portable glycol heating systems from Larcom Industries Ltd. It describes that the systems provide a cost-effective alternative to boilers for job site heating through the use of glycol rather than steam. The key advantages listed are safety due to lack of dangerous chemicals, ease of transport and setup, and higher heating efficiency. Specifications are provided for glycol heaters ranging from 400,000 BTUs to 2,000,000 BTUs that can be used to heat tanks, lines, and equipment on the job site.
The document provides information about the Lightstream Scroll UltraCompact air-cooled chiller family. It notes that the chillers feature a compact and lightweight design with microchannel condensing coils, an aluminum frame and paneling. They are available in 5 frame sizes with a total of 18 models and options. The chillers deliver precise temperature control and efficient performance through features like EC fans, microchannel heat exchangers, scroll compressors, and electronic expansion valves.
This document discusses direct steam injection systems for process heating applications. It describes how Pick heaters work by injecting steam into liquids through small orifices, instantly heating the liquid with 100% energy transfer. Pick heaters offer benefits like precise temperature control, high turndown ratios, elimination of steam hammer, low noise and pressure drop, and compact size. The document provides information on constant flow and variable flow Pick heater models for different applications in food processing and general industrial use.
Similar to Heating and Drying Equipment Booklet 2016 LR (20)
2. 01 | Product Guide | Introduction
These include the construction, facilities management, shipping and
oil and gas sectors - environments where climate and moisture control
applications are critical to operational success.
Using our extensive range of heaters, dehumidifiers, boilers and
supporting power and temperature control fleet, we’ll find a solution
to your most challenging projects.
Aggreko engineers have vast experience
designing and delivering commercial heating and
drying packages across a range of industries.
Construction Facilities management Shipping Oil and gas
3. We understand that the main
goal of a construction or fit-out
contractor is to complete projects
on time and within budget.
We therefore design our heating
and drying packages to speed up
project completions and prevent
delays due to poor weather and
ambient conditions.
• Curing or drying concrete, screed
and building structures, ready for
fit-out
• Maintaining temperatures when
fitting specialist flooring
• Drying paint, coatings or plastering
• Ceiling tile humidity control
• Dew point protection for critical
electrical installations
• Moisture ingress protection for hard
wood veneers
• Listed building repair / preservation
Construction
and refurbishment
Construction and refurbishment | Product Guide | 02
Applications:
4. Our climate control packages ensure
expensive assets or perishable goods
are kept in optimum condition. By
controlling moisture and humidity,
we’ll help reduce the risk of
condensation, corrosion and spoilage.
From preventing the oxidisation of
exposed metals on laid-up ships,
to controlling the dew point within
sensitive areas of museums –
we can help!
Asset
preservation
03 | Product Guide | Asset preservation
5. Our team has years’ of experience
delivering projects using heaters and
dehumidifiers to facilitate the painting
and coating of vessels.
While our dehumidifiers can prevent
the rusting of a vessel’s surface prior
to painting and coating, our heaters
can then speed up the drying time.
Ship building | Product Guide | 04
Ship
building
6. When you experience a disaster, such
as a flood or a fire, the Aggreko team
is here to help. With 18 local service
centres across the UK and Ireland,
we’ll rapidly mobilise and install our
kit – 24 hours a day, 365 days a
year. We aim to get you back up and
running – fast.
Each year we help
hundreds of companies to:
• Dry out water or flood damaged
buildings, eliminating the need to
replace and reconstruct.
• Provide temporary, back-up heating,
should their HVAC system fail.
• Control a building’s humidity post
fire damage.
Emergency heating
and drying
05 | Product Guide | Emergency heating and drying
7. Product range | Product Guide | 06
Product range
Contact us now on:
T: 03339 205294
8. Electric heaters
07 | Product Guide | Electric heaters
Contact us now on:
T: 03339 205294
For both indoor and outdoor
applications, our electric heaters will
keep your operations running and your
projects on track.
Our industrial heaters are tough,
portable and ideal for either large-
scale or localised temporary heating
applications.
• 18 kW Electric heater
• 42 kW Electric heater
• 45 kW Electric heater
9. The 18 kW electric heater has been
designed for applications that require
a low noise solution. The heavy
duty castor wheels make it ideal for
commercial use. It can be switched
down to suit a range of requirements
and most models include an internal
thermostat option.
Airflow dry air: 1700 m3
/h
Power supply: 390/415V 3p + E 50 Hz
Elec. supply running: 29 A
Elec. supply min: 17 A
Plug type: 32 A 5 pin
Ducting size: 305 mm
Length: 700 mm
Width: 650 mm
Height: 600 mm
Weight: 35 kg
18 kW
Electric heater
Electric heaters | Product Guide | 08
10. The 42 kW heavy duty electric heater
is designed for applications that require
good airflow over long distances. It is
easy to manoeuvre with heavy duty
castor wheels, fork pockets and lift eye
points. It has a remote thermostatic
control if required.
Airflow dry air: 7000 m3
/h
Power supply: 415V 3p + E 50 Hz
Elec. supply running: 63 A
Elec. supply min: 22 A
Plug type: 63 A 5 pin
Ducting size: 500 mm
Length: 1150 mm
Width: 740 mm
Height: 1110 mm
Weight: 114 kg
42 kW
Electric heater
09 | Product Guide | Electric heaters
11. This high specification heater
incorporates a digital display to control
heat levels, allowing for very tight
temperature settings. The unit also has
heavy duty castor wheels, fork pockets
and lift eye points. If required it can be
internally or remotely thermostatically
controlled.
Airflow dry air: 5100 m3
/h
Power supply: 415V 3p + E 50 Hz
Elec. supply running: 63 A
Elec. supply min: 20 A
Plug type: 63 A 5 pin
Ducting size: 500 mm
Length: 1090 mm
Width: 574 mm
Height: 1120 mm
Weight: 150 kg
45 kW
Electric heater
Electric heaters | Product Guide | 10
12. 11 | Product Guide | IDF heaters
Contact us now on:
T: 03339 205294
Indirect diesel
fired heaters
Aggreko’s Indirect Diesel Fired (IDF)
heaters are fully fume-free with no
additional moisture. High quality fuel
filters provide trouble-free running
and all can be run with an external
thermostat to save on fuel.
• 65 kW IDF heater
• 125 kW IDF heater
• 200 kW IDF heater
• 350 kW IDF heater
13. IDF heaters | Product Guide | 12
This is the smallest of the IDF range.
It is fully fume-free with no additional
moisture. Best quality fuel filtering
ensures trouble-free running. Its own
fuel tank allows for independent use.
The heater is dual voltage and can run
off 110 and 240 volts.
Airflow dry air: 5100 m3
/h
Power supply: 110 / 240 V
Elec. supply running: 12 A
Elec. supply min: 6 A
Plug type: 16 A 4343 CEE FORM
Fuel consumption: 1.3 gal/h (5.9 L/h)
Fuel tank size: 22 gal (100 L)
Ducting size: 500 mm
Length: 1600 mm
Width: 800 mm
Height: 1500 mm
Weight: 380 kg wet
65 kW
IDF heater
14. This heavy duty heater has a powerful
fan, allowing many lengths of flexible
ducting. The heater has its own 24
hour running fuel tank allowing for
independent use.
Airflow dry air: 11250 m3
/h
Power supply: 380/415V 3p N+E 50 Hz
Elec. supply max: 10 A
Plug type: 32 A 5 pin
Fuel consumption: 2.7 gal/h (12.3 L/h)
Fuel tank size: 70 gal (318 L)
Ducting size: 500 mm
Length: 2900 mm
Width: 1230 mm
Height: 1600 mm
Weight: 1475 kg wet
125 kW
IDF heater
13 | Product Guide | IDF heaters
15. The 200 kW heater is designed for
areas that require a good heat/flow
with low background noise.
Airflow dry air: 11200 m3
/h
Power supply: 400V 3p N+E 50 Hz
Elec. supply max: 7.5 A
Plug type: 32 A 5 pin
Fuel consumption: 4.2 gal/h (18 L/h)
Ducting size: 500 mm
Length: 2400 mm
Width: 810 mm
Height: 1360 mm
Weight: 605 kg
200 kW
IDF heater
IDF heaters | Product Guide | 14
16. The 350 kW heater is the largest of the
Aggreko heater fleet. This machine has
the latest heat controls and frequency
slow-start. It can also be switched
down to a lesser heat output if
required. High flow and low noise make
for an excellent all-round heater.
350 kW
IDF heater
15 | Product Guide | IDF heaters
Airflow dry air: 25,000 m3
/h
Power supply: 380/415V 3p N+E 50 Hz
Elec. supply max: 20 A
Plug type: 32 A 5 pin
Fuel consumption: 7.8 gal/h (38 L/h)
Ducting size: 500 mm
Length: 3800 mm
Width: 1200 mm
Height: 1890 mm
Weight: 1100 kg
17. Heat pump chillers | Product Guide | 16
Contact us now on:
T: 03339 205294
Heat pump chillers
Aggreko heat pump chillers can be used for both
heating and cooling applications, reducing the
equipment footprint should both be required.
With the addition of an air handling unit, the heat
pumps become efficient space heaters providing
fume-free, warm dry air.
• 100 kW Heat pump chiller
• 250 kW Heat pump chiller
18. The 100 kW refrigeration heat pump can be used if
a project has electrical power available and use of
open-fire systems is not possible. The heat pump
is very energy efficient: for every kW of electrical
energy consumed, up to 3 kW of thermal heat can be
obtained.
Due to the nature of refrigeration heat pumps, special
care must be taken when operating the units at
sub-zero ambient temperatures, ask an Aggreko
representative for advice.
100 kW
Heat pump chiller
17 | Product Guide | Heat pump chillers
Heating capacity: 119 kW (@ 45°C LWT 7°C
ambient temperature)
Absorbed power: 34 kW
Temperature range: 30 - 50°C
Fluid flow: 19 m3
/h
Power supply: 400V 3p 50 Hz
Length: 3000 mm
Width: 1200 mm
Height: 2520 mm
Weight: 1904 kg
19. Heat pump chillers | Product Guide | 18
The 250 kW refrigeration heat pump is ideal for heating
applications where electrical power is available, and use
of open-fire systems is not possible. The heat pump
offers excellent energy efficiency: for every kW of
electrical energy used, up to 3 kW of thermal heat can
be obtained.
Due to the nature of refrigeration heat pumps,
special care must be taken when operating the units
at sub-zero ambient temperatures, ask an Aggreko
representative for advice.
250 kW
Heat pump chiller
Heating capacity: 255 kW (@ 45°C LWT 7°C
ambient temperature)
Absorbed power: 79 kW
Temperature range: 30 - 50°C
Fluid flow: 39 m3
/h
Power supply: 400V 3p 50 Hz
Length: 4700 mm
Width: 1200 mm
Height: 2520 mm
Weight: 3210 kg
20. 19 | Product Guide | DX air conditioner heat pumps
DX air conditioner
heat pumps
Aggreko’s DX air conditioner heat
pumps offer high levels of heating,
cooling and ventilation from a
low electrical input. The compact
construction of these self-contained
units makes them an ideal solution for
applications where space, as well as
power input, can be a problem.
Contact us now on:
T: 03339 205294
• ACHP80 air conditioner heat pump
• ACHP160 air conditioner heat pump
• ACHP350 air conditioner heat pump
21. DX air conditioner heat pumps | Product Guide | 20
Air volume: 7000 m3
/h
Heating capacity
@ eurovent conditions: 42 kW
Absorbed power: 14 kW
Temperature rise: 18 K
Length: 2300 mm
Width: 1980 mm
Height: 1320 mm
Weight: 950 kg
Duct connection in: 1 x 500 mm
Duct connection out: 1 x 500 mm
Electrical connection: Cee-form 63 A 5p
Our smallest air conditioner heat pump has a highly
reliable and practical design, specifically for the
rental market. The unit is simple and quick to install,
with no pumps, pipes, air handlers or water required
for comfort heating or cooling. It has a fully
automatic operating mode to maintain the required
temperature and standard 20” ducting connections
designed to fit with Aggreko’s ducting range.
ACHP80 air
conditioner heat pump
Eurovent conditions: Air inlet 20°C 50% rh Ambient 7°C 86% rh
22. 21 | Product Guide | DX air conditioner heat pumps
Air volume: 15000 m3
/h
Heating capacity
@ eurovent conditions: 93 kW
Absorbed power: 34 kW
Temperature rise: 18 K
Length: 3800 mm
Width: 2300 mm
Height: 1900 mm
Weight: 2500 kg
Duct connection in: 2 x 500 mm
Duct connection out: 2 x 500 mm
Electrical connection: Cee-form 125 A 5p
Offering heating, cooling and ventilation from one
unit, the ACHP160 air conditioner heat pump is
very practical when space is limited. The direct
expansion (DX) design allows rapid ‘plug and
play’ installation. It has energy efficient
compressor units and is ideal where low noise
levels are required.
ACHP160 air
conditioner heat pump
Eurovent conditions: Air inlet 20°C 50% rh Ambient 7°C 86% rh
23. DX air conditioner heat pumps | Product Guide | 22
Air volume: 35000 m3
/h
Heating capacity
@ eurovent conditions: 214 kW
Absorbed power: 70 kW
Temperature rise: 18 K
Length: 5800 mm
Width: 2232 mm
Height: 2605 mm
Weight: 4900 kg
Duct connection in: 2 x 800 mm
Duct connection out: 2 x 800 mm
Electrical connection: Busbar M12
The largest of our air conditioner heat pump range
remains compact and practical in design, ideal for
projects where space is restricted. Comfort heating,
cooling and ventilation can be achieved very quickly
due to its ‘plug and play’ design. It has a fully
automatic operating mode to maintain the required
temperature and standard 20” ducting connections
designed to fit with Aggreko’s ducting range.
ACHP350 air
conditioner heat pump
Eurovent conditions: Air inlet 20°C 50% rh Ambient 7°C 86% rh
24. 23 | Product Guide | Desiccant dehumidifiers
Contact us now on:
T: 03339 205294
Aggreko’s desiccant dehumidifiers are a cost-effective way
to reduce the effects of moisture damage. The units are
discreet (one unit can dry out very large areas) and do not
require background heat for them to work. In-built heater
controllers ensure maximum performance is maintained all
year round and help keep running costs to a minimum. If
your site access is tight, then all units can be placed outside.
By using flexible ducting, the air can then be directed into a
specific area as required.
Temperature control accessories are available, including a
variety of compatible ducting and remote humidistats that
easily incorporate into the package.
• KT1600 Desiccant dehumidifier
• KT2000 Desiccant dehumidifier
• KT7000 Desiccant dehumidifier
Desiccant dehumidifiers
25. Desiccant dehumidifiers | Product Guide | 24
Airflow dry air: 1600 m3
/h
Power supply: 380/415V 3p N+E 50 Hz
Plug type: 32 A 5 pin
Electrical supply running: 20 A
Electrical supply min: 15 A
Ducting size dry: 205 mm
Ducting size wet: 205 mm
Keep dry area approx: 4268 m3
Dry out area approx: 2845 m3
Length: 1750 mm
Width: 710 mm
Height: 1520 mm
Weight: 385 kg
The KT1600 desiccant dehumidifier is a
heavy duty machine suitable for many
applications. Made of stainless steel, this
unit combines smart appearance with
excellent performance. Its built-in heater
controller ensures maximum efficiency is
maintained all year round. Remote
humidistat control is available when required.
KT1600 Desiccant
dehumidifier
26. Airflow dry air: 1700 / 2000 m³/h
Power supply: 380/415V 3p N+E 50 Hz
Plug type: 32 A 5 pin
Electrical supply running: 26 A
Electrical supply min: 15 A
Ducting size dry: 205 mm
Ducting size wet: 205 mm
Keep dry area approx: 5335 m³
Dry out area approx: 3556 m³
Length: 2200 mm
Width: 7700 mm
Height: 1480 mm
Weight: 410 kg
25 | Product Guide | Desiccant dehumidifiers
The KT2000 desiccant dehumidifier is a heavy duty
machine suitable for many applications. Its variable
fan speed ensures the exact air flow for optimum
performance. An electronically-controlled
regeneration heater maintains the user humidity level
for maximum energy savings. Remote humidistat
control is available when required.
KT2000 Desiccant
dehumidifier
27. The KT7000 desiccant dehumidifier is a
heavy duty machine suitable for many
applications. Made of stainless steel, this
unit combines smart appearance with
excellent performance. Its built-in heater
controller ensures maximum efficiency all
year round. Remote humidistat control is
available when required.
KT7000 Desiccant
dehumidifier
Desiccant dehumidifiers | Product Guide | 26
Airflow dry air: 7000 m3
/h
Power supply: 380/415V 3p N+E 50 Hz
Plug type: Hard wired
Electrical supply running: 112 A
Electrical supply min: 32 A
Ducting size dry: 305 mm
Ducting size wet: 205 mm
Keep dry area approx: 17,566 m3
Dry out area approx: 11,730 m3
Length: 2200 mm
Width: 1200 mm
Height: 1650 mm
Weight: 1100 kg
28. 27 | Product Guide | Boilers
Contact us now on:
T: 03339 205294
Boilers
Aggreko’s oil-fired mobile boilers offer a
self-contained, complete hot water package
ready for use across a wide range of
applications. They are compact and ideal
for spaces with a small footprint. A built-in
heat exchanger control valve allows them to
quickly and accurately operate within a range
of fluid temperatures. With an ability to reach
10 bar, they’re suitable for applications within
high rise buildings.
With the addition of an Aggreko air handling
unit, they become an efficient space heater
providing fume-free warm dry air.
• 250 kW Boiler
• 500 kW Boiler
29. Boilers | Product Guide | 28
The 250 kW boiler has a small footprint
for sites where space is limited. The two
stage burner and thermostat allow stable
temperature regulation. This boiler is very
energy efficient, complying to the latest
environmental exhaust legislation.
250 kW
Boiler
Heating capacity (high/low): 250 / 180 kW
Fuel consumption (high/low): 22 / 15 L/h
Fluid temperature range: 25 - 80°C
Fluid flow: 11 m³/h
Power supply: 230 V 1ph / 50 Hz
Length: 3400 mm
Width: 1000 mm
Height: 1622 mm
Weight: 1922 kg
30. The 500 kW boiler has a small footprint
for sites where space is limited. The
two stage burner and thermostat
allow stable temperature regulation.
This boiler is very energy efficient,
complying to the latest environmental
exhaust legislation.
500 kW
Boiler
29 | Product Guide | Boilers
Heating capacity (high/low): 515 / 370 kW
Fuel consumption (high/low): 55 / 39 L/h
Fluid temperature range: 25 - 80°C
Fluid flow: 22 m³/h
Power supply: 400 V 3ph / 50 Hz
Length: 3700 mm
Width: 1200 mm
Height: 1622 mm
Weight: 2900 kg
31. Useful conversions | Product Guide | 30
Useful
conversions
Area: 1 m2
= 10.76 ft2
1 ft2
= 0.093 m2
Temperature: ºC = (ºF-32) x 5/9
ºF = (ºCx9/5) + 32
Air flow: 1 m 3
/s = 2119 cfm
1000 cfm = 17000 3
/h
Weight: 1 kg = 2.2046 lb
1 lb = 0.4536 kg
Capacity: 1 L = 0.22 gal
1 gal = 4.546 L
Water flow: 1 L/s = 13.2 g/m
1 g/m = 0.076 L/s
Heat: 1 kW = 3412 BTU/h
1000 BTU/h = 0.293 kW
1 Therm = 29.3 kW
Refrigeration: 1 kW = 0.284 Ton R
1 Ton R = 3.12 kW
Heat transfer: 1 W/m2
ºC = 0.176BTU/h sqft ºF
1 BTU/h sqft ºF = 5.678 W/m2
ºC
Volume: 1 m3
= 35.31 ft3
1 ft3
= 0.0283 m3
Linear: 1mm = 0.0394 inch
1 in = 25.4 mm
1 m = 3.28 ft
1 ft = 0.3048 m
Velocity: 1 m/s = 196.85 ft/min
1000 ft/min = 5.08 m/s
Pressure: 1000 pascals = 100 mm
water gauge
1 inch WG = 25mm WG
1 bar = 14.5 psi
1 psi = 0.069 bar
Power: 1 kW = 1.34 HP
1 HP = 0.746 kW
1 inch WG = 25mm WG
1 bar = 14.5 psi
1 psi = 0.069 bar
32. Aggreko UK Ltd
Aggreko House, Orbital 2, Voyager Drive,
Cannock, Staffordshire, WS11 8XP
T: 03458 24 7 365 E: hire@aggreko.co.uk
Head Office
Aggreko Ireland Ltd
Clonminam Industrial Estate,
Portlaoise, Co Laois, Ireland
T: ROI - 1890 200 400 T: NI - +353 57 86 63233 E: hire@aggreko.ie
Aggreko operates from more than 200 locations throughout the world.
For the location nearest you please go to: www.aggreko.com/contact