The C&C Group is proud to present our operations strategy for the 2014 fiscal year. We look forward to improving the future for Europe's food and beverage industry.
Regional Policy Dialogue Meeting “SMEs in a Green Economy”, 09 March 2018, Paris
Session 2, "SMEs in a green Economy", James Hogan, Green Business Programme Manager
Clean Technology Centre
Cork Institute of Technology, Ireland
James Hogan , Green Business Presentation to OECD, Paris 2018.James Hogan
The Irish Green Business Programme funded by the National Waste Prevention Programme has identified over €10 Million for 270 SMEs in the last 7 years. During this presentataion to the OECD “Green Business Ireland” initiative, reconfirmed that if we want to have sustainable business, we needed sustainable environment, and vise versa.What the participants found particularly beneficial were the examples shared on how to effectively assist enterprises in identifying opportunities for reducing waste, energy and water consumption – with one of the key takeaways being that it often doesn’t cost anything for SMEs to make savings, but unfortunately they are not aware of these “no-cost” measures.
The C&C Group is proud to present our operations strategy for the 2014 fiscal year. We look forward to improving the future for Europe's food and beverage industry.
Regional Policy Dialogue Meeting “SMEs in a Green Economy”, 09 March 2018, Paris
Session 2, "SMEs in a green Economy", James Hogan, Green Business Programme Manager
Clean Technology Centre
Cork Institute of Technology, Ireland
James Hogan , Green Business Presentation to OECD, Paris 2018.James Hogan
The Irish Green Business Programme funded by the National Waste Prevention Programme has identified over €10 Million for 270 SMEs in the last 7 years. During this presentataion to the OECD “Green Business Ireland” initiative, reconfirmed that if we want to have sustainable business, we needed sustainable environment, and vise versa.What the participants found particularly beneficial were the examples shared on how to effectively assist enterprises in identifying opportunities for reducing waste, energy and water consumption – with one of the key takeaways being that it often doesn’t cost anything for SMEs to make savings, but unfortunately they are not aware of these “no-cost” measures.
Hecu sistema - Unidad de alta eficiencia con modulación de capacidad.CAREL Industries S.p.A
El sistema Hecu es un sistema diseñado específicamente para tiendas de conveniencia.
El uso de tecnología DC y algoritmos avanzados de control garantiza los mejores resultados en términos de rendimiento energético y reducciones significantes en los costes de funcionamiento.
Ver mas: http://www.carel.es/solution-for-condensing-unit
Carel ultrasonic humidifier for In-row cooling and Compact DatacenterCAREL Industries S.p.A
Enrico Boscaro, application manager for Computer Room Air Conditioning @CAREL explains the benefits and advantages of CAREL solutions for In-row cooling and Compact Datacenter
The use of CO2 in Europe as refrigerant in commercial refrigeration is getting more and more common. Starting from the big compressor rack for hypermarket, then with small and cost effective solution for small supermarket, now the attention of the industry is moved to small condensing unit for C-Store and very small formats.
The technology applied in the compressor rack application is not directly applicable in the condensing unit world, historically driven by initial cost and ease of use.
CAREL is offering now a full solution for CO2 transcritical condensing unit able to guarantee
- Energy efficiency thanks to specific components able to work at very high pressure but specifically design for such small capacity
- DC compressors technology to further improve the energy efficiency not reachable
- Full control of the system to guarantee best perfomances and reliability
- Advanced display and remote connection to maximize the ease of use.
CO2 transcritical condensing unit are available in the market since years but never getting the appropriate success due mostly to unavailability of adequate components (especially compressors) to correctly place this solution into the market.
CAREL already market leader of this application is now proposing a new solution equipped with DC compressors that are able to improve the performances and at the same time reducing overall costs and dimensions of the whole unit.
This speech informs about the excellent key performance factors of BLDC technology in this application and explains the specific control and system demands.
Vorstellung Anlagenkonzept einer Wohnraumlüftungsanlage mit integrierter EC-Inverter-Wärmepumpe zum Heizen, Kühlen und zur Brauchwasserbereitung.
Durch die Nutzung der Abwärme des Gebäudes als Wärmequelle der Wärmepumpe wird ein hoch effizientes System geschaffen. Des Weiteren gewährleistet die EC-Inverter-Technik, durch ständige Anpassung an den Gebäudebedarf, eine hochpräzise Temperaturführung und eine optimale Energienutzung.
Zudem ermöglicht der Einsatz von Wärmepumpentechnik den reversiblen Betrieb (Heizen und Kühlen) und liefert dadurch einen enormen Komfortgewinn, speziell in der Sommerzeit.
Ergänzend dazu haben wir die Integration eines Ultraschall-Befeuchters in der Anlage zur Befeuchtung in der Winterzeit und adiabatische, indirekte Kühlung im Sommer untersucht.
Durch die Befeuchtung in der Winterzeit wird der Komfort gesteigert. Durch eine optimale Befeuchtung werden gesundheitliche Risiken durch trockene Luft, wie trockene Haut, trockene Nasennebenhöhlen, trockene Kehle, Nasenreizungen, blutige Nasen, trockener Husten, rissige Lippen vermieden. Des Weiteren schützt es Ihr Haus und Einrichtungen durch Reduzierung des Risikos von Holzverwerfungen und Rissbildungen.
Darüber hinaus benötigt die Ultraschalltechnik gegenüber Dampfbefeuchtung einen sehr geringen Energieeinsatz.
humiSonic direct was awarded in Mostra Convegno Expocomfort 2016 as one of the most efficient and innovative humidification systems.
This humidifier stands out thanks to its excellent performance, that guarantee maximum reliability and minimal maintenance, 90% energy saving compared to a steam humidifier and instant absorption of the nebulized droplets.
Thanks to the low consumption of energy humiSonic is the ideal solution for data centers and for all those applications in which humidity control can be carried out at the expenses of the sensible heat generated within the room.
The environment as well takes advantage of humiSonic’s high efficiency. If used to replace an isothermal system in a small data center, with a humidity request of 10 kg/h, the emission of 9 tons of CO2 each year would be avoided.
Energy saving through evaporating cooling in comfort and industrial applicationsCAREL Industries S.p.A
Everybody has certainly experienced the cooling effect caused by a current of air on the sweating skin or on wet clothes, as well as the perceived lower temperature in the vicinity of waterfalls where microscopic water droplets are suspended in the air.
Based on empirical observations, even without knowing its basic physical principle, humankind has used since from the third millennium B.C. the evaporative cooling to mitigate the temperature of spaces, particularly in areas with a hot and dry climate.
Only over the last two centuries, scientists have studied the basics of thermodynamics and processes related to the exchange of sensible and latent heat and found the theoretical principles of cooling by evaporation which, however, has played a marginal role in the recent past due to the extensive use of mechanical refrigeration systems.
Klara Zolcer Skacanova, shecco, will share the latest market and policy trends from around the world on natural refrigerant technologies, including selected statistics from sheccoBase.
Klara Zolcer Skacanova, shecco, will share the latest market and policy trends from around the world on natural refrigerant technologies, including selected statistics from sheccoBase.
Hecu sistema - Unidad de alta eficiencia con modulación de capacidad.CAREL Industries S.p.A
El sistema Hecu es un sistema diseñado específicamente para tiendas de conveniencia.
El uso de tecnología DC y algoritmos avanzados de control garantiza los mejores resultados en términos de rendimiento energético y reducciones significantes en los costes de funcionamiento.
Ver mas: http://www.carel.es/solution-for-condensing-unit
Carel ultrasonic humidifier for In-row cooling and Compact DatacenterCAREL Industries S.p.A
Enrico Boscaro, application manager for Computer Room Air Conditioning @CAREL explains the benefits and advantages of CAREL solutions for In-row cooling and Compact Datacenter
The use of CO2 in Europe as refrigerant in commercial refrigeration is getting more and more common. Starting from the big compressor rack for hypermarket, then with small and cost effective solution for small supermarket, now the attention of the industry is moved to small condensing unit for C-Store and very small formats.
The technology applied in the compressor rack application is not directly applicable in the condensing unit world, historically driven by initial cost and ease of use.
CAREL is offering now a full solution for CO2 transcritical condensing unit able to guarantee
- Energy efficiency thanks to specific components able to work at very high pressure but specifically design for such small capacity
- DC compressors technology to further improve the energy efficiency not reachable
- Full control of the system to guarantee best perfomances and reliability
- Advanced display and remote connection to maximize the ease of use.
CO2 transcritical condensing unit are available in the market since years but never getting the appropriate success due mostly to unavailability of adequate components (especially compressors) to correctly place this solution into the market.
CAREL already market leader of this application is now proposing a new solution equipped with DC compressors that are able to improve the performances and at the same time reducing overall costs and dimensions of the whole unit.
This speech informs about the excellent key performance factors of BLDC technology in this application and explains the specific control and system demands.
Vorstellung Anlagenkonzept einer Wohnraumlüftungsanlage mit integrierter EC-Inverter-Wärmepumpe zum Heizen, Kühlen und zur Brauchwasserbereitung.
Durch die Nutzung der Abwärme des Gebäudes als Wärmequelle der Wärmepumpe wird ein hoch effizientes System geschaffen. Des Weiteren gewährleistet die EC-Inverter-Technik, durch ständige Anpassung an den Gebäudebedarf, eine hochpräzise Temperaturführung und eine optimale Energienutzung.
Zudem ermöglicht der Einsatz von Wärmepumpentechnik den reversiblen Betrieb (Heizen und Kühlen) und liefert dadurch einen enormen Komfortgewinn, speziell in der Sommerzeit.
Ergänzend dazu haben wir die Integration eines Ultraschall-Befeuchters in der Anlage zur Befeuchtung in der Winterzeit und adiabatische, indirekte Kühlung im Sommer untersucht.
Durch die Befeuchtung in der Winterzeit wird der Komfort gesteigert. Durch eine optimale Befeuchtung werden gesundheitliche Risiken durch trockene Luft, wie trockene Haut, trockene Nasennebenhöhlen, trockene Kehle, Nasenreizungen, blutige Nasen, trockener Husten, rissige Lippen vermieden. Des Weiteren schützt es Ihr Haus und Einrichtungen durch Reduzierung des Risikos von Holzverwerfungen und Rissbildungen.
Darüber hinaus benötigt die Ultraschalltechnik gegenüber Dampfbefeuchtung einen sehr geringen Energieeinsatz.
humiSonic direct was awarded in Mostra Convegno Expocomfort 2016 as one of the most efficient and innovative humidification systems.
This humidifier stands out thanks to its excellent performance, that guarantee maximum reliability and minimal maintenance, 90% energy saving compared to a steam humidifier and instant absorption of the nebulized droplets.
Thanks to the low consumption of energy humiSonic is the ideal solution for data centers and for all those applications in which humidity control can be carried out at the expenses of the sensible heat generated within the room.
The environment as well takes advantage of humiSonic’s high efficiency. If used to replace an isothermal system in a small data center, with a humidity request of 10 kg/h, the emission of 9 tons of CO2 each year would be avoided.
Energy saving through evaporating cooling in comfort and industrial applicationsCAREL Industries S.p.A
Everybody has certainly experienced the cooling effect caused by a current of air on the sweating skin or on wet clothes, as well as the perceived lower temperature in the vicinity of waterfalls where microscopic water droplets are suspended in the air.
Based on empirical observations, even without knowing its basic physical principle, humankind has used since from the third millennium B.C. the evaporative cooling to mitigate the temperature of spaces, particularly in areas with a hot and dry climate.
Only over the last two centuries, scientists have studied the basics of thermodynamics and processes related to the exchange of sensible and latent heat and found the theoretical principles of cooling by evaporation which, however, has played a marginal role in the recent past due to the extensive use of mechanical refrigeration systems.
Klara Zolcer Skacanova, shecco, will share the latest market and policy trends from around the world on natural refrigerant technologies, including selected statistics from sheccoBase.
Klara Zolcer Skacanova, shecco, will share the latest market and policy trends from around the world on natural refrigerant technologies, including selected statistics from sheccoBase.
A carbon footprint is the amount of greenhouse gases—primarily carbon dioxide—released into the atmosphere by a particular human activity. A carbon footprint can be a broad meaasure or be applied to the actions of an individual, a family, an event, an organization, or even an entire nation.
Market Trends for Natural Refrigerants in North America and GloballyKlara Zolcer Skacanova
The Greenchill webinar focused on the latest market and technology trends for CO2, hydrocarbons and ammonia in commercial refrigeration applications. It provided the market data on the current state of these technologies in North America and other key global markets. CO2 transcritical technology is quickly becoming the mainstream option for new stores, with over 20,000 stores using this technology globally. Besides this, hydrocarbon plug-in units and water loop technology are an interesting alternative to traditional HFC-based systems. While ammonia has traditionally been used in larger industrial applications, the webinar will mention examples of installation of low-charge ammonia systems in supermarkets.