This document summarizes the benefits of upgrading air conditioning systems with low energy air filters. It discusses how air filters can save significant money on energy costs with short payback periods of only a few months. Replacing standard filters with optimized low energy filters reduces pressure drops and associated fan energy use. This can save thousands of pounds annually on energy costs for large commercial buildings. The document provides a case study example of potential £14430 annual savings from upgrading filters across multiple air handling units.
The document discusses Camfil Farr's webinar program on low energy air filters. Each Friday webinar lasts 30-45 minutes and covers topics like demonstrating energy savings from low energy air filters and case studies from monitoring filter installations. Attendees can register for free webinars on Camfil Farr's website. The webinars aim to show businesses how substantial energy and cost savings can be achieved through installing low energy air filters.
Land Securities AC energy examples - low energy air filter - webinar progra...Simply Marcomms
Camfil Farr offers free webinars every Friday at 11am GMT on their website to demonstrate how installing low energy air filters can provide substantial energy savings. Each webinar lasts 30-45 minutes and provides information on Camfil Farr's products and case studies showing how their low energy air filters have reduced pressure drop and lowered energy usage for clients like Land Securities. Camfil Farr also offers on-site monitoring and filter installation and maintenance services to optimize air quality and energy efficiency.
This document discusses low energy air filters from Camfil that can save money, energy, and carbon. It notes that typically 50% of energy use in commercial buildings is for HVAC systems. Choosing the right low energy air filter, such as Camfil's HiFlo2 F7 bag filter, can significantly reduce energy consumption from air filtration while still providing high indoor air quality. Proper air filter selection and regular maintenance are important to optimize energy efficiency and life cycle costs for HVAC systems in buildings.
Energy Savings for the London Refrigeration SocietyCamfil UK
Camfil is a global company that produces air filtration solutions to protect human health, processes, and the environment. It has 24 production plants, sales in 25 countries, and aims to deliver clean air solutions in a sustainable and profitable way. Choosing low energy air filters can provide significant savings on energy and maintenance costs for buildings while still delivering clean, healthy air. Optimizing filtration solutions based on pressure drop and efficiency can reduce energy usage from air handling units by up to 30%.
Cardiff University : AHU - Low Energy Air Filter Case StudyCamfil UK
Cardiff University conducted a trial on two identical air handling units to evaluate the energy savings potential of Camfil's Low Energy Air Filters (LEAF). The trial found that using LEAF reduced fan motor energy consumption by 21% over several months compared to the existing filters. LEAF also improved particle stopping efficiency at 0.4 micron diameter by 21%. These "21/21 results" demonstrated that it is possible to both reduce energy use and improve air cleaning with LEAF. The short payback period for improving filters through LEAF makes it a logical first step for optimizing energy usage in air handling systems.
The document discusses strategies for mainstreaming energy efficiency and reducing carbon emissions in the Indian apparel industry. It provides an overview of baseline energy consumption and carbon emissions for a typical apparel manufacturing unit. Common energy efficiency measures are identified that could save on average 4.6 lakh units of electricity annually for each unit, reducing costs by 19 lakhs rupees annually after investing 40 lakhs rupees. Implementing energy efficiency and using an ESCO model could reduce carbon emissions from each unit by around 105 tonnes or 7% of current emissions annually. Monitoring and verification plans are needed to track performance and ensure savings.
The document discusses the requirements for inspecting air conditioning systems over 12kW in buildings according to the Energy Performance of Buildings Directive Article 9. Key points include that inspections must occur every 5 years and failure to comply can result in fines for building owners. Inspections assess efficiency, sizing, and provide advice on improvements. They aim to promote energy efficiency in buildings across the EU.
This document discusses water conservation opportunities in the industry and power sectors in India. It notes that irrigation accounts for the largest sectoral water demand, followed by drinking water and industry. The industry and power sectors currently use significant amounts of electricity for water pumping. The document then outlines various good practices these sectors have adopted for reducing water and energy consumption, including adopting reduce-reuse-recycle-recharge approaches, process modifications, condensate recovery, and improving cooling water systems. It concludes that major drivers for water conservation in these sectors are local regulations, shortfalls in water supply, corporate social responsibility focus, and increased water and electricity tariffs.
The document discusses Camfil Farr's webinar program on low energy air filters. Each Friday webinar lasts 30-45 minutes and covers topics like demonstrating energy savings from low energy air filters and case studies from monitoring filter installations. Attendees can register for free webinars on Camfil Farr's website. The webinars aim to show businesses how substantial energy and cost savings can be achieved through installing low energy air filters.
Land Securities AC energy examples - low energy air filter - webinar progra...Simply Marcomms
Camfil Farr offers free webinars every Friday at 11am GMT on their website to demonstrate how installing low energy air filters can provide substantial energy savings. Each webinar lasts 30-45 minutes and provides information on Camfil Farr's products and case studies showing how their low energy air filters have reduced pressure drop and lowered energy usage for clients like Land Securities. Camfil Farr also offers on-site monitoring and filter installation and maintenance services to optimize air quality and energy efficiency.
This document discusses low energy air filters from Camfil that can save money, energy, and carbon. It notes that typically 50% of energy use in commercial buildings is for HVAC systems. Choosing the right low energy air filter, such as Camfil's HiFlo2 F7 bag filter, can significantly reduce energy consumption from air filtration while still providing high indoor air quality. Proper air filter selection and regular maintenance are important to optimize energy efficiency and life cycle costs for HVAC systems in buildings.
Energy Savings for the London Refrigeration SocietyCamfil UK
Camfil is a global company that produces air filtration solutions to protect human health, processes, and the environment. It has 24 production plants, sales in 25 countries, and aims to deliver clean air solutions in a sustainable and profitable way. Choosing low energy air filters can provide significant savings on energy and maintenance costs for buildings while still delivering clean, healthy air. Optimizing filtration solutions based on pressure drop and efficiency can reduce energy usage from air handling units by up to 30%.
Cardiff University : AHU - Low Energy Air Filter Case StudyCamfil UK
Cardiff University conducted a trial on two identical air handling units to evaluate the energy savings potential of Camfil's Low Energy Air Filters (LEAF). The trial found that using LEAF reduced fan motor energy consumption by 21% over several months compared to the existing filters. LEAF also improved particle stopping efficiency at 0.4 micron diameter by 21%. These "21/21 results" demonstrated that it is possible to both reduce energy use and improve air cleaning with LEAF. The short payback period for improving filters through LEAF makes it a logical first step for optimizing energy usage in air handling systems.
The document discusses strategies for mainstreaming energy efficiency and reducing carbon emissions in the Indian apparel industry. It provides an overview of baseline energy consumption and carbon emissions for a typical apparel manufacturing unit. Common energy efficiency measures are identified that could save on average 4.6 lakh units of electricity annually for each unit, reducing costs by 19 lakhs rupees annually after investing 40 lakhs rupees. Implementing energy efficiency and using an ESCO model could reduce carbon emissions from each unit by around 105 tonnes or 7% of current emissions annually. Monitoring and verification plans are needed to track performance and ensure savings.
The document discusses the requirements for inspecting air conditioning systems over 12kW in buildings according to the Energy Performance of Buildings Directive Article 9. Key points include that inspections must occur every 5 years and failure to comply can result in fines for building owners. Inspections assess efficiency, sizing, and provide advice on improvements. They aim to promote energy efficiency in buildings across the EU.
This document discusses water conservation opportunities in the industry and power sectors in India. It notes that irrigation accounts for the largest sectoral water demand, followed by drinking water and industry. The industry and power sectors currently use significant amounts of electricity for water pumping. The document then outlines various good practices these sectors have adopted for reducing water and energy consumption, including adopting reduce-reuse-recycle-recharge approaches, process modifications, condensate recovery, and improving cooling water systems. It concludes that major drivers for water conservation in these sectors are local regulations, shortfalls in water supply, corporate social responsibility focus, and increased water and electricity tariffs.
The aim of the ERIKS Compressed Air Savings Programme is to reduce unnecessary energy consumption for our customers, which in turn will reduce their carbon emissions, provide them with substantial savings, and help them meet their CSR key performance indicators.
Roadmap for distribution loss reduction.. a step by step approachD.Pawan Kumar
The document outlines a 15-step roadmap for distribution companies in South Asia to reduce losses through initiatives like conducting consumer surveys, reviewing meter ratings, introducing smart meters and data systems, digitizing network assets, optimizing networks through actions like phase balancing and DTR sizing, conducting energy audits, and adopting IT systems. The applicable elements may vary between companies based on their current loss levels and needs, and ongoing adoption of the practices is needed for sustainability.
Gas Networks Ireland presentation from the IREC conference on Renewable Gas: Unique Heat & De-carbonisation Opportunity for Ireland.
Gas has a key part to play in helping Ireland meet it's climate change targets through;
• More efficient use of the existing gas networks
• The deployment of more innovate technologies
• Facilitating and supporting an indigenous renewable gas industry
The document discusses Peterborough City Council's partnership with Honeywell Building Solutions to implement energy performance contracts across the council's buildings and schools. It outlines the multi-phase approach taken, beginning with corporate buildings and facilities, then expanding to schools. Savings were achieved through energy efficiency upgrades, generation technologies, and demand management. Honeywell was selected through a competitive procurement process and brings experience delivering guaranteed savings on large portfolios. The long-term partnership has generated over £6.5 million in savings to date and reduced CO2 emissions across the council.
This document summarizes a student project to develop an alternative automotive air conditioning system using thermoelectric materials. It presents the problem statement, key factors for the design including functional performance, human factors, economic considerations, and pollution limits. It describes testing a lab model and prototypes in vehicles. The system uses thermoelectric modules, an aluminum mounting block, cooling pipes, reservoir, electric pump, and wiring harness. Data shows it can remove 60-75 BTUs of heat. An economic analysis and recommendations are provided. In conclusion, it is a good alternative for cars without AC currently but thermoelectrics are only suitable for mild cooling and too large for most vehicles.
Jisc con optimisation, improved sustainability across the estate through us...JISC's Green ICT Programme
The document discusses Imperial College's Continuous Optimisation (ConCom) initiative to reduce carbon consumption across its estates through optimizing plant and services. It describes how ICT infrastructure like the TREND building management system, Carbon Desktop tool, and real-time logging support ConCom by providing extensive control, operational information, and validation of savings from initiatives like night setbacks, air change rationalization, and filter optimization. The cooperation of all departments including estates, academics, building management, and ICT services is needed to achieve sustainability goals through continuous optimization of buildings and systems.
This document provides information about Atlas Companies and their energy services. It summarizes that Atlas has over 18 megawatts of solar projects installed in Ohio, accounting for almost 20% of the state's capacity. It also details Atlas' 35+ years of energy auditing and retrofitting experience across various sectors including naval bases, schools, hospitals and more. Finally, it promotes Atlas' energy assistance services for Ukraine and encourages joining the International Energy Agency.
Presented at Aust. Engineering conference - Overcoming Barriers to Sustainabi...SIMON ROONEY
This document discusses barriers to sustainability in the water industry and proposes solutions to increase pump efficiency and reduce costs. Key barriers include the industry structure, lack of ongoing pump performance monitoring, loss of expertise from downsizing, and absence of considering total costs and impacts. Regular accurate on-site testing can identify efficiency losses over time but is rarely done. Coating pump internals can significantly increase efficiency and lower energy use, paying for itself in a few years. Case studies show refurbishing old pumps in this way cut energy use by 17% and saved on maintenance costs over 10 years. More use of proven technologies like coating and testing can deliver large environmental and financial benefits.
This document provides guidance on achieving long-term building efficiency. It notes that existing buildings will need to be refurbished to meet carbon reduction targets and that operational costs, including energy usage, can be controlled through efficiency measures. Quick wins are possible by improving controls, maintenance, and replacing older equipment. Advanced control systems and technologies like heat recovery can significantly reduce energy consumption.
This document summarizes California's regulations and proposals around HFC refrigerants. It discusses:
1) California's adoption of HFC prohibitions in Senate Bill 1013 which align with EPA SNAP rules, prohibiting certain refrigerants in various sectors effective 2019.
2) HFC emissions are the fastest growing source of greenhouse gases in California and CARB's goal is to reduce them by 40% below 2013 levels by 2030.
3) CARB is developing new measures for stationary refrigeration and air conditioning equipment that would set GWP limits of below 150 for new equipment by 2022 and below 750 by 2023, and restrict sales of very high GWP refrigerants by 20
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.
Fuel monitoring, diesel pilferage prevention for diesel generators with ideon...Ideonics
FuelSafe from Ideonics can help in monitoring diesel usage in generators. The innovative probe developed by Ideonics gives an accuracy of 1 mm in fuel heightand helps in providing accurate information about fuel fills and drains. With additional information such as running time of the generator, consumption per hour of the generator it helps one take full control of fuel expenses incurred in running the generator.
This case study illustrates how a customer has saved money by installing FuelSafe from Ideonics for diesel monitoring in generators. By correctly identifying the Consumption per hour of the generator and thus plugging unreasonable claims, FuelSafe helped the customer save a significant amount of money.
Energy Audit in the Dairy Industry - Sitaram Gokul Dairy Nepaleecfncci
This document summarizes an energy audit conducted at Sita Ram Gokul Milk in Kathmandu, Nepal. The audit identified opportunities to reduce waste and improve energy efficiency in areas like waste water management, energy usage, insulation, and equipment upgrades. Recommendations included installing trigger nozzles, timers, high pressure cleaners, and modifying CIP facilities to reduce water waste. Upgrades to boilers, installing variable frequency drives, and recovering heat and condensate from processes were also recommended. The company has implemented some recommendations and is working to complete other proposed upgrades.
Energy management in small scale industries a vital tool for sustainable deve...IAEME Publication
This document discusses energy management in small scale industries as a vital tool for sustainable development. It first provides background on the importance of energy management and conservation. It then summarizes the results of a survey conducted on energy practices in textile and foundry cluster industries in India. The survey found a lack of energy auditing and awareness. Finally, it proposes a six-step plan for improving energy management in small industries: 1) Generate awareness, 2) Conduct energy audits, 3) Assess energy use, 4) Schedule conservation programs, 5) Enhance energy efficiency, and 6) Consistently monitor progress. Implementing this plan can help small industries improve energy efficiency and competitiveness.
Industrial energy efficiency techniques and energy management (1)Anish Maman
This document discusses industrial energy efficiency and energy management. It describes why energy efficiency is important due to rising energy prices, energy security, climate change, and green jobs. The main systems that consume energy in industry are identified as HVAC, compressed air, heating/cooling, electrical, lighting, motors, boilers, refrigeration, drying, and waste treatment. Energy management and industrial energy audits are defined as tools to optimize energy usage and identify opportunities to reduce energy consumption and costs. Preliminary and detailed energy audit methodologies are outlined.
Industrial energy efficiency - approaches, technologies and policies, Girish ...ESD UNU-IAS
This document summarizes an presentation on industrial energy efficiency approaches, technologies, and policies in India. It discusses how energy demand is projected to increase significantly in India by 2031-32 based on current trends. It outlines key approaches to improving energy efficiency in industry, including energy audits, research & development on efficient technologies, standards and labeling programs. Case studies are presented on energy audits of public buildings and replacing HVAC systems with waste heat recovery systems. India's Perform, Achieve and Trade program and National Mission on Enhanced Energy Efficiency are summarized as important policies to mandate efficiency improvements in energy-intensive industries.
1. The document discusses emerging low energy air conditioning technologies being researched at the Western Cooling Efficiency Center.
2. Field evaluations and lab tests show that climate-appropriate HVAC technologies like indirect evaporative cooling can achieve significant energy savings compared to conventional air conditioning, especially during peak periods.
3. Barriers to the adoption of these technologies are being examined in a new report in order to increase their use and realize the associated energy savings.
Fundamentals of HVAC Systems is a thorough introduction on how HVAC systems control temperature, air quality and air circulation in a conditioned space.
Ideal for recent engineering graduates working in the HVAC&R industry, experienced engineers entering HVAC&R from another engineering area, as well as architects, technicians, construction or building management professionals who need to increase their knowledge of HVAC systems.
This course reader can function as a stand-alone reference, or may accompany the eLearning course, Fundamentals of HVAC Systems, online modules.
The aim of the ERIKS Compressed Air Savings Programme is to reduce unnecessary energy consumption for our customers, which in turn will reduce their carbon emissions, provide them with substantial savings, and help them meet their CSR key performance indicators.
Roadmap for distribution loss reduction.. a step by step approachD.Pawan Kumar
The document outlines a 15-step roadmap for distribution companies in South Asia to reduce losses through initiatives like conducting consumer surveys, reviewing meter ratings, introducing smart meters and data systems, digitizing network assets, optimizing networks through actions like phase balancing and DTR sizing, conducting energy audits, and adopting IT systems. The applicable elements may vary between companies based on their current loss levels and needs, and ongoing adoption of the practices is needed for sustainability.
Gas Networks Ireland presentation from the IREC conference on Renewable Gas: Unique Heat & De-carbonisation Opportunity for Ireland.
Gas has a key part to play in helping Ireland meet it's climate change targets through;
• More efficient use of the existing gas networks
• The deployment of more innovate technologies
• Facilitating and supporting an indigenous renewable gas industry
The document discusses Peterborough City Council's partnership with Honeywell Building Solutions to implement energy performance contracts across the council's buildings and schools. It outlines the multi-phase approach taken, beginning with corporate buildings and facilities, then expanding to schools. Savings were achieved through energy efficiency upgrades, generation technologies, and demand management. Honeywell was selected through a competitive procurement process and brings experience delivering guaranteed savings on large portfolios. The long-term partnership has generated over £6.5 million in savings to date and reduced CO2 emissions across the council.
This document summarizes a student project to develop an alternative automotive air conditioning system using thermoelectric materials. It presents the problem statement, key factors for the design including functional performance, human factors, economic considerations, and pollution limits. It describes testing a lab model and prototypes in vehicles. The system uses thermoelectric modules, an aluminum mounting block, cooling pipes, reservoir, electric pump, and wiring harness. Data shows it can remove 60-75 BTUs of heat. An economic analysis and recommendations are provided. In conclusion, it is a good alternative for cars without AC currently but thermoelectrics are only suitable for mild cooling and too large for most vehicles.
Jisc con optimisation, improved sustainability across the estate through us...JISC's Green ICT Programme
The document discusses Imperial College's Continuous Optimisation (ConCom) initiative to reduce carbon consumption across its estates through optimizing plant and services. It describes how ICT infrastructure like the TREND building management system, Carbon Desktop tool, and real-time logging support ConCom by providing extensive control, operational information, and validation of savings from initiatives like night setbacks, air change rationalization, and filter optimization. The cooperation of all departments including estates, academics, building management, and ICT services is needed to achieve sustainability goals through continuous optimization of buildings and systems.
This document provides information about Atlas Companies and their energy services. It summarizes that Atlas has over 18 megawatts of solar projects installed in Ohio, accounting for almost 20% of the state's capacity. It also details Atlas' 35+ years of energy auditing and retrofitting experience across various sectors including naval bases, schools, hospitals and more. Finally, it promotes Atlas' energy assistance services for Ukraine and encourages joining the International Energy Agency.
Presented at Aust. Engineering conference - Overcoming Barriers to Sustainabi...SIMON ROONEY
This document discusses barriers to sustainability in the water industry and proposes solutions to increase pump efficiency and reduce costs. Key barriers include the industry structure, lack of ongoing pump performance monitoring, loss of expertise from downsizing, and absence of considering total costs and impacts. Regular accurate on-site testing can identify efficiency losses over time but is rarely done. Coating pump internals can significantly increase efficiency and lower energy use, paying for itself in a few years. Case studies show refurbishing old pumps in this way cut energy use by 17% and saved on maintenance costs over 10 years. More use of proven technologies like coating and testing can deliver large environmental and financial benefits.
This document provides guidance on achieving long-term building efficiency. It notes that existing buildings will need to be refurbished to meet carbon reduction targets and that operational costs, including energy usage, can be controlled through efficiency measures. Quick wins are possible by improving controls, maintenance, and replacing older equipment. Advanced control systems and technologies like heat recovery can significantly reduce energy consumption.
This document summarizes California's regulations and proposals around HFC refrigerants. It discusses:
1) California's adoption of HFC prohibitions in Senate Bill 1013 which align with EPA SNAP rules, prohibiting certain refrigerants in various sectors effective 2019.
2) HFC emissions are the fastest growing source of greenhouse gases in California and CARB's goal is to reduce them by 40% below 2013 levels by 2030.
3) CARB is developing new measures for stationary refrigeration and air conditioning equipment that would set GWP limits of below 150 for new equipment by 2022 and below 750 by 2023, and restrict sales of very high GWP refrigerants by 20
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.
Fuel monitoring, diesel pilferage prevention for diesel generators with ideon...Ideonics
FuelSafe from Ideonics can help in monitoring diesel usage in generators. The innovative probe developed by Ideonics gives an accuracy of 1 mm in fuel heightand helps in providing accurate information about fuel fills and drains. With additional information such as running time of the generator, consumption per hour of the generator it helps one take full control of fuel expenses incurred in running the generator.
This case study illustrates how a customer has saved money by installing FuelSafe from Ideonics for diesel monitoring in generators. By correctly identifying the Consumption per hour of the generator and thus plugging unreasonable claims, FuelSafe helped the customer save a significant amount of money.
Energy Audit in the Dairy Industry - Sitaram Gokul Dairy Nepaleecfncci
This document summarizes an energy audit conducted at Sita Ram Gokul Milk in Kathmandu, Nepal. The audit identified opportunities to reduce waste and improve energy efficiency in areas like waste water management, energy usage, insulation, and equipment upgrades. Recommendations included installing trigger nozzles, timers, high pressure cleaners, and modifying CIP facilities to reduce water waste. Upgrades to boilers, installing variable frequency drives, and recovering heat and condensate from processes were also recommended. The company has implemented some recommendations and is working to complete other proposed upgrades.
Energy management in small scale industries a vital tool for sustainable deve...IAEME Publication
This document discusses energy management in small scale industries as a vital tool for sustainable development. It first provides background on the importance of energy management and conservation. It then summarizes the results of a survey conducted on energy practices in textile and foundry cluster industries in India. The survey found a lack of energy auditing and awareness. Finally, it proposes a six-step plan for improving energy management in small industries: 1) Generate awareness, 2) Conduct energy audits, 3) Assess energy use, 4) Schedule conservation programs, 5) Enhance energy efficiency, and 6) Consistently monitor progress. Implementing this plan can help small industries improve energy efficiency and competitiveness.
Industrial energy efficiency techniques and energy management (1)Anish Maman
This document discusses industrial energy efficiency and energy management. It describes why energy efficiency is important due to rising energy prices, energy security, climate change, and green jobs. The main systems that consume energy in industry are identified as HVAC, compressed air, heating/cooling, electrical, lighting, motors, boilers, refrigeration, drying, and waste treatment. Energy management and industrial energy audits are defined as tools to optimize energy usage and identify opportunities to reduce energy consumption and costs. Preliminary and detailed energy audit methodologies are outlined.
Industrial energy efficiency - approaches, technologies and policies, Girish ...ESD UNU-IAS
This document summarizes an presentation on industrial energy efficiency approaches, technologies, and policies in India. It discusses how energy demand is projected to increase significantly in India by 2031-32 based on current trends. It outlines key approaches to improving energy efficiency in industry, including energy audits, research & development on efficient technologies, standards and labeling programs. Case studies are presented on energy audits of public buildings and replacing HVAC systems with waste heat recovery systems. India's Perform, Achieve and Trade program and National Mission on Enhanced Energy Efficiency are summarized as important policies to mandate efficiency improvements in energy-intensive industries.
1. The document discusses emerging low energy air conditioning technologies being researched at the Western Cooling Efficiency Center.
2. Field evaluations and lab tests show that climate-appropriate HVAC technologies like indirect evaporative cooling can achieve significant energy savings compared to conventional air conditioning, especially during peak periods.
3. Barriers to the adoption of these technologies are being examined in a new report in order to increase their use and realize the associated energy savings.
Fundamentals of HVAC Systems is a thorough introduction on how HVAC systems control temperature, air quality and air circulation in a conditioned space.
Ideal for recent engineering graduates working in the HVAC&R industry, experienced engineers entering HVAC&R from another engineering area, as well as architects, technicians, construction or building management professionals who need to increase their knowledge of HVAC systems.
This course reader can function as a stand-alone reference, or may accompany the eLearning course, Fundamentals of HVAC Systems, online modules.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help boost feelings of calmness, happiness and focus.
Shiram is a community in Russia that was started in 1990 to lead transformational workshops and personal growth. In 1998, they organized the Game Master School to unite people seeking personal development. Shiram focuses on cultivating character strengths like wisdom, courage, humanity, justice, temperance, and transcendence. They develop talents like health, enthusiasm, strength, initiative, reflexivity, self-reliance, openness, purposefulness, creativity, kindness, and awareness.
GCS is a recruitment firm that has been in business since 1991. They provide flexible recruitment solutions to meet clients' needs, including supplying individual candidates, complete project management, and permanent or contract recruitment. GCS works with clients in various industries including technology, digital media, engineering, finance, accounting, and sales. The company employs experienced consultants and provides training to ensure candidates and services meet high standards.
This document advertises a webinar on web analytics for site optimization hosted by Adam Proehl of NordicClick Interactive on October 18th, 2013 from 12:00-1:00 P.M. EDT. Attendees can click on the image to get more information about the event on using web analytics to optimize websites.
Kelly Finn is a Merchandising Apparel & Textiles major at the University of Kentucky with a current internship at Sephora. She created a visual resume highlighting her pattern design work, theme board assignment, and window display project. While her major is in merchandising, her true passion is makeup artistry and she hopes to continue working at Sephora or become a freelance makeup artist in the Lexington area, taking inspiration from freelance artist Kandee Johnson.
Audit-T kurumlara denetimleri sayısallaştırarak bulguları takip edebilmelerini, alınan aksiyonları ve çözüm sonuçlarını tümüyle ya da gruplayarak takip edebilmelerini sağlayacak ortamı sağlar.
Denetim için özelleştirilmiş Audit-T ile iç denetimler sonucunda ortaya çıkan bulgular risk seviyelerine göre analiz edilebilir, gruplanabilir ve alınacak aksiyonlar daha etkin bir şekilde planlanabilir.
Detaylı bilgi için tıklayınız: http://mirsis.com.tr/AuditT
What happens if obama was born in indiaDayanaWesly
The document explores what might happen if President Obama was born in India rather than the United States. However, the document does not provide any details about Obama's birthplace and consists of only a title with no further information. It leaves the implications of an Indian birthplace for Obama unaddressed.
HIPS Pipe Fabrications is a company that specializes in hygienic process pipework fabrication and installation. They have a modern factory facility equipped for all in-house fabrications. Their expertise includes installations for purified water, WFI water, and RO systems for clients in pharmaceutical, food and beverage, and healthcare industries. The document also provides details on their stainless steel passivation process to restore the chromium element and prevent corrosion.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
1) A study in Denmark showed that the overall economic and social benefits of using particle air filtration are much greater than the costs of running the filtration systems.
2) Filters account for approximately 30% of the total energy costs for air handling systems. Improving filters requires no capital expenditure and can significantly reduce energy costs.
3) Choosing low energy air filters with low pressure drops can reduce a building's energy costs by up to 58% according to case studies.
1) A study in Denmark showed that the overall economic and social benefits of using particle air filtration are much greater than the costs of running the filtration systems.
2) Filters account for approximately 30% of the total energy costs for air handling systems. Improving filters requires no capital expenditure and can significantly reduce energy costs.
3) Choosing low energy air filters with the lowest pressure drop can reduce a building's energy costs by up to 58% according to case studies.
Air Conditioning Inspections (Indoor Air Quality / Energy Reduction)Simply Marcomms
Peter Dyment ~ Energy Consultant ~ Camfil Farr
People see the Air Conditioning Energy Inspections as a burden rather than a benefit, instead of seeing the AC Inspection as an opportunity to get air conditioning systems to run better & “save energy” “save carbon” “save money” & Improve Indoor Air Quality (IAQ )
Low Energy - Indoor Air Quality for BuildingsCamfil UK
The document discusses improving indoor air quality and reducing energy usage in buildings. It outlines that poor indoor air quality can cause health risks like cardiovascular and lung diseases. Replacing standard air filters with low energy filters can improve indoor air quality while reducing energy consumption by up to 21% in air handling systems. Using airtight building envelopes, regular maintenance of ventilation systems, and portable air cleaners can also help ensure clean indoor air. Overall the document promotes optimizing indoor air quality through strategies like effective air filtration and ventilation that are also energy efficient.
Gas Turbines technology and the importance of air filtrationCamfil UK
This document discusses gas turbine technology and the importance of air filtration for clean air solutions. It provides information on:
1) Why air filtration is important to protect turbines from erosion, fouling, and hot corrosion which can reduce efficiency and require maintenance.
2) How advanced EPA filtration systems can eliminate erosion and prevent fouling, saving money on reduced maintenance and increased turbine life compared to traditional filtration.
3) The performance benefits of high-efficiency EPA filters in maintaining turbine output and efficiency over time, while reducing operating costs compared to lower-grade filters.
Energy Reducing Strategies for Commercial BuildingsCamfil UK
The document discusses clean air solutions from Camfil Group. It notes that Camfil has over 3,300 employees and 24 production plants worldwide. It also discusses how improving indoor air quality through effective air filtration can reduce energy usage in buildings by preventing outside air pollution from entering. The document advocates for using low-energy air filters and demand-controlled ventilation to significantly reduce energy consumption from air handling systems while improving indoor air quality. It provides examples of potential annual savings through upgrading filters, cleaning coils, upgrading fans and other elements of air handling units.
Camfil Whitepaper - Energy Saving in Buildings Better AHU Pre Filters can bri...Simply Marcomms
This white paper examines the potential energy savings from using better pre-filters in air handling units (AHUs) to maintain clean coils and heat exchanger surfaces. It finds that dirty coils can reduce efficiency by up to 30%, requiring more energy to compensate, while better pre-filters reduce this loss. The energy savings from maintaining clean coils through proper filtration are estimated to be on par with or greater than the savings from reduced pressure drop provided by better pre-filters. Using F7 class pre-filters could save up to 14% of total building energy costs by preventing efficiency losses from coil fouling.
This is a training module developed in the European project SESEC. More information and the full training can be found here: http://www.sesec-training.eu ...
The HydroCel filter from AAF uses a proprietary depth-loading media that acts as a reservoir to capture water, oil, hydrocarbons, and dust. This allows the filter to be used in harsh, moisture-laden environments for gas turbines. Testing has shown the HydroCel filter can achieve filter life of 12-24 months or longer with lower and stabilized pressure drop. The advanced filtration of the HydroCel helps keep engines clean, increasing availability, reducing maintenance costs, and extending engine life.
Camfil Truly Green Air Filters BrochureAdam Wiggins
Camfil produces air filters and provides documentation to support their claims of energy savings, waste reduction, and sustainability benefits compared to competitors' filters. They summarize four key considerations for evaluating filters: energy savings over the filter life, actual MERV performance over time rather than just initial rating, lack of ENERGY STAR rating for filters, and only Camfil guarantees green performance over the filter life. Camfil's filters are designed to have lower average pressure drop through proprietary media and configuration, resulting in estimated energy savings of $80-100 per year compared to competitors. They provide analysis tools and case studies demonstrating cost savings and reductions in CO2 emissions, waste, and total cost of ownership for customers who have switched to Camfil filters.
Reducing Emissions From Compressor SealsSaurabh Jain
The document discusses methane emissions from compressor seals in natural gas transmission and provides lessons learned from replacing rod packings and wet seals with lower-emitting alternatives. It finds that compressor seals account for 13% of methane emissions from the natural gas industry. Replacing worn rod packings and wet seals with dry seals can significantly reduce methane emissions in a cost-effective manner, with some partners achieving payback periods of less than one year. The document outlines multi-step processes used by industry partners to identify candidates for replacement and evaluate the economic benefits of implementing lower-emitting technologies.
The case studies explain how the projects were completed, look at power consumption before & after, with the resulting significant energy savings together with excellent ROI’s. In addition, further benefits such as improved monitoring and preventative maintenance are also discussed.
How to save energy with Ventilation on demandEpiroc Sverige
Impact on energy consumption and air quality control with ventilation on demand in Serra Grande Mine, Brazil
Presentation held on Bergdagarna 2019 by Diana Baldeón and Johannes Hansson from Epiroc.
Similar to Webinar Presentation Energy Consultant 210710 V2 Birm (20)
Hello and Welcome to the Camfil Trainiing Academy and our webinar forum. The webinar today is designed to draw attention to the energy saving benefits of Low Energy Air Filters, particularly to you as Air Conditioning Inspectors. The EPBD or Energy Performance Building Directive for those of you who like long words offers a chance to identify worthwhile energy saving opportunities such as converting to Low Energy Air Filters.
Camfil Ltd – Blend air filtration core competence with related validation and energy consultancy services to owners and managers of Air conditioned and ventilated buildings. Industries served include Pharmaceutical, Gas Turbine, Nuclear, Automotive, Food & Beverage, Hospitals, Public Utilities, Airports, Museums and Commercial Office Buildings. Our consultancy services encompass Opportunities Assessment Surveys Air Handling Plant Assessment Surveys Legislation compliance and best practice advice Optimum air filtration selection Condition monitoring of Air Handling Plant Filtration Fractional Efficiency testing Clean Room Validation to EN1822 standard Life Cycle Cost analysis (with guarantees) Energy Validation and solution quantification Risk assessments, method statements and condition surveys to ISO9001 and ISO14001 These focused range of consultancy services compliment our air filtration manufacturing capability and total filter management (supply fit dispose and monitor) services. Thus ensuring that the client has an ongoing verification and accountability over the life of a contract. Blue Chip Clients include: - Astra Zeneca, Pfizer, GE Health, GSK Honda, Toyota, Nissan, IBC Luton Heinz, Mars, Master Foods EON, RWE Power, GDF, International Power, Siemens Universities, Museums and Hospitals
Many of your clients will see compliance Air Conditioning inspections as just another bureaucratic burden from Brussels. The fact of the matter is that it offers you as an Energy Assessor a chance to report recommendations of worthwhile energy saving opportunities such as Low Energy Air Filters.
The main area of interest to your client is to save money. This can be achieved with Low Energy Air Filters by reducing the cost of the filters over time because they last longer. The energy consumption is reduced because they have a lower pressure drop. The maintenance costs and disposal costs are reduced because the filters are longer lasting. Other system related costs are also reduced by use of Low Energy Air Filters. All these cost elements are included in the Eurovent Life Cycle costing model (LCC for short) Energy consumption can also be related to the environmental impact of increased levels of CO2 caused . The govenment CRC, Carbon Reduction Commitment is targetting large users of energy such as your clients and taxing them if the
This slide addresses the basic issues involved in using HVAC air filters and shows why Low Energy Air Filters offer benefits for all these points.
The main purpose for using air filters in building air handling units is to supply clean filtered air for the people inside to breathe without risk to health. The secondary purpose of Air Filters in building HVAC systems is to filter the air to keep clean and protect the air plant duct system and the internal fabric of the building. Better filters upstream of the coils and heat exchangers in the system will also inhibit build up of dirt and dust deposits on the coil fins and heat transfer surfaces. Energy loss due to increase in pressure drop across the coils and heat exchangers is prevented. Another benefit is that the coil heat transfer efficiency is preserved for a much longer time. The need coil cleaning and duct cleaning can be reduced with longer periods and saved costs between cleans.
This schematic diagram of an Air Handling unit sho ws the static and dynamic components in the system. The energy to move the air through the system is supplied through the electric motor to rotate the fan. The fan rotates pressurising the air and pushing through the static components in the system.
Filters can account for up to 30% of the total flow resistance of a typical ventilation system – therefore up to 30% of the total energy cost. Yet – filters are readily available that minimise energy cost and can be easily upgraded. Filters dramatically affect the energy consumption
Simple energy calculation E is energy in kWh per year Airflow is easily calculated if design airflow is not readily available Each full size filter is designed for 0.94 m3 per second ( or rounded to 1) So 4 filters = 4 m 3 /sec dP Pressure drop is measured in Pascal across the filter bank Average dP over the life of the filter affects energy consumption Providing the fans have inverters (if they haven’t you are paying a lot of money for energy) T is time in hours (so continuous is 8760 hours) h or is fan efficiency (the average is 50%) His gives you Watts so need to divide by 1000 to get kWh This can be seen in the specification or the Life Cycle Cost Software (LCC)
Quality of manufacture of Air Filters is important. To produce Low Energy Air Filters in bag filter form it is necessary to make media pockets with controlled media spacing. The pockets have a tapered profile to allow even flow of air across the full area of the media. Any contact between media pockets stops air flow and increases pressure drop across the filter.
This is a typical example of a city centre office block that now requires an Air conditioning inspection and report. Considerable energy savings can be made if Low Energy Air Filters are recommended.
A two stage filter system can often be replaced by a single stage system. The energy saving is indicated above. For a recommended F9 solution (EN13779:2007) a 2 stage F7 solution can be used. This will still show a 40% saving over the original G4 panel and F7 bag filter system shown.
This Low Energy Air Filter is the most efficient LCC solution for both particulate efficiency and energy efficiency. It has the longest life compared to any other F7 filter class on offer for HVAC applications.
Your Larger AC Inspection clients will be managing property portfolios that can number many hundreds of commercial properties. This impact slide indicates the estimated savings possible with a large number of sites.
The Life Cycle cost elements listed here show the cost elements of the Eurovent LCC model. The bulk of the savings are in the energy consumption which is typically between 70% and 80% of the model. The other elements, in particular the maintenance costs can also show significant savings. Generally a saving can be made in each one of these elements.
This slide represents the opportuniy that is available for energy and cost savings when poorly maintained AHU filter systems are indentified during your inspections. This photo shows an AHU filter bank on a prestige hotel site just off the M4. The filter mounting frames have corroded and collapsed allowing unfiltered air to bypass the filters and deposit airborne dust and dirt downstream on all surfaces and into the building.
This is truly a quick win If you compare to other elements within the AHU the decision is a simple one It can be done straight away without capital cost
The opportunity shown on the previous slide needs to be reported and a solution provided. There are a variety of Low Energy Air Filter solutions available that can be tailored for the needs of each individual AHU system.
The full Life Cycle Cost analysis will provide detail values for labour, waste and CO2 etc. Our mobilisation process includes software that allows for a rough cut of the predicted savings available from making these changes
This slide consolidates the benefits of low energy air filters
We thank you for attending this webinar and would welcome any comments and questions you would like to send us regarding our Low Energy Air Filters. We would like to make our webinars as relevant and useful as possible to your Air Conditioning Inspections and the reports. Our Company Website www.camfil.co.uk has a lot of useful product and applications data. We also have white papers and further information on our specialist websites www.lowenergyairfilter.co.uk And especially fir Air Conditioning inspectors www.acinspection.co.uk Our technical staff will be happy to help with any issues . We offer on site CPD training for groups of engineers and company staff. Please contact Anne Dempsey for details of the seminars offered. Take the opportunity offered by Low Energy Air Filters