Johnson Controls, the globally renowned company for smart, healthy and sustainable buildings, has announced results of independent surveys of 800+ building decision makers showing a clear shift to increased investment in healthy building trends and technologies. “At the center of a vision for a healthy world must be healthy buildings, and that means delivering on the most critical elements to serve People, Places and Planet,” said George Oliver, Chief Executive Officer (CEO) of John...
Nidec Leroy-Somer (Nidec Leroy-Somer Holding), the world specialist with a wealth of experience in drive solutions for industrial refrigeration, has for more than 40 years provided refrigeration professionals with its state-of-the-art and energy efficient motors, and speed drives to effectively enhance productivity of industrial refrigeration applications. IE5 synchronous PM motors Nidec Leroy-Somer’s latest development, the Dyneo+ range of IE5 synchronous reluctance permanent magnet (PM...
Consumer advise experts at The Heating Hub have warned consumers not to get ‘hooked’ on the latest technologies in the drive to reduce carbon emissions, stating that they should focus on selecting the most appropriate system for their household requirements. The UK Government recently announced ambitious plans to install 600,000 heat pumps per year by 2028 and has committed to phasing out natural gas boilers in new build homes by 2025. Decarbonizing homes Decarbonizing homes is a...
CoolSys - Refrigeration and HVAC Systems (CoolSys), parent to market-renowned refrigeration and HVAC service companies nationwide, has deployed several new technology initiatives to help combat global COVID-19 pandemic spread in recent months. Bipolar ionization Bipolar ionization is one of these technologies with the ability to create charged ions in the air to attach to airborne particles, increasing their size, and making them easier to trap with air filters. Scolari’s Food and Drug...
Artificial intelligence (AI) provides a tool to deliver significant savings and dramatically reduce carbon emissions, enabling a self-operating building. Because of AI’s ability to be proactive in buildings, rather than reactive, a 25% reduction in total energy costs is possible, along with a 20-40% decrease in carbon footprint. "Our mission is to fight climate change by bringing innovation and cutting-edge artificial intelligence to the built environment, making buildings smarter and gre...
Armstrong Fluid Technology announced that the company has moved to a new expanded facility for European production and warehousing of circulator products. New Expanded Facility The new facility, located in Jimbolia, Romania, offers greater capacity for the production of Armstrong high-efficiency and standard wet rotor circulators. Supported by Armstrong’s global supply chain, the site will employ 65 team members dedicated to producing circulators for customers worldwide. Reflecting on t...
Eurovent has released the first edition of the Eurovent Recommendation 14/6 – Interpretation of Regulation (EU) 2019/2018 and of Regulation (EU) 2019/2024. The recommendation provides the European Commission with industry input for the future guidelines accompanying Regulations (EU) 2019/2018 and (EU) 2024/2019. Eurovent Recommendation 14/6 The aim of this code of good practice is to provide the industry interpretation in regard of the Regulation (EU) 2019/2018 and of the Regulation 2019/2024 and to support the European Commission in preparing the future guidelines accompanying both Regulations. This document was prepared in a joint effort by participants of the Eurovent Product Group ‘Commercial Refrigeration Equipment’ (PG-RDC), which represents a vast majority of all manufacturers of these products active on the EMEA market. Eurovent PG-RDC supports the European Commission Eurovent PG-RDC supported the European Commission since the early stage of the preparatory study" Mr. Pierluigi Schiesaro, Research & Development Director at Arneg and Chairman of the Eurovent Product Group ‘Commercial Refrigeration Equipment’, stated “The Eurovent PG-RDC supported the European Commission since the early stage of the preparatory study. In order to actively contribute to achieving the energy saving targets proposed, Eurovent and its Members deem an unambiguous interpretation of the requirements set out in these Regulations of fundamental importance. That is what we aim to provide with this Recommendation.” Mr. Francesco Scuderi, Eurovent Deputy Secretary General, said “The European industry welcomes these long-awaited Regulations and wants to make their implementation as effective as possible. To assist with this, Eurovent will host a webinar on 26 January 2021, to present the contents of the new Eurovent Recommendation 14/6, and to welcome all the questions coming from manufacturers, distributors, end-user, designers, policy makers, and MSAs.” The Eurovent Recommendation 14/6 is now available for download in the Eurovent Document Web Shop on its official website.
Registration is now open for the 2021 ASHRAE Virtual Winter Conference, slated to take place from February 9th to February 11th, 2021. The convenient online format of the conference will allow for global participation with a group of the world’s renowned presenters delivering timely and useful industry content. 2021 ASHRAE Virtual Conference “ASHRAE’s Virtual Winter Conference will include three-days packed with learning and live discussions from top experts,” said 2020-21 ASHRAE President Charles E. Gulledge III, P.E. He adds, “This is the perfect platform and opportunity for built environment professionals to take advantage of the Society’s strong technical content. The conference will provide us the opportunity to amplify ASHRAE’s important research and resources to address the challenges of the times we’re living in.” COVID-19, energy conservation, refrigerants & HVAC standards The conference will feature nearly 98 live and on-demand sessions with updates from industry experts The conference will feature nearly 98 live and on-demand sessions with updates from industry experts and virtual networking events. Technical sessions will address building performance, COVID-19, energy conservation, refrigerants, ethics, equipment and standards. Conference registration is now open on the official virtual event page. During the weeks leading up to the conference, ASHRAE will also conduct virtual business, committee and technical meetings that are typically held during onsite at the Winter Conference. The cost to attend the virtual conference is US$ 249 for ASHRAE members (US$ 479 for non-members, which includes an ASHRAE membership for one year). Registration includes: Tuesday, February 9th - Thursday, February 11th - Live Event More than 35 technical sessions presented live, including sessions scheduled for live participation from attendees in different time zones across the globe. Leadership moments providing updates from society leaders. Keynote presentation hosted by women in ASHRAE. Live 30-minute forum sessions for interactive participation. Opportunities to interact with fellow attendees in 30-minute round table discussions and meet-ups. Recognition of more than 150 award recipients of ASHRAE’s most prestigious society awards. Conference proceedings. Interested individuals can download the technical papers, conference papers and extended abstracts. Post-Conference 26 live Q&A chat sessions for on-demand paper session for the opportunity to chat with speakers scheduled on Friday, February 12. All sessions presented live will be recorded and available on-demand until August 11, 2022. Over 80 additional on-demand sessions accessible on personal terms for 18 months. Examining how to improve global HVAC efficiency The technical program is comprised of eight tracks, exploring occupant comfort and energy systems use The technical program is comprised of eight tracks, exploring occupant comfort, energy systems use and examining how to improve HVAC efficiency on a global scale. “Engineers and designers are being tasked to take closer looks at buildings and their systems to provide comfort to the occupants while also finding ways to reduce the impact on the environment and energy use,” said Maggie Moninski, Chair of the 2021 ASHRAE Virtual Winter Conference. International Design and the Future of HVAC Work Maggie adds, “The 2021 Winter Conference attendees will be given a great opportunity to learn from some of the leaders of the industry with a focus on the foundations of the HVAC&R industry along with specialty topics like International Design and the Future of HVAC Work.” ASHRAE President, Charles E. Gulledge III, P.E. will provide an update on the 2020-21 Society theme, The ASHRAE Digital Lighthouse and Industry 4.0 members will be recognized for the industry and Society accomplishments. Major contributors to ASHRAE’s Building campaign, RP campaign and scholarship donors will also be recognized. Professional development hours can be earned for all on-demand sessions and more than 35 live sessions upon successfully completing a short quiz. Registration includes access to all the technical content on-demand for 18 months. Company packages are also available.
The COVID-19 pandemic has highlighted the importance of Indoor Air Quality (IAQ) to the health and welfare of building inhabitants. Insufficient air filtration and ventilation has proven to increase the risk of airborne viral transmission in closed spaces. While the need to improve IAQ has always been a public health priority, it is now an urgent necessity with far reaching economic and employment impacts. To ensure the safe operation of buildings, improvements to ventilation and air filtration systems need to be placed in focus. Significant improvements of IAQ The HVACR industry is calling on Governments to initiate retrofitting measures for public buildings and to provide incentives for retrofits in the private sector. The energy savings achieved with better Heating, Ventilation and Air-Conditioning (HVAC) installations will enable a return on investment within a short period of time, while improvements in ventilation has been proven to have an immediate impact on reducing exposure to airborne pathogens. Germany recently provided funds of 500m EUR to upgrade ventilation systems in all state-owned buildings Germany recently provided funds of 500m EUR to upgrade ventilation systems in all state-owned buildings, from offices to schools and hospitals and this measure is expected to lead to significant improvements of IAQ while stimulating the economy by providing jobs and projects to the building and ventilation industry. A similar approach in the Middle East would equally create multiple benefits for governments, the economy and society. Cleaner built environments Mr Tariq Al Ghussein, President of Eurovent Middle East, said: “The events of 2020 have shone a spotlight on IAQ in our built environment and this presents us with a clear opportunity for progressive change. Retrofitting in the region has historically gained traction for energy conservation reasons.” “However, its ability to improve ventilation and the provision of safe, clean air should now become a key focus. Supported by a framework of incentivization and acceleration, retrofits could be a key driver for healthier and cleaner built environments, helping to improve energy efficiency as well as ventilation and filtration in the region.”
REHVA (Federation of European Heating, Ventilation and Air Conditioning Associations) has announced that they will take part in the KGH 51st International HVAC&R Congress and Exhibition: the Serbian HVAC&R Virtual Congress that will be held online from 2nd December to 4th December 2020, confirming the longstanding collaboration with KGH. 51st International HVAC&R Event Following the welcome greetings from the REHVA President, Frank Hovorka, REHVA (Federation of European Heating, Ventilation and Air Conditioning Associations) is slated to present ‘Introducing hybridGEOTABS: Comfort supplied in a Sustainable way!’ seminar session at the 51st International HVAC&R Congress and Exhibition. This is a seminar developed by hybridGEOTABS EU funded project, in which REHVA is a partner. The aim of the seminar is to showcase the development of hybrid technologies based on building-integrated radiant heating and cooling systems and geothermal heat pumps that enable very high energy efficiency and the flexibility of thermal storage, while providing freedom of space and high thermal comfort to the user.
The Government’s plan to increase heat pump installations is ‘doomed to failure’ without a substantial increase in training for installers, according to consumer advice specialists at The Heating Hub. Last week the Government outlined its 10-step plan for a ‘green industrial revolution’, which included a commitment to install 600,000 heat pumps every year by 2028. Jo Alsop, Founder of The Heating Hub, said: “There are many financial and environmental benefits associated with heat pump installations as they operate at very high efficiencies of around 200-300%. The Government’s commitment to increase installations is a welcome move that will help the UK to achieve its goal of net-zero carbon by 2050.” High efficiency boilers “However, without a meteoric increase in training and investment to upskill the workforce, this goal will be unachievable. Our research shows that over 90% of the UK’s heating system engineers are not trained to properly install and set up modern condensing gas boilers to operate at their peak efficiencies, in spite of the fact that such high efficiency boilers have been mandatory for the past 15 years.” “Furthermore, 86% of installers feel ‘let down’ by the sector in terms of the inadequate training they have received. Given that the sector has comprehensively failed to train the workforce to fit new gas boilers correctly, it seems doubtful that engineers will receive the training they need, without intervention.” Greenhouse gas emissions Incorrectly installed boilers work below their operational efficiency, using more fuel as a result" “Furthermore, with roughly 22.5 million homes in the UK already running on gas heating, improving the efficiency of gas boilers presents a huge opportunity to reduce our carbon emissions. Incorrectly installed boilers work below their operational efficiency, using more fuel as a result, which contributes to greenhouse gas emissions.” “Providing the training to help engineers to install and set up modern condensing boilers to run at their A-rated label efficiencies would present a far quicker route to reducing emissions in the short term. Moreover, once gas engineers know how to get condensing boilers working at their A-label efficiencies, the transition to heat pumps is an easy one.” Air source heat pump Heat pumps use latent heat in the air, that is present even in cold temperatures, and convert it to useable heat for the home. Heat pumps are the most efficient alternative to fuel, oil and fully electrical systems, achieving efficiency rates of up to 300%. In other words, for every one unit of electricity they use they produce three units of energy. However, they are expensive (typical prices range from £7,000 to £12,000 for an air source heat pump) and considerably more difficult to install than gas boilers, as research must be undertaken in order to understand the movement of heat, local geology, as well as the heating requirements for a household. Heat pump installations If we are serious about meeting our net zero 2050 target, we have to strive for actual efficiencies" Jo concluded: “Given the complexities of heat pump installations, it is vital that they are installed and set up correctly to ensure households receive the efficiency savings they have been promised. Get it wrong and efficiencies will drop while fuel bills soar.” “We cannot repeat the mistakes of gas boilers and fit ‘A-rated’ appliances that are only C-rated or less in the home because installers do not understand low temperature heating systems. If we are serious about meeting our net zero 2050 target, we have to strive for actual efficiencies, not on-paper efficiencies.” “Without a step-change in the way the workforce is trained, there seems little doubt that the Government’s policy is doomed to failure. There simply won’t be a sufficient number of qualified engineers to install such a high volume of heat pumps within the next six to seven years and the heat pumps that do get installed won’t meet their label efficiencies.”
PuriFi Labs, who creates whole-building air and surface purification systems, has announced the formation of its new Scientific Advisory Board (SAB), comprised of prominent research experts and pioneers in the field of plasma physics. The SAB will help guide the company's journey toward cleaning indoor air of tested particulates, viruses, bacteria, odors, smoke, mold, ozone, and harmful chemicals. Americans, on average, spend approximately 90 percent of their time indoors, where the concentrations of some pollutants are often two to five times higher than typical outdoor concentrations, according to the Environmental Protection Agency. Combating the spread of COVID-19 virus indoors With the formation of SAB, the company intends to expand the scientific depth and capabilities of air purification systems The ongoing novel coronavirus (COVID-19) pandemic has only increased the percentage of time spent indoors in 2020, bringing air purification to the forefront of conversation, as it relates to combating the spread of COVID-19. With the formation of PuriFi Labs' SAB, the company intends to further expand the scientific depth and capabilities of its existing air purification systems and strive toward improving the quality of air and life in homes and commercial buildings across the country. Scientific Advisory Board (SAB) “The creation of the Scientific Advisory Board is an exciting next step in PuriFi Labs' capabilities and how we develop and test our air purification systems. All board members are recognized leaders within their respective fields of research," said Tim Bender, the Chief Executive Officer (CEO) of PuriFi Labs. Tim Bender adds, “We're thrilled to leverage their guidance and expertise in clinical and scientific excellence as we continue to expand our research and development efforts.” The members of PuriFi Labs' Scientific Advisory Board (SAB) include: Rick Greenwood, External Affairs Officer at California Association of Public Health Laboratory Directors, Professor of Epidemiology and Microbiology at UCLA, and member of California COVID Task Force. Michael Keidar, Professor of Plasma Engineering at A. James Clark School of Engineering at George Washington University, Associate Editor of IEEE Transactions in Radiation and Plasma Medical Sciences, President of the Electric Rocket Propulsion Society. Ronald Adrian, Ira A. Fulton Professor of Mechanical and Aerospace Engineering and School of Engineering Matter, Transport, and Energy at Arizona State University. Michael Osborne, Ph.D. Chemical Engineering, Former President of Purafil, a molecular filtration company, and Former VP of R&D at AAF International, a member of the Daikin Group, the globally renowned air filtration company. Kirsten Shaw, Certified Indoor Environmental Consultant and Energy Auditor, Licensed Residential and Light Commercial General Contractor, Healthy Building Specialist at Howard Air. Science-based research and testing Science-based research and testing is of great value and importance to the team at PuriFi Labs Science-based research and testing is of great value and importance to the team at PuriFi Labs. The company's leadership will work closely with the new Scientific Advisory Board members on expanding science-based methods for validating in-room, real-world performance of air purification products and strategies, and additional product development and lab testing, following high-level advice and scientific review. Currently, there is no universal solution or vaccine available in the market to prevent coronavirus infections from spreading, including the COVID-19 virus. PuriFi Labs is working to accelerate testing on SARS-CoV-2 in support of the best indoor air quality possible, under the guidance of the Security Advisory Board. Air purification and HVAC control systems expert PuriFi Labs brings together decades of experience in air purification, automated control systems, IoT (internet of things), and multiple projects completed for NASA and the United States Department of Defense (DOD). PuriFi Lab's patented technology was rigorously researched and tested in commercial and residential applications for more than two years before being made available to consumers.
The modern technological world is filled with ‘extrusions’. They are all around us, in the form of small and not-so-small cross sections. The function of an extrusion is to form seals between components of complex machinery and keep them functional. And, depending on the ‘type’ used, they can make a big difference to how a machine operates. Some of the most desirable types of extrusion — and especially for use in HVAC systems — are those made from silicone. Silicone, which is a type of rubber, has a robust set of properties. For one, silicone can withstand extreme temperatures, both high and low. Semi-Exterior environments Ranging from -60°C to temperatures exceeding 200°C. (And there are even higher grades that can be manufactured to withstand temperatures well above 200°C.) Ideal for HVAC units that work round the clock to keep large numbers of people in large buildings comfortable in summer and winter conditions. In addition to this, silicone is also one of the more resistant properties to the constant vibrations of working machinery. It can be difficult to locate the source of the problem if a tiny extrusion has dislodged. Vibration-resistant properties make silicone extrusions less likely to disengage or fall out of place, therefore minimizing the need for costly repairs. Finally, silicone is also more durable than most other materials when it comes to exterior or semi-exterior environments, such as that of rain or ultraviolet light. Protecting electrical components Silicone is useful in HVAC systems because it offers enhanced sealing and compression protections As a result of this favorability, there is already a considerable number of different types of silicone extrusions that can be found in a lot of HVAC systems. These include HVAC sealing gaskets, hatch seals and vibration isolation pads. But also silicone sponges, which act as a protective layer of thermal insulation. As well as providing thermal insulation, silicone sponges can double-up as a form of acoustic insulation, with considerable noise reduction and anti-squeal properties. Silicone enclosure gaskets protect electrical components, and environmental seals — as the name suggests — help to keep everything protected from the sometimes harsh elements of the environment outside. Silicone is useful in HVAC systems because it offers enhanced sealing and compression protections over most other materials. Closed cell structure On a material level, silicone has a ‘closed cell structure’, which helps to keep out moisture ingress, along with water and dust. The combination of a closed cell structure, along with sealing and compression benefits, makes silicone ideal for exterior seals and gaskets in and around HVAC systems. The softer grades of Silicone have an excellent memory and low stress relaxation, which in turn helps to prevent common faults with HVAC systems — usually caused by gasket failures made from other materials that soften and compress inaccurately. The low stress relaxation properties require minimal force on behalf of the engineers sealing the enclosures, while the memory-properties of the silicone allow it to conform to awkward shapes and gaps of various widths. Manufacturing HVAC systems proactively with silicone in mind can allow more design flexibility on behalf of the engineers. Inevitable rapid movements General purpose solid silicone or silicone sponge is suitable for many HVAC applications And, as mentioned above, vibration isolation pads work as dampers to protect against the inevitable rapid movements of the systems as they power along. But also to help withstand the vibrations of HVAC units on transport systems, such as buses and trains, which naturally vibrate as they run over imperfections on rail and road tracks. As it happens, general purpose solid silicone or silicone sponge is suitable for many HVAC applications, not just those discussed above. The designs of the extrusions would be different, reflective of their function, but the material would be the same. In some instances, customers may also require a flame retardant silicone — certified to UL94 specifications — in order to meet safety standards in certain situations or environments. Great temperature ranges For all its material advantages, silicone is generally more expensive than the other types of material rubber that are used to manufacture extrusions, such as ethylene propylene diene monomer (EPDM). And while other materials do of course have stand-out benefits of their own — EPDM for example is more hard-wearing than silicone — silicone is still often the extrusion ‘type’ of choice because of its ability to withstand great temperature ranges. This is very important for heating and air conditioning systems. Because some of the most common factors that cause HVAC systems to break down are as a result of seal and gasket failure, which can come about as a result of an overheating unit. Very cold environment Chances of a unit overheating can be just as likely — in fact perhaps more so — where the system has to operate in a very cold environment. With the threat of climate change etched more than ever into the public discussion, we can predict that there will be a steady increase in the amount that this material is used to make up the HVAC seals. And not just because, as temperatures continue to increase and summers get hotter and more prolonged, there will be an increased demand for them. Effective public relations It is no secret that HVAC systems can be relatively expensive to run It will become a matter of effective public relations for managers, building regulators and transport officers to make sure that the equipment they are using — and making — is ‘green’. By using the right materials that help conserve energy and increase efficiency, this will not only sit right with the general public, it should also be more economical, too. It is no secret that HVAC systems can be relatively expensive to run. Minimizing wastage, and the time spent on call outs and repairs will make a notable difference. Of course there are many other ways to also set about making air conditioning and heating units more efficient. Using seals or gaskets made from silicone is just one small piece of the puzzle. But utilizing them will almost certainly be more beneficial than you might imagine. And anything that is a step in the right direction is a welcome change.
As a Managing Director of a company that provides temperature and humidity solutions to predominantly the warehousing and industrial sectors, I thought I would share my dilemma that I’m sure other business owners and managers also face. I don’t pretend to know the answers, but thought it might be worth sharing some of the considerations that I’m facing in whether to reshape, recruit and build or hunker down until the World, Europe and the UK offers some sort or predictability. I promise to not refer to ‘new normal’, masks or social distancing as this is extensively covered elsewhere. Context Our business has seen steady growth in the past 5 years, as a result of our efforts to create and retain relationships with customers who value our offer. Our focus has always been to offer solutions to large scale complex HVAC projects. We invest heavily in intellectual talent sponsoring PhD and MSc students, to keep us on our toes and develop leading edge solutions. We also feed off each other and our network of equally talented suppliers. My dilemma as Managing Director is do I continue our ambitious Research & Development (R&D), IP and Business Development or throttle back and take a cautionary approach until the economy offers a more certain platform? ‘Fortune favors the brave’ they say, but when you have a good business and employees look to business managers to ensure their livelihoods, how brave is brave? The Dilemma Immediate transactional or contractor resources are easy to obtain with the right screening and due diligence Immediate transactional or contractor resources are relatively easy to obtain with the right screening and due diligence, but for more developmental strategic roles, do you recruit in an emerging post pandemic, catastrophic employment forecast, that to in a mid/post Brexit world? From my personal perspective, it boils down to attitude, communication, enthusiasm and buy-in from everyone in the company. Nothing new there, but it feels that the stakes are higher so confidence is key. Do we or don’t we? Inaction is the riskiest response to the uncertainties of an economic crisis. Rash or scattershot action can be nearly as damaging. Rising anxiety (How much worse are things likely to get? and for how long is this going to last?) and the growing pressure to do something often produces a variety of moves that target the wrong problem or overshoot the right one. Within the world of HVAC, changes to legislation, environmental considerations, technological changes and research and development might be slowed or influenced, but won’t stop as a consequence of the immediate economy, which is a good thing. Recruiting on a need basis Many companies recruit when needed, to fill a vacant position or when a large project demands more manpower than the current headcount supports. This approach is obvious and addresses immediate transactional and resource needs. Using headcount as a KPI for growth, at a glimpse may illustrate positivity, but may be signaling a stop gap and may not be a true indicator of strategic growth. Of all the things I have observed over the last 5 months, reading the news, talking to colleagues and peers, a few things have stuck out for me, such as how companies have treated their employees, customers and suppliers, how creative and flexible some big organizations have been in responding to market changes and demands and how, despite uncertainty, their core business skills, intelligence and ability enabled them to prosper in a new and unforeseen environment. Finally, how companies will be remembered post crisis. Robust business planning The ability to respond quickly to market changes relies on creativity and attitude My belief is that those companies that have and continue to float to the top had the key ingredients of a successful business, enabled by capable enthusiastic talent that were given the opportunity to shine. These people weren’t hired to fill a stop gap, but rather these people were hired as part of a robust business plan. So, ‘do we or don’t we?’ Our philosophy at Jet Environmental Systems is to have a solid platform, identify future markets, trends and technologies and hire the absolute best people that we can to get us there. Recruitment in our business is a process that supports our strategic development and so for us our answer is yes, have confidence and continue to invest in the best talent. The ability to respond quickly to market changes relies on creativity and attitude with support from equally enthusiastic management who create the opportunity for individuals who present this talent to grow. Conclusion I hope the thought process I’ve shared has been useful, for me it has been a checkpoint in whether our choice of investment in people is right, not just now but in all situations. For me, it’s a resounding yes! I think we will create opportunities by having vision and giving people opportunity.
In the summer of 2018, a customer was facing a real problem – their resident satisfaction at two properties needed some work, and they were just about to hit the hot summer busy season – which can be notoriously difficult if residents experience air conditioning issues. Fortunately, they were able to implement a preventative maintenance and HVAC asset management solution at one of their properties. At this property the customer wound up doing only 3% unplanned replacements out of 300+ units – and had a customer satisfaction score of 97%. Unfortunately, they did not have time to implement this solution at another one of their recently acquired properties and wound up with 17% unplanned replacements on 700+ units and a 77% resident satisfaction score. Finding Relevant HVAC Solutions The search for a HVAC technology solution that is focused on energy efficiency and provides multifamily and commercial property owners with ease and insight into their HVAC property management needs, can be daunting.Property owners have several boxes to check: proactive maintenance, environmentally friendly solutions, always with an eye to the bottom line. HVAC is one of the largest consumers of energy in commercial and multi-family properties, accounting for up to 40% of a building’s energy consumption. It may be hard to believe, but in totality, businesses are wasting over 60% of the energy they purchase every year. And the inefficiencies can build upon one another. HVAC systems are typically the largest consumers of energy in commercial and multi-family properties, accounting for up to 40% of a building’s energy consumption. There is also the matter of the state the HVAC system in play. Poorly installed or malfunctioning units can increase energy consumption by another 30%. Add to that another 18% energy increase from poorly optimized heating and cooling processes and it is possible to see up to 90% of energy costs directly related to HVAC. Considering Energy Costs HVAC is one of the largest consumers of energy in commercial and multi-family properties, accounting for up to 40% of a building’s energy consumption. Not only is high energy use costly for business operations, but it has an impact on the environment through the carbon that HVAC systems emit. That is why technological innovation and a reputable contractor network for commercial and multi-family building HVAC investments is a crucial consideration for commercial building owners. Commercial and multi-family properties that ‘back burner’ system innovation at this critical time will find it increasingly difficult to compete and maintain their resident satisfaction ratings by staying ahead of the inevitable replacement and repairs. Building owners must make time to consider what the future of big data and smart platforms looks like. In our world of data, implementing HVAC services like this are no longer a luxury; they are a necessity. In fact, commercial buildings can attain a savings of roughly 18% on whole-building energy consumption from installing smart technologies to optimize services. Adopting Smart Technology Partnering with the right service provider will have a dramatic effect on the ultimate success or failure of an HVAC rollout in several areas such as acquiring quality, cost-effective equipment, ensuring compliant and thorough installation, accessing knowledgeable and rapid repair personnel who can also maintain equipment on an ongoing basis. Whether your company is looking to adopt HVAC smart technology for the first time or replacing an out-of-date solution, here are a few factors to consider that will help in making your choice when embarking on a HVAC contractor network. Commercial buildings can attain a savings of roughly 18% on whole-building energy consumption from installing smart technologies Look for an experienced professional It may be tempting to seek an HVAC professional based on the lowest bid received, but there are other considerations that must be taken into account. Look for a solution provider with industry experience and a history of demonstrated success in managing technology from roll-out to deployment. When you meet with potential partners, insist on viewing live solutions. A network of contractors Look for an HVAC professional that is connected in their local community. Other considerations include the size of their contract network and are those contractors well-vetted? Ensure that the network has a reputation for meeting deadlines and affirms that it can meet yours. Ask if there is one point of contact for the life of the job, too. It’s an important detail to know who your point person is and with whom you will be contacting for the questions that will arise along the way. Have an eye to the future Ensure that the HVAC technology under consideration possesses the capability to handle large volumes of data and a large number of users at the same time. Ask some questions about the peak season and confirm the contractor has planned ahead and thought through a scenario of how to prioritize repairs during a heat wave, for example. What about considering predictive analytics? What benchmark performance measures do they have in place? Do they use state-of-the-art remote monitoring, giving them a 360-degree view of your entire property portfolio? No hassle, no waiting Although larger than the residential market, commercial demand gains will increase at a slower rate due to an expected slowdown in commercial construction activity. As 2021 is quickly approaching, the market changes can present both dynamic opportunities and challenges for technology platforms. What’s key here is availability of product and services. Ensure that the contractor has the resources to accomplish your objectives. Are they vendor neutral? Consider and compare the price of labor and equipment. Also, confirm that there are multiple channels of ordering paths for optimization. How to choose your solution The installation and implementation of all of a building’s HVAC assets should consider how the condition analysis of each unit captured. Make certain there is a clear representation of how data is being collected from your contractors and that you understand your role in consuming and interpreting that data. Ask about the kind of alerts and sensors that will be used and how the data collected is then presented to you. The technology provider should be able to provide guidance into which building metrics should be measured and offer technology solution that gives property owners visibility into their entire asset portfolio, empower managers, and make precise decisions about HVAC condition and energy-efficiency. Building owners must make time to consider what the future of big data and smart platforms looks like The reason why most residents do not renew their leases is because of poor staff performance and assistance. Technology solutions are now considered mission-critical for property managers, owners, and investors who want to excel at HVAC service needs. If the HVAC is in disrepair for too long a period, tenants will move onto another property. According to data from the U.S. Environmental Protection Agency’s ENERGY STAR program, companies spend more than $20 billion on energy, annually. By replacing air conditioning equipment that has been in operation for 10 years, facilities can save 20-50% on energy and maintenance costs. Taking some steps toward technology via a contractor network can help ensure excellent staff performance and assistance, resulting in higher residential satisfactory ratings, tenant retention, as well as energy and cost savings. For a look at Motili’s Survival Guide in its entirety, please visit: https://lp.motili.com/ebook
Millennials have been shaped by their experiences growing up with technology and by their heightened awareness of the environment. These facets of a consumer market dominated by millennials will guide the future of the HVAC market over the next several years. Each generation reshapes markets in their own image. In the case of millennials, trends and behaviors are influencing how companies design new solutions, including those in the world of HVAC. Sustainable solutions and personalized experiences Millennials place a premium on sustainable solutions that reduce their environmental impact Millennials place a premium on sustainable solutions that reduce their environmental impact. Millennials also want more personalized and convenient experiences, and they value enhanced customer service support. New systems designed with a personalized and ecological mindset are amplifying efficiency and convenience and giving unprecedented control to create a truly connected home for technophilic millennials. Future HVAC products to cater to millennials The challenges of catering to millennials is one of the trends LG Electronics has listed among those likely to impact the HVAC industry in the months and years ahead. The trends are directly guiding LG’s product mix, including WiFi-enabled indoor units and LG’s Smart ThinQ application, which put the ability to control a home’s comfort system at the consumer’s fingertips. Here are some other trends to watch, listed by LG Electronics, when looking ahead to 2021 and beyond: Greener solutions on the horizon: Beyond appealing to millennial sensitivities, green solutions have a long list of their own advantages. Industry providers are responding by creating more sustainable and efficient products to enable customers to reduce their carbon footprints. LG Inverter air conditioning systems are designed to minimize efficiency losses, provide sustainable energy savings and contribute to lower lifecycle costs. More efficiency and reduced costs: Geothermal heat pumps have quickly proven themselves to be an alternative energy source, offering both warming and cooling capabilities. They are a highly effective and renewable energy source that can transfer heat from the ground to cool and heat buildings. Minimizing greenhouse gas emissions: Connecting HVAC to the electrical grid highlights the importance of reducing greenhouse gas emissions. Air-to-water heat pumps and other solutions can generate cooling and heating from one unit, thus furthering the transition from natural gas, fuel oil or coal. Fulfilling the need for new employees: The next generation of HVAC engineers and technicians requires training programs. LG Air Conditioning Academies provide training and skills programs around the world to empower the new generation of HVAC professionals. The impact of COVID-19: The pandemic has created a need for greater safety precautions within the HVAC industry. Remote working trends and additional precautions will likely continue to impact the industry even post-pandemic. LG HVAC systems are evolving to better aid the road to recovery and to prepare for the new normal with optimal solutions for the ever-changing challenges.
Elon Musk has proclaimed that HVAC is his ‘pet project’ and has even suggested a timeline: ‘Maybe we can start working on that.’ As a high-profile business magnate, industrial designer and engineer, Musk is CEO of automobile company Tesla, whose goal is to accelerate the use of sustainable energy. Tesla is on the cutting edge of technologies that can transform how we use energy, and Musk believes the benefit of that technology will translate well into home HVAC systems. Heat pump technology “You can make a way-better home HVAC system that is really quiet and super-efficient and has a way-better filter for particles,” Musk said at a recent Tesla presentation. “It works very reliably.” A feature would be use of a high-efficiency particulate air (HEPA) filter. Musk’s vision is to adapt heat pump technology the company uses for its Model Y automobile to home HVAC systems Musk’s vision is to adapt heat pump technology the company uses for its Model Y automobile to home HVAC systems. “It’s tiny. It’s efficient and designed to last 15 years. It operates in all conditions from the coldest winter to the hottest summer,” says Musk. The small units can be ‘stacked’ to provide a super-efficient and scalable home HVAC system, says Musk. A lot of work has already been done for a ‘kick-ass’ system, he adds. Cheap solar power A further benefit would be the ability of home systems to communicate with Tesla cars so that the home HVAC system ‘knows’ when residents are coming home and can dial in the settings for heating and cooling to make the house comfortable when they arrive. Because HVAC systems are such big users of energy, it makes sense that Tesla would target the industry as a means of promoting greater use of sustainable energy. Musk says that wind and solar comprise 76% of new electricity in the United States this year, and Tesla offers the cheapest solar power in the U.S. – only $1.49 per watt for a solar system installed on an existing roof. As a technology disruptor, however, Musk mentions that scaling the manufacture of products is 10 times more difficult than creating a prototype – suggesting a probable delay before any HVAC product that Tesla introduces would become widely available. From Electric Vehicles To HVAC When Tesla entered the electric vehicle market, it helped to jump-start investment in electric vehicles even among traditional automakers. Might the visionary company have a similar impact on the mature HVAC industry? Specifically, would Tesla’s delivery of a reliable and efficient product spur faster innovation for HVAC in general?? Efficiency is one of the main competitive factors among HVAC equipment suppliers" Senior Capital Equipment Analyst Kyle Peters of The Freedonia Group thinks so: “Efficiency is one of the main competitive factors among HVAC equipment suppliers, and it’s no surprise that most have embraced technological change to make their systems more efficient and appealing to customers.” Tesla’s entry into the market would accelerate that trend, says Peters. product development “While existing manufacturers are already developing the next generation of filtration technologies to maintain their hold on the industry, its considerable growth potential is likely to attract new industry participants like Tesla,” says Gleb Mutko, another Freedonia analyst. In addition, Musk’s entry into the HVAC market will likely increase investor interest in HVAC and filtration systems and provide impetus for additional product development. Based on the innovation and investment we are seeing in the HVAC market already, it’s a sure bet the industry will look very different in the next decade. Increasingly, it also appears that Elon Musk will be playing a part in that transformation.
Closed and cramped environments are especially problematic to the spread of the novel coronavirus that causes COVID-19. A ‘smart’ glass-paneled bus stop shelter, developed in Korea, embodies new approaches to making such spaces safe, including elements of HVAC. Smart shelters The smart shelters are closed-in glass cubes that serve as bus stops in the Seongdong district in northeastern Seoul, South Korea. The local district office collaborated with LG Electronics to develop the futuristic technology, which is designed to combat summer heat, monsoon rain and the novel coronavirus (COVID-19). Air conditioning and ultraviolet (UV) light sterilizers clean and cool the air Air conditioning and ultraviolet (UV) light sterilizers clean and cool the air. A solar panel on the roof provides back-up power. Surveillance cameras keep watch over the bus riders and intelligent video, an alert bell and an artificial intelligence (AI) noise sensor can provide information immediately to police and fire professionals, in case of an emergency response. Equipped with digital video screens Digital video screens provide warning when a bus approaches, and the sound system plays therapeutic music. Other amenities include free WiFi, charging stations for laptops or mobile phones, and even hand sanitizer. A thermal camera mounted at the entrance measures temperatures and allows entry through the automatic doors only to those with temperatures below 99.5 degrees Fahrenheit (37.5 degrees Celsius). Mounted at a lower height is a separate camera installed for children. Smart bus shelters to prevent COVID-19 spread A Seongdong district official said the smart shelters provide an environment where people can escape scorching weather and pouring rain, while preventing virus infections. The smart bus shelters represent a new approach to preventing coronavirus infection. Ideally, people should avoid small, closed-in spaces during the COVID-19 pandemic. However, crowded urban areas make it harder to do so. Also, the persistence of the pandemic and its continuation for months and likely into 2021, makes development of new solutions even more urgent. Technologies to protect against infection When social distancing is difficult, solutions such as the smart shelters will enable societies to return to some semblance of normalcy. However, people entering the shelter are still encouraged to wear masks, practice good hygiene and to stay one meter apart from others. Such technology developments will be crucial in large cities around the world, where crowded populations cannot return to their productive lives until additional mitigating approaches are developed to slow the virus spread. Avoiding disruption of transportation infrastructure Smart shelters contribute positively to economic recovery as the coronavirus impact subsides By helping to ensure operation of the transportation infrastructure, the smart shelters can contribute positively to economic recovery as the coronavirus impact subsides. However, the smart shelters are expensive, about a million dollars for the 10 units installed in South Korea or some US$ 84,000 for each shelter. Since they were installed, each shelter has been used by about 300 to 400 people a day. Obviously, many more of the shelters would be needed to provide a comprehensive solution. New innovations to counter continuous pandemic spread South Korea has not been spared by the novel coronavirus, despite deployment of widespread testing and tracing. The country is credited with waging one of the world’s most successful fights against COVID-19 and never imposed a nationwide lockdown. Of the country’s more than 50 million people, there have been around 23,000 cases and 385 deaths. However, as Asia’s fourth largest economy, the country has continued to suffer persistent outbreaks, especially in the more densely populated areas. The smart shelter demonstrates the need for new innovative solutions to address the novel coronavirus, and the important role of HVAC systems as a component of those solutions.
The nationwide lockdown in November, which was necessary due to the high number of infections in the second corona wave, has been accompanied by considerable restrictions. It is therefore all the more important to continue to secure the indispensable work in public institutions and especially, teaching in schools. In order to provide a decisive solution to the problem, Viessmann has developed a new air ventilation unit, the Vitovent 200-P. This is a unique hybrid ventilation unit that provides rooms with a continuous supply of fresh air and simultaneously cleans the air. Continuous air circulation Constant air circulation reduces aerosols and supplies closed rooms with fresh outside air again and again, so that pupils and teachers are best protected against the virus and learning performance is improved. "As a 103-year-old family business, we are committed to designing living spaces for generations to come," says Viessmann Co-CEO Maximilian Viessmann. A direct and continuous air circulation is guaranteed with a fresh air supply at floor level “Right now it is crucial that we quickly and pragmatically safeguard our children to maintain a part of their social life and access to education in these challenging times.” Vitovent 200-P uses the so-called displacement ventilation principle: A direct and continuous air circulation is guaranteed with a fresh air supply at floor level which then rises due to heat exchange with the occupants’ bodies. Comfortable learning atmosphere Consequently, used air rises to the top and travels into the units and is cleaned there, before being returned into the room as fresh air at floor level. The permanent supply of fresh air with heat and moisture recovery ensures a comfortable learning atmosphere and good air quality, even without window ventilation. Vitovent 200-P units have already been successfully tested in a pilot project at the Hans-Viessmann Vocational School in Frankenberg, North Hesse. The feedback from students and teachers has been overwhelmingly positive. In particular, it was positively highlighted that the unit runs very quietly and creates a comfortable indoor climate- it was also noted how in the prior absence of frequent ventilation, an additional health risk in winter when outside temperatures are very low, not only did the indoor air dry out excessively, but the schools' energy consumption and CO2 emissions were driven up too. Short term development Viessmann successfully demonstrated that the company was prepared to fulfill its social responsibility The devices can be retrofitted easily and at low cost by replacing a window pane with an isopanel. Thus, they offer the possibility to keep heavily occupied lounges and public facilities open despite a generally high risk of infection. The Viessmann Group together with the Viessmann Foundation announces that it will donate the first 50 Vitovent 200-P air cleaning units worth a six-figure sum to schools and social institutions, and will assume the full cost of installation. The company is thus fulfilling its purpose ‘We create living spaces for generations to come’ to a great extent. Already at the beginning of the outbreak of the pandemic, Viessmann successfully demonstrated that the company was prepared to fulfill its social responsibility and made a tangible contribution to the community through the short term development and provision of respiratory ventilators, mouth and nose masks and disinfectant - all of which are summarized as ‘ViAid’.
Carrier Air-conditioning Sales & Service (Shanghai) Co., Ltd. (Carrier China) was selected by Guangzhou Respiratory Center to provide advanced heating, ventilating and air conditioning (HVAC) solutions to help protect the health and safety of patients and medical staff. Carrier China will provide solutions available through Carrier’s Healthy Buildings Program to help improve indoor air quality in the center. Carrier China will also install high-efficiency chillers and heat pumps to complement the Healthy Buildings solutions. Carrier China is a part of Carrier Global Corporation, a global provider of healthy, safe and sustainable building and cold chain solutions. Improving indoor air quality Guangzhou Respiratory Center is a multi-functional medical center planned to open in summer 2021. It will be equipped with 1,200 beds and will be the site of clinical trials, scientific research and education. The project covers nearly 85,000 square meters, with a total construction area of more than 193,000 square meters and a total investment of nearly RMB 2 billion. It is jointly funded and constructed by Guangdong Province and Guangzhou City. Carrier China will provide thousands of advanced airside products with UV light Carrier China will provide thousands of advanced airside products with UV light, which can greatly improve indoor air quality. Also, In order to meet the customer’s needs for high efficiency and energy savings, Carrier will provide comprehensive solutions for the project, including water-cooled and air-cooled chillers to significantly increase the system’s overall efficiency, and cooling-only and heat pump technology that can achieve both cooling and heating. Protecting staff wellness “Medical institutions are being increasingly designed as a space that can provide care for patients and protect staff wellness,” said Cissy Wang, General Manager, Commercial HVAC Equipment Distribution, Carrier China. “We’re glad that Carrier was selected to provide our Healthy Building Solutions to the Guangzhou Respiratory Center and we’re contributing to such a meaningful project." "2020 is a challenging year. The outbreak of COVID-19 puts forward stricter requirements for hospital design," said Titus Yu, Managing Director, Carrier HVAC North Asia, Carrier. "We’re committed to helping to improve occupant health and safety with our Healthy Buildings solutions and services for the medical industry."
Boiler manufacturers Baxi Heating and Worcester Bosch have installed hydrogen burning boilers at ‘HyStreet’, in specially built demonstration houses at DNV GL’s specialist test site at Spadeadam in Northumberland, United Kingdom. The site has been used to complete over 200 tests, researching and proving the safety of converting homes and gas networks to hydrogen. The project is part of H21, a Network Innovation Competition project sponsored by Ofgem. Northern Gas Networks is leading the project with partners Cadent, Scottish Gas Networks, Wales & West Utilities, National Grid, DNV GL and the Health and Safety Executive’s science division. Combi boilers installed H21 is demonstrating how existing natural gas networks can be re-purposed to safely carry 100% hydrogen H21 is demonstrating how existing natural gas networks can be re-purposed to safely carry 100% hydrogen. For the first demonstration, both Worcester Bosch and Baxi Heating have installed combi boilers into the houses on HyStreet. The boilers have been developed as part of the UK Government-funded Hy4Heat program, which is also supporting the development of hydrogen-ready gas cookers, fires and gas meters. As around 85% of UK homes currently rely on natural gas for heating and hot water supply, re-purposing the natural gas grid for use with hydrogen would mean a low disruption option for householders to decarbonize their heating, without the need for extensive changes to their existing system. Tackling carbon emissions due to home heating Tackling carbon emissions resulting from home heating is utterly essential and one of the most difficult challenges in achieving net-zero emissions, given the need to make adaptations in almost every home. A growing library of studies and reports conclude that all viable scenarios for the UK to hit net-zero include hydrogen as a vital component. That is why Government and industry are working on various projects across the United Kingdom. Wide deployment of hydrogen boilers Tim Harwood, Northern Gas Networks’ Project Director for H21, said “Seeing the boilers in situ at Spadeadam is an exciting step in the journey to realizing our goal of a gas network transporting 100% hydrogen to customers. The hydrogen boiler looks and feels just like the natural gas version we all have today and is just as user-friendly, showing that a transition could cause minimal disruption to customers.” Dan Allason, Head of Research and Innovation, at DNV GL’s Spadeadam Research and Testing, said “Eight out of ten homes in the UK use a gas boiler to heat their homes and provide hot water and replacing all gas boilers with electric alternatives could be extremely costly. Both of the boiler manufacturers have developed options with their hydrogen ready prototypes to assist the switch to a lower carbon alternative.” Proof of concept and public acceptability We are delighted to be able to demonstrate this innovative new technology in a real-life setting in the UK" Dan adds, “Having these fitted to the HyStreet demonstration project at Spadeadam gives gravitas to the proof of concept and public acceptability of appliances such as these. The boilers are one of the first important steps.” Karen Boswell, Managing Director of Baxi Heating, said “This is an important step forward on our hydrogen journey and we are delighted to be able to demonstrate this innovative new technology in a real-life setting in the UK.” Zero-carbon alternative to natural gas Carl Arntzen, the Chief Executive Officer of Worcester Bosch commented “It is fantastic to see our prototype hydrogen boiler running successfully at this demonstration site. The boiler has operated seamlessly in its first month of operation and continues to provide both heating and hot water.” Carl adds, “It proves that hydrogen gas has great potential as a zero-carbon alternative to natural gas for heating and hot water in the UK and beyond. These initial tests are incredibly encouraging and will hopefully give key decision makers confidence to deploy hydrogen gas as a fuel for the future.”
Accommodating significant fleet growth and modernization, one of North America’s renowned refrigerated trucking companies, KLLM Transport Services, is adding 1,400 new Utility trailers refrigerated by Carrier Transicold units, equipped with the eSolutions telematics platform and TRU-Mount solar charging systems. Carrier Transicold is a part of Carrier Global Corporation, a globally renowned provider of healthy, safe and sustainable building and cold chain solutions. “Thanks to continued investments to replace and upgrade our equipment and technology, we are, today, a 57-year-old company with one of the youngest, most advanced fleets on the highway,” said Jim Richards, President of KLLM, a Top-3 refrigerated carrier, headquartered in Richland, Mississippi. Carrier Transicold refrigeration units “As a premier service provider, with more than 6,000 refrigerated trailers and domestic intermodal containers serving 48 states and Mexico, it is vital that we continuously renew our fleet,” said Richards, adding “This latest investment helps us keep our fleet new and modern for improved service, less downtime and to provide our customers with the advantage of the most current technology.” The new Carrier Transicold systems include 1,325 X4 7500 single-temperature trailer refrigeration units to be deployed by KLLM, and 75 Vector 8600MT multi-temperature units to be used by KLLM’s Dallas-based Frozen Foods Express (FFE) business. All refrigeration systems will be installed on 53-foot Utility 3000R insulated trailers by Carrier Transicold and Utility Trailer dealer, Southern States Utility Trailer Sales Inc., also located in Richland. eSolutions telematics platform Carrier Transicold’s eSolutions platform helps refrigerated transporters operate more efficiently by improving visibility of their cold chain assets and intelligently providing a centralized data stream about their transport refrigeration units (TRUs) and cargo. In addition to supplying critical data, such as temperatures, location and movement, the eSolutions platform will provide two-way control as well as analytic and diagnostic information about its refrigeration units. TRU-Mount solar charging system Carrier’s TRU-Mount solar charging system helps maintain the charge of the refrigeration unit battery Carrier’s high-performance TRU-Mount solar charging system helps maintain the charge of the refrigeration unit battery, which supports the eSolutions telematics system, even when the refrigeration unit is off. “The fact that the eSolutions system is integrated with the Carrier Transicold units is very important to us,” stated Jim Richards, adding “It will give us new abilities to download data and upgrade over the air, including our IntelliSet profiles, something we are certainly excited about.” IntelliSet feature software application The IntelliSet feature is a software application included with Carrier Transicold’s APX refrigeration unit controllers that allows custom configuration of multiple refrigeration parameters to create profiles based on specific commodities or customer preferences. With the eSolutions system, IntelliSet configurations can be selected remotely, and parameter updates can be done over the air rather than manually, saving time and resources. For additional details about Carrier Transicold’s transport refrigeration units, eSolutions platform and solar charging options, turn to the experts in Carrier Transicold’s North America dealer network.
Adcock Refrigeration and Air Conditioning Ltd. (Adcock) looks after all the air conditioning, water chillers and AHU equipment at the Birmingham site, where Smurfit Kappa provides a reliable service for cardboard and paper recycling. Quarterly maintenance and service Adcock carries out maintenance visits every quarter and has engineers on hand to provide 24-hours support to assist the smooth site’s operation. The condenser and evaporator coils get clogged up quickly due to the humid conditions and they also corrode because of the acidic atmosphere on site. Corrosion occurs within 3 to 4 years, even after being treated with specialist long-lasting corrosion protection. Leak repair formula to repair evaporator coils Adcock is currently looking to test a new leak repair formula that will temporarily repair coils Adcock Refrigeration and Air Conditioning’s biggest challenge with the HVAC system maintenance and repair work was to cope with the need for quick turnaround of repairs and reduce the long lead times that are very common for evaporator coil replacements, largely due to the need for the coils to be specially coated. Adcock is, therefore, currently looking to test a new leak repair formula that will temporarily repair coils. The company has designed and installed a number of 100% back-up systems in critical areas at Smurfit Kappa’s Birmingham site, so as to cut down-time and keep it to a minimal, especially during any breakdown. Complete turkey solution Adcock has developed their technology through meticulous research and development. Their engineers carry out a comprehensive survey, provide precision design and fast and efficient installations, in order to provide a complete 'turnkey' solution to cater to varied climate and temperature setting needs for commercial and residential HVAC systems.
Spirit of Adventure offers travelers a boutique luxury experience at sea, with its world-class speciality restaurants and spacious cabins. The new-build Spirit of Adventure is equipped with Halton Marine’s HVAC solutions, including a range of energy-efficient galley hoods and reliable fire safety equipment. Spirit of Adventure, the second new-build cruise ship for Saga Cruises, was delivered on September 29, 2020. Spirit of Adventure is described as a boutique luxury cruise ship that includes a range of world-class features, from a variety of speciality restaurants to spacious cabins with a private balcony as standard. Cabin ventilation solution By choosing state-of-the-art HVAC solutions on board, energy can be saved, safety can be improved, and hygienic conditions can be provided. Halton Marine, the supplier of marine HVAC equipment, develops, manufactures and markets reliable, high-quality ventilation solutions specifically designed for shipbuilding. Halton Marine had the privilege to equip Spirit of Adventure with their HVAC solutions Halton Marine had the privilege to equip Spirit of Adventure with their HVAC solutions, including a range of energy-efficient galley hoods, reliable fire safety equipment, and cabin ventilation solution for silent cabin comfort. Halton Marine galley hoods are designed for use in marine and offshore applications to remove contaminated air released by cooking equipment. The supplied galley hoods, KWH and KFM hoods, use Halton Capture Jet™ technology, which allows the hoods to operate with up to 30% lower exhaust airflow rates than traditional hoods. Water Wash technology The KWH hoods were also equipped with both Water Wash technology and UV Capture Ray™ technology. Water Wash technology automatically washes down grease filters without the need for staff intervention, while The UV Capture Ray™ technology neutralizes the grease released by the cooking appliances. These technologies significantly improve hygiene, fire safety and energy efficiency. Halton Marine fire and gas dampers are designed to prevent the possible progression of fire and smoke via the ductwork to other areas of the ship. Halton Marine fire dampers represent the quality that has been recognized worldwide by the industry and classification societies. Halton Marine supplied FDB2 fire and gas dampers, the most widely sold marine fire and gas damper in the world, to the cruise ship. The FCU fan coil unit is designed for air treatment and control specifically designed for silent cabin comfort with sophisticated air treatment and control.
Round table discussion
Sustainability has been a core concept in the HVAC industry for decades. Environmental concerns often drive product innovation, for example. However, environmental challenges persist and there is ongoing pressure on the industry to respond responsibly. We asked our Expert Panel Roundtable: What steps is the HVAC industry taking to address climate change and sustainability?