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Premium Story

Leminar and Hattersely join hands

Leminar appointed distributor of Hattersely valves in Qatar

Leminar appointed distributor of Hattersely valves in Qatar

According to an announcement, Leminar Air Conditioning Company has been appointed the distributors of Hattersely (UK) valves for the Qatar region. Hattersley is a brand of Crane Building Services and Utilities, and supplies a range of valves for use in HVAC systems for the commercial, industrial and institutional construction industry, the announcement added. The agreement was reportedly signed between Mark Youssef, President of Crane Company, Middle East and Africa, and Navin Valrani, CEO of Leminar.

Leminar, which has been operating in the UAE since 1989, has four offices, four manufacturing plants and nine showrooms across the UAE, Qatar and Oman, the announcement said, and added that its facilities have obtained certifications such as ISO 9001 and AHRI (ARI).

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Snapshots: Climate Control Summit

Pictures take from the Climate Control Summit of 2011

Pictures take from the Climate Control Summit of 2011 …

HVAC professionals from the district cooling and standalone air conditioning camps met at the Climate Control Summit, on March 28 and 29, at the Abu Dhabi National Exhibition Centre to debate on the two systems and to understand how best to provide comfort cooling solutions in the region.

The debate, styled to resemble the dynamics of a courtroom, attracted contractors, consultants, suppliers, service providers and end users in the shape of representatives of developers. Dr Nawal Al Hosany of Masdar served as the judge, and Ghaleb Abusaa of en3 Solutions as the technical advisor to the judge. The end-users formed the jury. Salah Nezar of Qatar Project Management and Paul Allen of Red Engineering were the advocates for the standalone camp, whereas Mike Hicks of Stanley Consultants and George Berbari of DC Pro Engineering were the advocates for the district cooling camp.

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Judge speak

Judge Dr Nawal Al Hosany, after consulting her technical advisor, Ghaleb Abusaa, presented the closing remarks. An Emirati, she spoke from a national, regional and a global perspective …

Judge Dr Nawal Al Hosany, after consulting her technical advisor, Ghaleb Abusaa, presented the closing remarks. An Emirati, she spoke from a national, regional and a global perspective …

On behalf of the organisers, it is my pleasure to thank all of you for your constructive participation, which enriched the subjects discussed. It is my fond hope that the conclusions reach all concerned parties both domestically and internationally for the well being of humankind.

After listening to the debate over the two days and my discussions with the advisor, the following are my conclusions and recommendations:

1. There will always be a demand, room and need for all types of air conditioning systems.

2. A full and detailed study for each case or project needs to be conducted, taking into consideration the full lifecycle cost of the available choices.

3. It is the responsibility of the leaders of the HVAC industry and the media to raise the public awareness of the importance of expanding their concerns to beyond personal concerns and benefits to include the region’s concerns and the globe at large to preserve the environment and the national resources for generations to come.

4. Consultants and contractors need also come up with recommendations to the concerned authorities to apply standards, incentives and penalties that lead to higher industry standards while having a balance between responsibilities and interests of all parties involved.

5. As there will always be a demand for all types of air conditioning systems, our target should be the use of the best technology and efficiency of each of the types of air conditioning systems rather than comparing one type with the other when the best of them is not feasible to implement due to any valid reason, whether technical or economical.

6. For highly populated development projects, it is always advantageous to integrate district cooling with other utilities, such as localised power generation, utilisation of waste heat, TSE and renewable energy to boost efficiency and achieve a high degree of sustainability.

7. Wherever standalone systems prove to be the best choice through proper feasibility study, utilisation of solar energy and geothermal applications need be incorporated.

8. Since the above-mentioned recommendations are considered to be costly under the prevailing conditions, they may not be feasible financially when all the cost is shouldered by one party among many – developer, service provider and the clients/end users/tenants – it is important to share the cost in a fair and just manner among the parties involved, in accordance with the benefits each party shall enjoy.

9. At a project level, the relationship among developers, service providers, contractors, manufacturers, suppliers and end users is considered to be dynamic, and it will correct and balance itself in a free and transparent market, according to the demand and availability, controlled by both ethics and rules.

10. At the country level or region level, the public utilities’ budgets and expenditure is directly affected by the efficiency of the technologies used in the projects; in order to minimise and control such expenditure, a set of rules and standards, including incentives and penalties, need to be implemented.

11. At the global level, all of us should work hard to contribute to the well being of humankind, and influence the protocols and standards and not wait to be influenced by them.

12. For that sake, I strongly recommend that CPI Industry and Climate Control Middle East with your participation and contribution will continue with such innovative summits. It will be my pleasure to be with you again in your future summits.

Finally, I wish success for all of you and your efforts for the prosperity of our country.

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We the jury

This is what the jury had to say in the form of observations on the discussions related to each of the six topics …

This is what the jury had to say in the form of observations on the discussions related to each of the six topics …

Occupancy profiles and cooling approaches

To determine the cooling approaches, appropriate system application should be determined on a project-by-project basis, and load optimisation should be mandatory.

District cooling service providers and third parties should be included in load determination to ensure accurate load estimation.

Delivering on promises, meeting cooling requirements on schedule

The key expectations of end-users are:

  1. Efficient-energy consumption
  2. Reduction in noise pollution
  3. Environment-friendly and sustainable approaches
  4. Cost effectiveness
  5. On-time delivery

While from a timing perspective both standalone and district cooling systems are okay, district cooling systems might face issues when it comes to delivering on time, if service providers are not ready with temporary cooling solutions.

Financing of colling projects

The district cooling industry is currently facing financial issues aggravated by the economic downturn. Lack of trust among various stakeholders adversely affects the situation.

The district cooling industry should put up a proper business case to banks and end-users in order to win their confidence and resolve financial issues.

Costs and the end user

Cost comparison between district cooling and standalone systems need to be carried out in a more scientific manner and should be comprehensive enough to reflect lifecycle costs and charges of both systems.

Transparency is required to ensure that the existing perception among end users, namely that district cooling costs are higher than standalone, need to be addressed.

Safeguarding the environment | health and safety issues

There was a consensus that district cooling is more environmentally friendly than standalone systems on a global basis.

Standardised regulations are required for HSE for both district cooling and standalone systems. Both district cooling and standalone industries should proactively address the issue of harmful refrigerants.

Water and its availability

There is an acute scarcity of potable water in the region

However, adequate amount of TSE is available in the region. This needs to be appropriately utilised by both the district cooling and standalone industries.

Premium Story

The district cooling camp

George Berbari and Mike Hicks, the advocates representing the district cooling camp, present their arguments.

George Berbari and Mike Hicks, the advocates representing the district cooling camp, present their arguments.

Occupancy profiles and cooling approaches

We learnt that better scrutiny is required about anchor load and the speed of development. Banks are closely looking at who are the off-takers. This is good, because it will help the industry avoid earlier mistakes.

District cooling utilities have to learn not to oversell capacity. If you have 20,000 TR, you had better sell 30,000 TR of contracts. This will improve returns and optimise investments.

Delivering on promises

Whether it is standalone or district cooling, there is a certain stipulated time to make infrastructure and equipment available. We do have rental companies in the market to provide cooling in the earlier stages, whenever utilities or contractors have been delayed. So, district cooling has managed to deliver on promises, and none of the customers have suffered.

Yes, it is true that Tabreed pulled out of some projects, and as a result some of the developers faced uncertainty, but that was because originally, the promises they made were not realistic. No bank financing was available, and no one will go with 100% liquid. Even if Tabreed pulled out, the developers in question could have rented. The Motor City project worked on rental for a year and a half. Atlantis ran on rental for six months. So clients do have a potential solution.

Financing of cooling projects

It is much more difficult to obtain finance now than it was earlier, but there is nothing that cannot be achieved through proper effort. Post-crisis, we have been witness to three projects that have received finance: the Aramco residential complex project in Dammam, which was financed by Saudi Bank; the ADNEC project, which was financed by ADCB and Dalkia’s Saadiyat Island, which has also received funds. These three instances go on to show that while the case is difficult, it is not impossible.

Truly, if banks are happy with off-takes and if there are enough guarantee for return on investments, they will lend, so it is not as much of a desperate case as it is made out to be. The financial crisis is behind us, and we will see more financing of district cooling projects.

Costs and the end user

There was a consensus that district cooling in Dubai, in particular, is more expensive owing to the capacity or demand charge of between 750/TR/year and 1,000/TR/year. It is true you do not have such a charge in standalone systems and that the end user pays only for the energy consumed. However, it must be added that the district cooling industry has attempted to go down the path of levying one large connection fee and the energy charge.

We will agree that the savings on construction costs for the developer through district cooling should have been passed on to the end user; this was not done. The end user should have been assertive.

End users object, because they are not used to paying. In Dubai, it is more expensive owing to the slab rate system. Speaking of which, district cooling should be allowed to purchase power at more competitive rates as bulk users, but all things considered, we as an industry have not created enough of an economic environment to make district cooling appealing to the end user.

We have reason to believe that the complaints from end users are diminishing, because people have got used to district cooling and because sub-metering systems have reduced consumption. A villa owner in Dubai’s Green Community used to pay AED 30,000/year for district cooling; today, he pays AED 15,000/year, owing to sub-metering. There is evidence available for that. Also, district cooling companies are listening to end users and reducing capacity charge. Earlier, neither the master developer nor the district cooling company paid any attention when the contractor’s capacity estimate was more than the real capacity. District cooling utilities should give better advice and share operational data and actual load per square metre. They should also share information on how sub metering has a big impact on human behaviour.

Safeguarding the environment

Here, district cooling was an outright winner at the debate, in terms of the much lower refrigerant stock required during installation, operations and maintenance. Also, the carbon footprint that can be reduced through district cooling made district cooling a clear winner.

The use of water and the blow-down – of chemicals going to the sewer – are issues. Today, though, there are better monitoring regimens in place to keep biocides in check, thus reducing the impact of blow-down on the environment. Online monitoring helps us avoid overdose of chemicals and biocides.

Also, we are seeing a lot of water reuse with RO, and the re-use of blow-down for irrigation, after proper treatment.

Water and its availability

Treated sewage effluent (TSE), use of seawater and the new technology of manipulated osmosis, which is dramatically reducing the cost of desalination and the energy required, are options that are available. They are making water available at a much lower environmental footprint.

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The standalone camp

Paul Allen and Salah Nezar, the advocates representing the standalone camp, present their arguments …

Paul Allen and Salah Nezar, the advocates representing the standalone camp, present their arguments …

Today, the restricted availability of district cooling results in 90% of the consumers being reliant upon standalone air conditioning systems to cool their residences and places of work.

Whilst district cooling is portrayed as the saviour of our air conditioning needs, in terms of efficiency, the benefits have not been passed on to their primary stakeholder, the consumer, who has borne the brunt of excessive tariffs imposed in an unregulated district cooling sector that does not engage any of its stakeholders. Poor logistical and financial planning by district cooling providers has brought the sector to its knees.

The district cooling fraternity depicts standalone air conditioning systems as being energy inefficient at 1.7 kW/tonne for a typical air-cooled system compared to 1.0 kW/tonne for the district cooling alternative. In reality, as emphasised during the proceedings of the Summit, water-cooled standalone systems can be equally as energy efficient as district cooling, since the same plant configuration is utilised; they can also be ‘greener’ and make use of recycled water, processed on-site. Where water availability remains a challenge, standalone VRV or VRF systems can provide a very competitive solution by achieving 1.28 KW/tonne in peak summer and have even better part-load performance.

Additionally, the cost equivalent of the district cooling tariff at 1.0 kW/tonne can be used to purchase approximately 1.6 kW/tonne of electrical standalone cooling, presenting cheaper operating costs to standalone customers, particularly where VRV or VRF is used at only 1.28 kW/tonne.

Until the district cooling sector lobbies governmental authorities and produces a regulatory framework that shares the benefits with all stakeholders, especially where district cooling is mandated by master-planners, the standalone HVAC solutions offer the best value to consumers.

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Open season

A courtroom-style set-up for a debate on district cooling and standalone systems encourages an air of openness …

A courtroom-style set-up for a debate on district cooling and standalone systems encourages an air of openness …

HVAC professionals from the district cooling and standalone air conditioning camps met at the Climate Control Summit, on March 28 and 29, at the Abu Dhabi National Exhibition Centre to debate on the two systems and to understand how best to provide comfort cooling solutions in the region.

The debate, styled to resemble the dynamics of a courtroom, attracted contractors, consultants, suppliers, service providers and end users in the shape of representatives of developers. Dr Nawal Al Hosany of Masdar served as the judge, and Ghaleb Abusaa of en3 Solutions as the technical advisor to the judge. The end-users formed the jury. Salah Nezar of Qatar Project Management and Paul Allen of Red Engineering were the advocates for the standalone camp, whereas Mike Hicks of Stanley Consultants and George Berbari of DC Pro Engineering were the advocates for the district cooling camp.

After giving brief opening statements, the advocates called ‘witnesses’ belonging to the two camps to a purpose-built witness box for a round of questioning and cross-examination related to six pre-determined issues for discussion. The issues were:

  • Occupancy profiles and cooling approaches
  • Delivering on promises, meeting cooling requirements on schedule
  • Financing of cooling projects
  • Costs and the end-user
  • Safeguarding the environment | health and safety issues
  • Water and its availability

After a day and a half of questioning and cross-examination, the advocates presented their closing statements, following which the jury retired to deliberate on the outcome of the proceedings. Eventually, they presented a series of recommendations, following which the judge gave the closing remarks.

The courtroom-style set-up encouraged each camp to engage in a rare exercise of intellectual honesty and openness. The opportunity to cross-examine meant no ‘witness’ could get away with his or her statements without substantiating them; the advocates ensured this did not happen. In that sense, the courtroom-style set-up did unearth some useful observations and insights, which represent threads for further discussions, which in the context of the downturn, the participants agreed, are helpful in finding solutions to some vexing challenges the downturn has posed.

See related stories: –

» The standalone camp
Paul Allen and Salah Nezar, the advocates representing the standalone camp, present their arguments

» The district cooling camp
George Berbari and Mike Hicks, the advocates representing the district cooling camp, present their arguments.

» We the Jury
This is what the jury had to say in the form of observations on the discussions related to each of the six topics

» Judge Speak
Judge Dr Nawal Al Hosany, after consulting her technical advisor, Ghaleb Abusaa, presented the closing remarks. An Emirati, she spoke from a national, regional and a global perspective

» Snapshots from the event

Premium Story

Frankly speaking

François Boueri, President of Daikin McQuay Middle East, opens up about life, engineering and the challenges ahead for the HVAC industry

François Boueri, President of Daikin McQuay Middle East, opens up about life, engineering and the challenges ahead for the HVAC industry

Growing up in Jounieh

I was born in Lebanon in 1961. I grew up in a suburb of Beirut, called Jounieh. I am Lebanese from my father’s side and Panamanian from my mother’s side. Her parents were of Lebanese origin, but she was raised in Panama, as a result of which we, as a family, have very strong ties on both sides.

I went to Le Collège des Apôtres, situated in my hometown. It is a school run by “Les Missionaires Libanais”, better known as “Kreimist”, a Lebanese Maronite priests order. “Apotres” follows the Lebanese-French system of education. The order has missions and schools in other parts of the world, as well, such as in Brazil and Australia.

As a boy growing up, I had more than adequate exposure to engineering. My father’s office was not far away from school. And during summer break, I would spend more time in the office, helping with this and that, picking up units in the warehouse and travelling with the technicians to install or to repair units. I earned an hourly wage, but that alone was not the motivation – I was genuinely interested in my dad’s company and work environment. And strange as it might sound, I always knew I was going to be a mechanical engineer.

Notre Dame

Due to the war in Lebanon, in 1979, my parents wanted me to study abroad. I applied and was accepted in Notre Dame University, where my maternal uncles had studied. I flew to the US alone, where I joined the University for a bachelor’s programme in Mechanical Engineering. Notre Dame is a great alma mater with a transforming power – not only for the education it gave me but also for the values it instilled in me and for the friendships I made during my years under the Dome. I graduated in 1983 and, from there, went to pursue a master’s in Construction Management at George Washington University in Washington DC.

I obtained my master’s in 1985 and flew back to Beirut to work in my father’s company, Fedairco. My father, François Naim Boueri, God rest his soul, was a well known and respected engineer in Lebanon. On my first day on the job, he said to me: “Now that you have earned an engineering degree, you are ready to start learning. The day you stop learning, you stop being an engineer.” And learn I did. He taught me the real world application of pyschrometrics, water and refrigerant piping, duct sizing, how to cost and manage projects… everything. I was earning only $85 a month, owing to the devaluation of the Lebanese Pound, as a result of 10 years of war in Lebanon, but it was great to learn under my father the fundamentals of HVAC being applied in a building and to see the impact in real life of a good design versus a bad design. At the time, I worked as a designer and an installer; I was on the other side of where I am now, as a supplier!

Intimations of McQuay

Life continued in this manner for a little over two years and, then, war raged again. I had to make a decision. During my studies in Notre Dame, I had met Marijean Moran (MJ), who attended nearby St Mary’s. While I was deeply attached to Lebanon and to my family, much to my own surprise, I found myself making the decision to leave for the US, the reason being that MJ and I had decided to get married, and Lebanon at the time was no place to get started! So in early 1987, I left Lebanon and made it back to the US. In April 1987, and at the age of 25, I was the first amongst my friends to get married! I applied for and landed a job with McQuay International in Minneapolis. This was to be the first of many assignments with McQuay International and the first move we would make as a couple.

My first position with McQuay International was as a Product and Application Engineer in the Export department of the company. The department was dedicated to giving technical support to international clients based in the Middle East and Europe.

The assignment was not my first interaction with McQuay, though. My tryst with McQuay had, in fact, started in late 1984, during my studies at George Washington University. My father called me one day and urged me to locate a company in the US that could supply chillers. Father’s company, Fedairco was the distributor for Fedders for many years with big success in the Lebanese market. Fedders, in late 1984, filed for Chapter 11 and could no longer provide chillers and was divesting its various businesses. Fedairco was in the middle of a contract execution involving supply of chillers to the Lebanese University. Delay was not possible, but Fedders could no longer supply and was beyond any liability and protected by Chapter 11. I suddenly remembered a friend of mine, Rick Snyder, who went to Notre Dame, as well, and whose father, I remembered, was somehow involved in the air conditioning industry with the company he owned, Singer. I felt he could help in pointing me in the right direction. I called him and asked, “Rick, would your dad know of a chiller manufacturer looking for opportunities in Lebanon?” His reply was quick: “Funny you should call me now. My father has just acquired McQuay International.” This was the first time I had ever heard of McQuay. I called Dick Snyder and introduced myself, and Dick invited my father and I to Minnesota to meet McQuay senior international managers in early 1985. That was my first exposure to McQuay. During that same period, I travelled with my father to meet with Fedder’s CEO, Sal Giordano. Those meetings were my first international business experience. I remember watching and learning from my father as he prepared his files and meetings and negotiated what he needed, both technically and commercially.

Things progressed well from there, and during the 1986 AHR Expo, Fedairco signed and sealed an agreement with McQuay that made it a McQuay distributor for Lebanon.

So after working as a McQuay distributor for a short period of time, I joined them as an employee in the McQuay world headquarters, in Minneapolis, Minnesota!

McQuay had hired me in 1987 to actually take me to Europe to work in the international division, to be established in Paris at the time. This got delayed by two years not without causing some frustration, as I was eager to move. Looking back, and despite my urge to get into sales, the delay, in fact, turned to be beneficial. During the two years in Minneapolis, I gained a lot in terms of knowledge. I worked under Dave Bennett, Export Product Manager, from South Africa, who had moved to Minnesota. I learnt a lot from Dave on all products and McQuay internal processes. He explained the inner workings of the various HVAC equipment the selection parameters and adequate operation environments. His teachings complemented all that I had picked up at Fedairco. While with Fedairco, I had learnt about site details and how to design water flow and how to take care of pressure drop; the equipment was secondary. In Minnesota, though, I got to learn about the actual equipment, be it centrifugal chillers, water-source heat pumps or simple DX split units. I became conversant in the full range of McQuay products.

The McQuay US Product Division was divided in separate departments, such as Chiller Product Group, Airside Group, DX Group, Water Source Heat Pump Group and Terminal Units Group. These groups comprised specialised engineers, each in his field, and focused on the needs of the US market. We learnt a lot from these specialists. We had to be multilingual in all the products, since our export clients had us as a single point of contact for all their queries. Furthermore, we were more challenged to learn as the questions we received from Middle East or Europe were not standard and, usually, a US-based engineer would never have to deal with these different standards or specifications.

Looking back, those two years, together with the Fedairco years, formed my technical foundation. In Fedairco, I wrote design programs to apply the various concepts my father taught me. In Minneapolis, I applied what I learned from Dave Bennett to develop a full technical manual of Water Source Heat Pump units. Keep in mind that computers were rather new and very slow, and we had to know our fundamentals to minimise computing time. We had one computer in the export department, and running a centrifugal selection could take hours, as compared to the minutes it takes today. We had to deeply understand the selection criteria and how to size a centrifugal chiller for a given operating environment. Failure to understand meant running multiple selections over various nights and not getting answers. In comparison, today, an engineer would get more than hundreds of selections in minutes. The selection software today features foolproof, built-in algorithms.

The two years were eventful also because it was then that the question of R134a and R123 surfaced. McQuay had been using positive-pressure design, whereas Trane and Carrier were using negative-pressure design. It was a duel between the merits of R11 (negative pressure) and the merits of R12/R500 (positive pressure). At the time, the HCFC versus HFC campaign gained ground, and McQuay was lucky that R134a proved to be a drop-in for R500 and a replacement for R12. At the time, McQuay was the first company to drop HCFCs and move to HFC 134a, whereas Carrier and York were continuing with R123, because they had machines that were designed for R11. And the R11 drop-in was R123, with a number of modifications.

In February 1989, I finally got the opportunity to move to Europe. My job was to bring US-manufactured products to Europe and the Middle East while providing a direct technical support within Europe, eliminating the distance, language and time-zone difference. We first set up our offices in Amsterdam and within the AAF International operation. In 1991, we moved to Brussels as part of the new European headquarters, based in Brussels. With the move, my responsibilities evolved. Instead of technical and commercial support for US products, I was now responsible for sales and business development for all HVAC products manufactured by Snyder General, be they made in the US, Italy, France or UK. The region I covered was now the Middle East and Europe.

Besides McQuay, other SnyderGeneral products included Wesper and AAF. SnyderGeneral had other offices in Europe, with Brussels serving as the headquarters for the continent. It was from Brussels that the sales and marketing strategies for Europe and the Middle East emanated. It was while in Belgium that I learnt how to set up and manage a team. It was quite a challenge, because the different SnyderGeneral Group entities in Europe had different management approaches.

As a part of the assignment, I had the responsibility of completely setting up in certain markets. In essence, I would go to a market, search for and meet 10 to 20 companies, pick what would be the best pick for our products in that particular market, negotiate an agreement, put quotas out and give training. The training had to do with how to select, price, prepare submittals and sell our products. I would also ensure that the new distributor would understand the systems of each of the factories and how best he could interface with each of them.

During that period as a Sales and Distribution Manager, I travelled extensively to Saudi Arabia, Egypt, Turkey, Qatar and the UAE. It was during this time that I was involved with McQuay projects in the region, such as Burj Al Arab and the exhibition halls at the Dubai World Trade Centre, to which we sold air-cooled systems from Italy. I was also involved in Kuwait, in such projects as Antenna Tower and Kuwait University, to name two.

In 1995, on the heels of OYL purchasing SnyderGeneral, I was reassigned to the US, this time to New Hampshire. Up until that time, I had worked in products and technical support as well as sales and distribution management. I was offered an opportunity to work under Mike Christopher, Vice President and CFO of AAF McQuay. Mike had come with Joe Hunter from York with the task of growing McQuay business through a series of strategic initiatives. He was also responsible for implementing the STP financial process across McQuay entities. My task was to assist Mike in the various sales and distribution joint ventures he was setting up: McQuay Espana, Equipos McQuay in Mexico, McQuay Caribe in Puerto Rico, McQuay Latin America and McQuay Service in France. As an International Business Development Director, I actively participated in negotiating, setting up and representing McQuay International in the various joint ventures as an active Board Member.

It was a thrilling time, as both Mike and Joe were great mentors. They took me under their wings and trained me on finance and business management. I was also engaged in the daily operations to ensure the joint ventures were set up to grow fast and were properly supported by the various McQuay factories.

It was during this period that I learned how to run a business from inception. To start a business and grow it through the first five years is a rare skill and is very critical for any business. You really learn the meaning of each line on the P&L and the impact on a business of each line on the balance sheets. Businesses in the early stages are vulnerable, and they either grow profitably or die. Cash flow is critical for the first five years. We succeeded in those years to grow the business we started tenfold in three years.

In 1997, and following the success in the New Hampshire assignment, I was offered the opportunity by Mike and Joe to return to Lebanon and have my first position as a General Manager, running McQuay Mediterranean LLC. While based in Beirut, the company was responsible for sales, distribution and service in a vast region that covered Turkey, Egypt, the Near East and CIS countries. My goal was to grow the business of McQuay in these markets. In 2001 and 2002, it became clear that McQuay had yet again changed strategies and that growth was no longer the aim. I was very disappointed but managed the business till 2004, when I decided to leave.

My years in McQuay were a great experience, but it was time to move on. McQuay was always a good engineering company with some advanced product technology and good manufacturing capabilities. Unfortunately, from 1982 through 2006, McQuay had undergone many short-term changes in strategy and management. McQuay International, a small company until 1982, first acquired the air conditioning business of Westinghouse. Later, SnyderGeneral acquired McQuay in 1984 and expanded it through multiple acquisitions without ensuring proper synergies. In 1994, SnyderGeneral sold the company to OYL Industries, a part of the Hong Leong Malaysia-based holding. OYL brought Joe Hunter, York’s successful International Vice President to grow the business with the aim of taking it public by the year 2000. This failed to materialise due to the Asian financial crisis at the time. This again brought another change in strategy in 2001, when Joe left the company. Any change in strategy that you implement has a deep effect on the personnel, R&D and market focus. Unfortunately, the series of short-term changes and the turnabout of McQuay, ensured that it stayed a distant fourth amongst the big US HVAC players. McQuay’s fate was to change again in 2006, when it was acquired by Daikin Industries. This time, the parent company acquired McQuay not to sell it off in a few years but to fully integrate it and transform it as part of a true HVAC global leader. While the products have tremendously improved, thanks to the big R&D investments since 2006, what really changed was the company culture and long-term approach to strategy.

As a result of my disappointment with McQuay, I decided to get out of air conditioning altogether. Still, I did not want to move out of Lebanon, as my family was thriving and happy there. Prior to arriving in Lebanon in 1997, to take up the General Manager position, my wife and I had been married for 10 years. By 1997, we had moved six houses and had three children. Despite all this, if I managed a sense of equilibrium, the full credit goes to my wife, with whom I have a great rapport. I believe that unless your spouse supports you and is adaptive and carries the weight, you cannot make it through such moves or through such a demanding career. I thought that starting 2004, we would settle in Lebanon and seek a slower pace to provide space for the children to grow.

In 2004, and after leaving McQuay, I was offered the distribution for Lebanon, which I accepted and established AMI sarl, a family business. But personally speaking, I was no longer passionate about HVAC and started to spend time away from the “ageing industry”, as I called it. I explored environmental technologies – the aspects that interested me the most were water issues, solar energy and smart buildings. Eventually, I discovered that my passion was in water, the scarce resource that is so vital for life and for a clean environment. I undertook as exhaustive a study of water as possible, keenly focusing on domestic wastewater treatment for reuse in various applications. Water is still a passion, and I see myself contributing, one way or another, in finding solutions for users in the MENA region, which is the most water-distressed zone in the world.

Unfortunately and suddenly, in 2006, war hit Lebanon yet again. I was shaken out of my idyllic existence. My eldest son was turning 17. Something about his age resonated with my own experience, when I had to leave due to war back in 1979 to study in the US.

The decision was taken – as a family, we moved to Philadelphia, which was MJ’s birthplace and where we had got married, in 1987. As much as it was hard to leave, we had to, in order to secure the education of our children. Though we shifted our base to Philadelphia, I continued to travel to Lebanon and the Middle East region while at the same time consulting for US-based companies looking to expand business to the Middle East. The companies I assisted were in the fields of new energies and water treatment.

During the height of the war, Fernando Corral, a previous board member of McQuay Espana, and a friend, got in touch with me to see how I was managing and to offer any assistance he could. In his capacity as Managing Director of Daikin Spain, he asked me to consider working with Daikin. Knowing that I was disillusioned with the air conditioning industry, he insisted that I take a look again, especially considering that McQuay had just been acquired by Daikin Industries. He basically told me, “Daikin is a very dynamic company that thinks long term. It is a cut above any other company you came across. I am sure you will thrive in it, and we can use talent like yours.”

Caudio Capozio, COO of McQuay Europe, was also looking to fill the Managing Director position for McQuay in Dubai, and he encouraged Daikin to consider me. Despite my apprehensions, I decided to give it a shot and asked to meet Daikin Europe senior management for an interview, in Brussels. Even today, I am able to recall the experience of that visit to the last detail. I can safely say that the minute I stepped into the Daikin office, I sensed the power and the winning culture of the company. Suddenly, I wanted to be back in HVAC.

I met with Daikin Europe President, Masatsugu Minaka and the European senior management. It was an instant falling in love with HVAC all over again. Earlier in Lebanon, I had told my wife I would never go back to the HVAC industry, but at that moment in Brussels, I decided to join Daikin, because I could see what the company could do for McQuay and how it could transform McQuay into something dynamic.

Today, I can say with utmost conviction that we have a totally different culture in the company. And I am Daikin and not McQuay. The correct way to say it would be that I am working in the McQuay section of Daikin.

I joined the McQuay Dubai office in 2007 as a Managing Director and a bachelor. My wife and I decided to live separately for a year, so my eldest son could complete his last year in high school without another disruption. He had to apply and be accepted to a good college, and a move would disrupt the process. My task was to prepare McQuay for the integration with Daikin Europe Middle East branch. It was an intense year, with the challenge being to find the best possible way to merge and transform the two companies into one. The Daikin Middle East office was next door, and my counterparts in Daikin and partners in this effort were Shinichi Tachikawa and Saidja Geirnaert. We started with two business models, two company cultures and two organisations. It was a challenging, very rewarding and a growing experience, as we had to still run the business and manage the day-to-day tasks while pushing for a full speedy integration. I joined in July 2007, and the integration was completed in August 2008. It was a full integration from a legal, organisational and strategic perspective. In the April of 2008, when we announced the integration in a joint meeting between the two companies, we could sense the challenge – the McQuay personnel sat on one side, and the Daikin personnel on the other side of the meeting room. It was a silent but loud reminder that unless the integration is felt and practised individually no strategy will work. Today, it is a different story altogether. I can proudly say that if you walk into the offices today or interface with any of our staff, you will not know who started out as a McQuay employee and who as a Daikin employee. We are all one team, and the Daikin culture is the uniting culture. Yes, some will sell a McQuay chiller or a Daikin VRV, but we are all Daikin McQuay and support one another. There is no fault line, and the integration has proved to be a strong bonding experience. Today, it is one culture, one future with big plans, and all are pulling in the same direction.

Comfort cooling: the district cooling approach

As a company, we have supplied various district cooling plants as well as mega plants. The Business Bay project of Empower, the Jebel Ali Metro station project of Tabreed and two plants at Palm District Cooling immediately come to mind. We have also supplied to TAS and Stellar for their packaged plants. In Qatar, we have many projects of large tonnage already installed, such as Khalifa Stadium, Barwa City and those related to the Qatar Foundation. In Kuwait, we have many large plants for PAAET and others.

Furthermore, and thanks to the ADC (Applied Development Center) at McQuay in Minneapolis, Daikin is constantly investing in new technologies for compressors with large tonnage. I dare to dream that in three years, we will have the most advanced, energy-efficient chiller line-up for district cooling applications and large plants, in general.

We have always believed in district cooling as a solution for the region, and we are investing to support it in infrastructure, organisation and products. We also believe that district cooling will offer a good environmental solution and an overall cost-effective solution. However, in the context of the sudden collapse of the construction boom, the current business model of district cooling failed. I strongly believe the model should be reviewed to ensure its sustainability. District cooling makes sense if the required load and the provided load are balanced, in the sense that there should not be excess capacity.

It would also make sense if electrical utility rates are set to encourage district cooling companies in order to justify the big investments. It is also equally important to lift electrical subsidies to ensure that end users resort to efficient systems, even in the standalone model. This environment would be conducive to district cooling, the aim of which is ultimate electrical savings and environmental protection. The end-user, developer, economy and the district cooling company need to operate in a coordinated manner. If any of these factors fall out of place, all will be negatively impacted. Despite the fact that users of district cooling suffer from high rates, district cooling companies have failed financially. Thus district cooling companies and operators must be more selective in choosing which projects to invest in. Banks are now doing project financing, so that would put a third party, a neutral assessment, to make sure if a project is viable or not.

In my view, district cooling is an option not only for new developments but also for existing cities that are still using ageing air conditioning plants, such as air cooled chillers supplied in the 1980s and early 1990s. The building industry in Saudi Arabia is old compared to the industry in the UAE. It is densely dotted with buildings that use old technologies. If you can do district cooling and install cooling water pipes in the cities, you will see a huge shift in energy efficiency. In the Saudi context, it makes sense to replace chillers on the roof and give chilled water at much higher efficiencies and at a financial benefit to both the end user and the district cooling company. Upgrading old equipment for the individual owner requires a heavy unexpected capex, and they would certainly opt for district cooling, if given the chance. This model would also ensure that district cooling companies would build a plant to match the needed load, since it is measurable and real and not speculative. For new developments, district cooling will work if the load and capacity are developed at the same time.

The standalone approach

When it comes to standalone, efficient systems do exist. Water-cooled systems, available for district cooling, can be applied for standalone buildings, subject to scale applicability. For instance, water-cooled 1,000 TR systems are very efficient. This would require proper investment in equipment and in the skills of the operator and a proper maintenance regimen to ensure that the energy efficiencies are achieved and maintained. A water-cooled system, unless of a certain scale, say 10,000 TR and above, would be financially difficult to optimise and manage for a standalone. They would be better off by opting for air-cooled systems. They should still choose a high-efficiency, air-cooled system, which is more expensive than the current industry norm in a region, characterised by subsidised electricity and by an absence of regulations to promote energy-efficient practices.

In standalone, unfortunately, the building developer is driven to minimise his investment and is not concerned with the lifecycle expenses. The contractor, under pressure for submitting a competitive bid, will try to do the job at a minimum cost. And you have the developer that builds to sell, so his priority is capex and not opex. In other words, naturally, he will not want to invest in highly efficient air-cooled or water-cooled systems. For the industry trend to change you will need government regulations or power utility systems to deny permits unless a minimum efficiency is met. This type of regulatory structure is essential in a speculation-driven market. Until regulations are enforced, standalone will remain energy inefficient. For a developer who would build to own and operate, he would invest and look at lifetime-cycle costs, and our task as a supplier is to avail the highest possible energy-efficient systems with optimum lifecycle costs and efficiencies.

The Daikin VRV system is revolutionary and took Europe by storm in the 1990s. Even where a VRV system does not apply (in large-scale projects), air-cooled efficient screw technology is also available and desirable. The route ahead involves putting efforts to educate and, hopefully, shifting the trend in the market, so it aspires for efficiency in standalone systems.

If the utilities or the municipalities decided, “Hey, let us commit to introducing regulations and enforcing them”, they will solve the power and environment needs. Unfortunately, they are not doing that. That’s an obstacle for standalone systems. If I want to be utopic, all the suppliers should get together and agree not to promote anything below a certain efficiency level. In that regard, I encourage Climate Control Middle East to be a mediator for the industry, to get the big MNCs to say, “We will not sell below a particular efficiency as a code of honour.”

Mentors in my life

My father immediately comes to mind, all along and not just at work. I also had a few mentors in smaller degrees along the way in school, university and at work. I also had people that I learned from in not so positive a way. In other words, by seeing what they have done and the impact it left on others, I learned what not to do. I have also learnt and continue to learn from my children, by observing their way of growing and discovering the world. For sure, my wife has been and continues to be a fantastic influence on me.

I am indebted to my father, my mother, brother and two sisters, without whom, at various stages of my life, I could not have reached where I eventually have. I am indebted to my wife. Things do not happen in a vacuum. We tend to get the glory at work, but it is only possible owing to a strong support structure at the home base. She was a partner all along and supported me through all the relocations and uncertainties and challenges I have encountered.

Daikin, as a culture, is a current mentor. The Daikin culture reflects the Japanese culture, which is based on consensus, respect and absolute credibility. And not to forget, proper manners and etiquette. I was in Japan during the recent earthquake, and Daikin CEO, Noriyuki Innoue headed a task force to look after the earthquake victims. Within 48 hours of the earthquake, the task force had called our 16,000 employees in Japan to check on their families and houses. Luckily, we did not suffer in our factories, and we had no injuries amongst our employees or family members, although many homes were damaged. Daikin further continued to check on their suppliers and business partners to check on their well being. The company implemented a support system, all the while maintaining focus on the business-related work and maintaining a calm demeanour. And this is the culture we have in the company. And it is inspiring for all of us.

My family

I have three children – Kevin, 21; Patrick, 18 and Grace, 16, who is studing for IB in Grade 11 here at the Dubai American Academy. Kevin is at Macalester University, in St Paul, pursuing a double major in History and Anthropology. Patrick is at Northwestern, Chicago, also pursuing a double major in Electrical Engineering and Neuro Sciences.

My wife, MJ, is terrific. She studied English and Arts and worked early on in the retail industry in the US as a fashion designer. She is well versed in children’s literature and is a published author. She has written a book, called Lebanon 123 and co-written another, called Lebanon A to Z.

My interests

This might sound boring, but I am passionate about work. I find a lot of fulfillment and personal growth in my current work. I am balanced, though, with my family being the other side of the equation. And by family, I mean my inner family, my family in Lebanon, my in-laws in the US and my mother’s side of the family in Panama.

As for sports, I play squash with my kids and chess (when they accept). And I work out in the gym on a regular basis. I am also an avid movie-goer. I also like to read and am fond of legal thrillers, history and political science. Right now, I am reading The 360 Degree Leader.

My approach to life

I believe we are all born equal regardless of our race, country, culture or religion. We should take no credit for who we are compared to others that are less fortunate in their start. I keep in mind that our current success follows our past failures and may be, in turn, followed by other failures. I used to see and judge people and things with a black and white approach. Today, my vision has many grey areas. I believe we do not know enough to judge others, and every human being has the chance to grow and be better even up to the last second of their lives.

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Harnessing the sun to cool the Cup

Innovatively exploiting solar power to control the climate of the stadia in Qatar will not only make the World Cup carbon-neutral, but also pay dividends beyond

Innovatively exploiting solar power to control the climate of the stadia in Qatar will not only make the World Cup carbon-neutral, but also pay dividends beyond the event and across the region, argues Martin à Porta.

The announcement of Qatar’s successful bid to host the 2022 Soccer World Cup has taken, if not all, at least most of the world by surprise and has thrilled Qatari nationals and residents. A controversial decision, which saw the public opinion divided, created a wonderful opportunity to boost Qatar’s economy, increase investment into renewable energy harnessing technology and put the Middle East on the sporting map.

Much of the talk has revolved around the extreme weather Qatar faces during the summer months. Consequently, a great deal of interest has been placed on where the games will be played and what measures will be taken to ensure that players and fans are kept comfortable during the sweltering summer heat.

Temperatures in Qatar in June, when the tournament will take place, can reach heights of 40°C and more – conditions that will have an impact, not only on the physical exertion of the players involved in games but also on the thousands of fans who will descend on the country to cheer for their teams.

It was proposed at one point that the tournament should be moved to the cooler winter months. But this was roundly dismissed by Qatar’s Sports Minister and dignitaries from the international soccer fraternity as being disruptive to major domestic leagues.

A point of contention has been the need to keep stadia and spectator-stands cool – a tall order when energy consumption is already at its seasonal peak. Qatar’s commitment to tackling this challenge will have global implications for advancing the products and solutions which utilise renewable energy resources and reduce carbon footprints, not only in the sporting world but also in a variety of other sectors.

New world-class stadia are expected to be built in Lusail, Al Khor, Al Shamal and Al Wakrah, while the existing infrastructure of the stadia in Al Rayyan and Al Gharafa will be upgraded to meet capacity and cooling requirements. The stadia could be cooled by solar energy, which can be used to power a defined area like a stadium’s cooling system, as well as all other auxiliary systems, with the resulting cool air pumped throughout the stadium, particularly on the pitch and spectator areas. Alternatively, solar heated/super heated water/steam, which transfers its energy to the cooling system in the stadium, can efficiently produce cool air.

Eventually, at a later stage, other buildings could be connected to this network, increasing the longevity of the solar plant beyond the time when the World Cup is over and the cooling demand of the stadia has fallen.

Utilising solar power to control the climate of all stadia will result in neutral carbon balance. The stadia could utilise photovoltaic solar panels, which generate electric power by using solar cells to convert energy from the sun into electricity. During matches, power will be drawn from the electricity grid, which would be offset by the energy generated by the solar panels during the day. This translates into net gains, as less power being used than generated.

Alternatively, regionalised Concentrated Solar Power (CSP) plants can be installed to provide clean energy to the grid, used in turn for the power requirements of the stadium and surrounding infrastructure. In addition, these CSP plants can be used for water production, either as a clean energy source or for steam production in desalination plants.

Major sports events, such as soccer matches, usually require a huge power supply for a short, defined period, which can easily reach the range of hundreds of megawatts. With the help of intelligent grid and building systems, this consumption can be reduced by up to 20%. If the remaining energy requirement is supplied through renewable energy sources, such as solar and wind, it would be possible to achieve carbon-neutral operation for the sports facilities. In combination with eco-friendly transportation and lighting systems, this is an important contribution towards achieving the international climate protection goals.

Combining intelligent building systems with a smart power grid supplied with renewable energy sources make large-scale events more environmentally friendly. It also enables the general growing demand for energy in the Middle East region to be met in an efficient and carbon-neutral way.

The solar energy available in the Middle East, which according to a report by the Electrical Engineering Department at King Saud University, equates to 3,000 to 3,500 hours of sunshine per year, with more than 5.0 kW/m2 of solar energy per day, which can be used effectively to generate power for large-scale events. Concentrated solar power plants can feed electricity to the general grid and produce steam for air conditioning and drinking water supply in nearby cities or event venues. This technology can be supplemented with photovoltaic systems installed on the roofs of parking shades and other buildings connected with the stadia.

Once installed, the technology for supplying power to sports venues can be used to develop further eco-friendly urban infrastructure – a huge advantage for any fast-growing city with a strong commitment to environmentally friendly energy solutions.

Today, more than 40% of the world’s energy consumption stems from buildings. Of the amount, 85% is used for cooling and heating systems, and 15% for lighting and other electrical applications. The technology to reduce emissions and increase efficiencies with the use of renewable energy sources is available.

Qatar, as well as the rest of the GCC, is committed to reducing the use of natural fossil fuels by using such renewable energy sources. Photovoltaic- and Concentrated Solar Power-based solutions can significantly support this commitment.

The next 10 years will be hugely significant in terms of the global energy debate, as we expect renewable energy sources to reach wholesale parity with traditional resources in this time period. With the amount of investment and development reported in Qatar, and indeed, across the whole of MENA over the next decade, the region will have a crucial part to play in enhancing and developing current and future ways in which we generate and consume energy.

The writer is CEO at Siemens WLL Qatar. He can be contacted at martin.aporta@siemens.com.

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At a crossroads

The lingering downturn offers the ideal opportunity to the HVAC industry on how to approach the comfort-cooling needs of the region

The lingering downturn offers the ideal opportunity to the HVAC industry on how to approach the comfort-cooling needs of the region in a manner that is financially and environmentally sustainable and, at the same time, respects the needs of end-users for a cost-effective and reliable regimen. By B Surendar

B Surendar

B Surendar

The construction boom in Dubai in 2002 and the subsequent developments in Abu Dhabi triggered the ascent of district cooling in the GCC. With the announcement of one mega project after another, district cooling took centre-stage as the approach of choice and as even the be-all and end-all solution to comfort cooling needs. With it came a string of bad practices, though, be it over-designing to capacity and the resultant profligacy when it came to tunneling chilled water piping networks or haphazard financial structuring.

Such was the euphoria, though, that all these were glossed over. In conference after conference, any talk of the need for best practices and a quality-based approach to comfort cooling was drowned in the buzz.

And then the downturn happened, and it brought in its wake a realisation of the grave errors. As projects either slowed down or were suspended, many of the chilled water networks suddenly came to represent ‘dollars lying buried in the sand’. A reverse situation involved those buildings completed on schedule. Quite a few were designed to receive chilled water; however, their owners soon discovered that the district cooling companies contracted to provide them the chilled water were no longer in a position to connect them to their plants, considering it was prohibitively expensive to dig chilled water networks. In desperation, the owners had to eventually invest in standalone chilled water plants.

Yet another issue that came to the fore involved the end-user community. For long ignored during the euphoria, the end-users began to demand a better quality of service. The most common complaints were inadequate cooling to their apartments or villas and what they felt as exorbitant demand charges levied on them. Naturally, they resisted, causing crease-lines to appear on the district cooling establishment.

Things came to a head when Faisal Al Kamali, the Head of Infrastructure at Aldar Properties, famously declared during a September 2010 conference in Abu Dhabi that he was not averse to the idea of opting for standalone systems in place of district cooling for future mega-projects. Standalone systems, he said, involved far less capital expenditure and, in a 20-year lifecycle, cost substantially less than district cooling systems, in terms of operations, maintenance and replacement of equipment.

For several decades, standalone systems have been the approach of choice in Dubai, Abu Dhabi and other GCC entities. They have been popular precisely because they have come at a substantially reduced capital cost. Standalone systems enjoy 90% market penetration in the UAE and 93% in the rest of the GCC. For long, though, standalone systems, like window air conditioners and splits, have not known to be energy efficient. The construction industry embraced them, though, because energy efficiency was not a prominent term in the world’s lexicon and consciousness. With awareness towards global warming building up, questions started being raised about the greenness of standalone systems. And that was how district cooling came to the fore.

Today, though, proponents of standalone systems claim that they have champions in VRVs and VRFs. While fulfilling the main demand – lower capital investment when compared to district cooling – the new standalone systems, the proponents say, also score high on energy efficiency.

This has opened up an interesting possibility – that standalone systems can compete shoulder to shoulder with the best that district cooling has to offer and can ease the uncertainty engendered by the downturn. It no longer has to be district cooling as the be-all and end-all solution, the proponents of standalone systems argue. Instead, the industry can adopt a horses-for-courses approach and choose what is best for a given application.

It is important for the HVAC industry to understand and embrace this paradigm shift. The downturn has provided opportunities for all. While it has opened the doors wide for the new types of standalone systems, it has provided the district cooling industry an opportunity to realign its approach and to adopt best practices that will stand it in good stead. These include designing as per load requirements, evolving a mechanism of off-take agreements, based on load profiles, and identifying the parties that should bear the costs for laying the piping networks. An off-take guarantee is one of the key elements that banks look for while financing projects. Equally, the district cooling industry should pump for regulation, be it in securing treated sewage effluent (TSE) or power – at rates conducive to its requirements. For this, though, it has to present a convincing and compelling story of how it can benefit the utilities in their search for power security and how, considering power subsidies are unsustainable in the long run, district cooling is the way forward in applications best suited to it. And perhaps most important, it has to win over the end-users by adopting a tariff mechanism that is fair and balanced, and by educating them on the benefits of district cooling and on how the savings are being passed on to them. And for this, it should start with installing reliable sub-metering systems that are easy to access, maintain and operate.

No one has questioned the effectiveness of district cooling. Indeed, examples abound of successful district cooling and district heating regimens in the US and in northern Europe and of how they have shaved entire megawatts of energy off the power grids and brought succour to the electricity utilities. At the same time, it must be remembered that the success of those regimens have been based on sound qualitative principles of proper design and management practices, all the while keeping the interests of end-users in mind.

In all, district cooling and the new wave of standalone systems represent the way forward for the HVAC industry in its bid to provide comfort cooling in a cost-effective, environmentally sustainable and reliable manner. The onus is on the industry to propose the right approach on a case-by-case basis, so that the outcome matches the intent. The GCC needs the support of the HVAC industry from a broad perspective. At the height of the boom, the talk was that the GCC would need 15 million tonnes of refrigeration (TR) by 2015, though it must be added that even then, some greeted the estimate with incredulity. Given the current circumstances, the figure has been substantially readjusted, but there will come a time when 15 million TR will be a necessity. Saudi Arabia needs to build more homes for its burgeoning population. According to current estimates, the Kingdom requires 15 million homes by 2015, and all the units will need cooling. The UAE, in the context of the recent unrest in northern Africa and in Bahrain and in Oman, is perceived as a safe haven, and as such, is likely to attract businesses and those seeking employment, which will lead to an increase in occupancy of buildings and, thus, an increase in demand for projects. And Qatar, with the 2022 FIFA World Cup as a target, also will see a ramp-up in comfort cooling demand, though the question remains – what after the tournament? But that’s beside the point.

For all the cooling, a key requirement is power. It is common knowledge that air conditioning accounts for 70% of the total power consumed by a typical building in the GCC. An increase in population and the resultant increase in demand for residential, commercial and mixed-used developments will see power consumption increase by several notches, something that the GCC would like to keep in check. Already Saudi Arabia is battling with the issue. Currently, the Kingdom produces eight million barrels of oil a day, of which it consumes three million for domestic purposes, including for power generation, leaving it with only five million to export. The demand for oil for domestic consumption is increasing by eight per cent a year, which if left unchecked, will result in a scenario where more than 50% of the oil produced in a day, will be needed to run power generators. Saudi Arabia needs a solution, and air conditioning and co-generation systems constitute that. The rest of the GCC countries also need a solution. When viewed from that perspective, the HVAC industry needs to rise to the occasion – and urgently at that.