Indian wins Dh100,000 car from Dubai Traffic Police


Dubai announces more incentives for drivers accumulating white points

70914036Jayaseelan receiving the prize from Dubai Traffic Police (SUPPLIED)

An Indian national was awarded a Dh100,000 car by Dubai’s traffic police for accumulating sufficient white points that made him an ideal driver in the emirate.

The man, Jayaseelan, was picked from among 700 drivers shortlisted by Dubai’s traffic police after they gathered the maximum limit of white points in one year, during which they did not commit any traffic offence or were involved in an accident. Jayaseelan has been awarded Chevrolet Cruz.

Dubai introduced the unique white point system, the first in the region, couple of years ago in a bid to encourage drivers to respect traffic rules as part of a long term strategy to curb accidents and attain its zero death target on roads.

“We honour 700 drivers who collect the maximum limit of white points every year but we intend to increase that number to 1,000,” Dubai traffic police chief Major General Mohammed Al Zafin said, adding that at least one car would also be awarded.

The Indian driver, a private sector employee, said he could hardly believe it when he was called by the police and told about his reward.

He said his children are “very happy” for him and that he is planning to hold a party after receiving the car from the traffic police.

#Dubai Police patrols now go for #Ferrari after a #Lamborghini


It appears Dubai Police isn’t satisfied with just a Lamborghini Aventador in its fleet of patrol cars.

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What else could match up you ask? How about a Ferrari?

Dubai Police authorities have mentioned on its official Twitter account that the zippy car will be added to its fleet, with the confirmation coming from the Lt General Dhahi Khalfan Al Tamim, Commander-in-Chief of the Dubai Police, himself.

The tweet simply reads: “Lt General Dhahi Khalfan: Soon Ferrari will join Dubai Police fleet.”

However, the model has not been confirmed, neither has a prototype image been released as yet.

Chances are that a 458 Italia could very well fit the bill, going from 0 to 100km in a mere 3.4 seconds.

Here’s one patrol car you just may find difficult to outrun.

Last week, Dubai Police unveiled its latest addition to the fleet of patrol cars, with images of the Lamborghini Aventador going viral online.

This was added to the Chevrolet Camaro, which was confirmed last month by the authority, with images of its two-door prototype also being released online.

In a statement, Dubai Police has confirmed it will soon introduce sports cars into its fleet to enhance its patrolling abilities.

Lieutenant-General Dhahi Khalfan, in the presence of Major-General Abdul Rahman Mohammad Rafi, Director-General, Department of Community Service, and Brigadier Pilot Anas Al Matrooshi, Deputy Director of the General Department of Operations for Transport and Rescue, are reviewing the new cars.

The sports cars have been designed according to Dubai Police specifications and ‘will help to facilitate policing on highways’, according to the authorities.

News of the Ferrari had many on Twitter cheering the new addition to the Dubai Police family, with tweets such as this one from Stranger Buddy saying: “Wow, I assume it will be a world record to have Ferrari for police patrolling. Keep it up. Dubai deserves the best.”

Don Joe Martin wrote: “Dubai Police is going to increase the standard of policing the world over. I love Dubai.”

Kaveen Amarasinghe posed the question that’s currently on everyone’s mind, asking: “Dubai Police, just curious to know if these cars will be used for patrolling purpose or anything else?”

Only time will tell. But needless to say, the emirate’s patrolling fleet looks poised to set a world record for being number one in style stakes.

Ferris wheel to tower over Dubai


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Dubai‘s skyscrapers are seen with the Burj Khalifa, the tallest tower in the world at a height of 828 metres. A 210m-tall Ferris wheel will soon be the newest addition to the skyline.

Dubai’s ruler has approval a US$1.6 billion (NZ$1.9b) island development project that would be home to what’s billed as the world’s biggest Ferris wheel.

The project reflects a renewed appetite in Dubai for extravagance as the economy rebounds from a debt-driven slump during the past three years.

The official WAM news agency said Wednesday that the Ferris wheel – dubbed the Dubai Eye – will stand 210 metres (688 feet), exceeding the London Eye‘s 135m (443ft). Construction is set to begin this year.

Dubai has proposed a series of mega projects reminiscent of its boom years before the downturn hit in 2009. The projects include theme parks and a satellite city named for Dubai’s ruler, Sheik Mohammed bin Rashin Al Maktoum.

AP

#Dubai’s underwater hotel promises submersible luxury


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Dubai‘s fascination with bombastic architecture has moved below sea level thanks to the announcement of The Water Discus — billed as the world’s largest underwater hotel.

With an aesthetic not too many light years removed from the Starship Enterprise and an evacuation mechanism not dissimilar to that of a cafetiere plunger in reverse, the design by Polish firm Deep Ocean Technology reveals a hotel split into two parts — one permanently above the water and the other capable of submerging to a depth of 10 metres.

The submersible part of the hotel is intended to contain 21 hotel rooms as well as an underwater diving facility and a bar. Deep Ocean Technology are also keen to point out that from this location visitors will be able to observe the minutiae of the lives of their aquatic neighbours:

“Special lighting system of the area around the room and the miniature underwater vehicles which can be operated from inside will allow you to take a closer look at even the most microscopic underwater creatures using macro photography.”

Although, that said, they are less keen on fish and fellow guests being afforded the same prurient privileges:

“We also ensure that our guests can protect their privacy whenever necessary. All rooms are sound-proof and have curtains of different levels of transparency.”

President of BIG InvestConsult AG (a Swiss firm who have partnered with Deep Ocean Technology for the project) Bogdan Gutkowski previously informed World Architecture News that The Water Discus is also intended as an environmentally conscious research centre as well as a tourism hub.

“We would like to create here in the UAE the International Environmental Program and Center of the Underwater World Protection — with Water Discus Hotel as a laboratory tool for ocean and sea environment protection and research.”

By Philippa Warr

The Largest Man-Made Marina In The World


 

 

dubai marina
The vision of Dubai Marina is to create an awe-inspiring city-within-a city that delights residents with its cosmopolitan, free-spirited atmosphere and unique, invigorating lifestyle. It will be an urban centre on the water, comparable to the most exclusive waterfront developments in the world’s leading cities. Dubai Marina is unlike anywhere else in Dubai, the Middle East and even the world.

Ryugyong Hotel North Korea


rygyong
The pyramid-shaped structure Ryugyong Hotel is not in New York, Hong Kong or Dubai. Instead, it is in Pyongyang, capital of one of the most impoverished countries in the world.The 105-storey structure has been blighted by construction delays, ridiculed by the west as ostentatious, and proved an embarrassment to the North Korean regime.

Vertical Farming – Good,Bad & the Ugly


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Vertical farming can be described as a contemporary concept (first proposed as recently as in 1999) which is actually a defining amalgamation of urban and rural fabric of life. It calls for commercially viable crops to be cultivated and grown inside multi-storey buildings that will mimic a wholly sustainable ecological system. So, it’s a fascinating proposition that can perfectly harmonize with the spatial and natural elements to produce food for humanity’s need. Moreover, it can be logically argued so, albeit with some disadvantages.

 

THE GOOD

1. Farming in the future:

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If we think about the future with the population increasing exponentially, we are clearly running out of space for important sustaining production activities, such as farming. In this case, a concept like vertical farming can prove to be an efficient spatial management system. The vertical alignment does not put pressure upon the overall density of an area, just like skyscrapers.

2. Other advantages:
A plethora of other important advantages can be associated with vertical farming. Chief among them would be the lessening of transportation costs, as skyscrapers will produce the bulk of the food inside them. Moreover, it will in effect prevent some degree of deforestation, sprawl and other adverse aftermaths of agriculture. Even the environment in which the food will be produced would be a stringently controlled greenhouse for greater crop yields and will nullify the need for pesticides and fertilizers. The convenient consequence would be much cleaner cities with reduced global warming effects.

Can this be better?
Comprehensively yes, as vertical farming can epitomize the green way of life with its holistic approach. In the current situation, diverse strands of natural perennial vegetation (such as prairies, savannahs, and forests) feature monocultures of weakly rooted, soil-damaging annual crops such as corn, soybean, and wheat. Their output is only increased by greater consumption of fossil fuels. So vertical farming can act as a much sustainable alternative by negating such fuel’s usage.

THE BAD

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We are talking about how vertical farming can significantly reduce transportation costs, but, on the other hand, it should be taken into account that transportation industry does form an important part of our overall economy. So occupations like farming, delivery drivers, garbage collectors and even garbage scavengers will be placed at a disadvantage. Moreover, once vertical farming is integrated within a skyscraper, it would require copious amount of natural daylighting for the farm to be nourished. This can increase the interior temperature of the building during daytime, and substantially reduce the temperature after sunset (because of transpiration). Hence, more energy will be expended on heating and cooling systems, than that being saved by natural daylight.

Can this be avoided?
To some degree – yes, but for that artificial lighting has to be adopted optimally for a specific time of the day, which can strike a balance between the amount of energy expended and the production. Moreover, that would require the whole technology to advance more than just being a Utopian idea. As for jobs, there should be an efficient and logical program that can recreate employments for these people in the field of vertical farming itself.

THE UGLY

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Vertical farms have a long way to go before they can be put into actual practice. Even before it comes into everyday existence, a lot of research needs to be done especially in the fields of industrial microbiology, hydrobiology, engineering, physics, plant and animal genetics, waste management, public health and urban planning. However, the biggest problem lies with the cost effectiveness of the system, as scientist and anti-global warming activist George Monbiot calculated that the cost of providing enough supplementary light to grow the grain for a single loaf would be almost $10 or more! Some moderate estimates say that initial building costs can easily be over $100 million, for a 60-hectare vertical farm. Now add to that the high office occupancy costs in major cities like Tokyo, Moscow, New York, Dubai, etc.

Why are we so critical?
The power required for a vertical farm can be 100 times more than the amount of light required by people working in office buildings. There are problems of even light pollution, especially during the night time when the greenhouses have to utilize artificial light. Summed up with the high cost, such a conception can seriously affect the magnitude of total energy usage in our economy.

The Bottom line:
Vertical farms can effectually prove to be the alternative venues for agriculture, only if certain inventive measures are taken. For example, vertical farms could produce their own power by tapping into local renewable sources (solar, wind, tidal or geothermal) as well as by burning biomass from crop waste. However, one should remember that sustainable technologies should be employed in the first place to reduce the impact on overall energy consumption; and not the other way round.

Source: BrightHub

 

 

 

Manipal Hospitals to Raise $100 Million for Expansion Plans


 

manipal

Bangalore: To fund its expansion plans, Manipal Hospital is to raise almost a $100 Million India Value Fund Advisor (IVFA) by offering minority stakes. The group is planning to use the fund to upgrade the current facilities and technology used in the Hospitals and is eyeing on increasing the bed capacities of the Bangalore, Mangalore and Goa centers.

Manipal Hospitals led by Ranjan Pai had raised about $20 Million from Kotak Private Equity Group earlier in 2010. By 2014, the group wants to establish Greenfield multi-specialty hospitals in Pune, Hyderabad and Bhubaneshwar.

IVFA, which has been actively participating in deals happening in the health sector, was planning to acquire the Ahmedabad based Sterling Hospitals. The group that already holds stakes in Dubai based DM Healthcare may support Manipal to perform acquisitions in an industry where many small and independent hospitals are open to deals. Manipal has over 4,400 beds across 17 hospitals and serviced 1.8 million patients last year.

“Manipal may fetch about $280 Million valuations, giving the new investor a fairly large minority stake. They are in active discussions with three funds, including IVFA and an agreement may be reached soon. The initial deal may fall anywhere between $50 Million and $100 Million,” reported Times of India.

 

World’s Most Stunning Metro Stations


Metro is still a very new concept for many in India whereas the west and the rest of the world have implemented this beautiful mode of transportation long before it was imitated by India. Moreover, these countries have also made their transition in the metro more creative by having characteristic artistic design that can identify each stop. Colorful walls, artistic sculptures and beautiful architecture make time spent in the metro worthwhile.

Here is the list of the most stunning stations that make you chuck your car and hop on a metro:

  Stockholm Metro (Sweden)

Stockholm Metro (Sweden)

Stockholm Metro was first opened in 1950, and today the system has 100 stations in use, of which 47 are underground and 53 above ground. The metro is 105.7 kilometres (65.7 mi) long. It was the idea of artists Vera Nilsson and Siri Derkert to use art to beautify the metro stations. Today, besides holding art exhibitions, the works of more than 100 artists are showcased across 90 stations in the country.Since the mid 1980s, the Stockholm Metro has been seriously affected by graffiti. Previously a train on which graffiti had been painted could remain in service for weeks and graffiti could remain in place at stations for months if not for years. Nowadays, however, trains with graffiti are taken out of service immediately and graffiti at stations is regularly cleaned up within a few days.

Paris Metro, France

Paris Metro, France

Paris has one of the densest metro networks in the world, with 245 stations within 86.9 km of the city of Paris.

There are 300 stations on the route. Paris is the second busiest metro system in Europe, after Moscow. It carries 4.5 million passengers a day and an annual total of 1.479 billion (2009). The first line opened without ceremony on 19 July 1900. Designed by Hector Guimard, the Metro is famous for its architecture. Standard vaulted stations are lined by small white earthenware tiles, chosen because of the poor efficiency of early twentieth century electric lighting. From the outset walls have been used for advertising; posters in early stations are framed by coloured tiles.

 Kievskaya Metro, Russia

Kievskaya Metro, Russia

Kiyevskaya features tall, octagonal pillars topped with elaborate capitals. The pillars were originally faced with Armenian onyx, but this was replaced with yellowish Gazgan marble after ten years. The platform is intricately patterned with Ukrainian designs executed in red, white, and gray granite. The three rows of circular ceiling coffers originally housed incandescent light fixtures but these were abandoned in favor of the current three-bladed fluorescent lamps in the 1960s. Built in 1954, the station stands out in terms of its great design and beautiful art. The artwork is inspired from Ukrainian life and folk motifs.

Athens Metro, Greece

Athens Metro, Greece

As of December 2010, the system served 33 stations. It is being heavily used, earning a daily ridership of more than one and a half million passengers. During the construction of the metro tunnels, numerous artefacts of archaeological interest were discovered. Their discovery was brought about as a result of what is known as salvage archaeology. They protected and recorded the archaeological evidence that was uncovered which included ancient streets, houses, cemeteries, sanctuaries, public workshops, foundry pits, kilns, aqueducts, wells, cisterns, drains and sewage tunnels. Exhibitions of ancient artefacts and/or their replicas can be found at various metro stations, such as those of Monastiraki and Syntagma.

Komsomolskaya station, Russia

Komsomolskaya station, Russia

It is a Moscow Metro station in the Krasnoselsky District, Central Administrative Okrug, Moscow. The Komsomolskaya station is one of the biggest attractions in Moscow. It opened on 30 January 1952 as a part of the second stage of the line. Beginning with the large vestibule located among the former of the two train stations, the building features an immense octagonal dome topped by a cupola, and a spire crowned by a large star and imposing full-height portico with stylised Corinthian columns. Inside amid the Baroque-style ornaments, rich torches and chandelier lights, two escalators descend, one leading to the old 1935 Komsomolskaya-Radialnaya station, and the second to this one. The theme of the design, the Historical Russian fight for freedom and independence, is expressed in eight large ceiling mosaics by Pavel Korin. Designed by Alexey Shchusev, frescoed ceilings, chandeliers and artwork gives the look of a museum.

Alisher Navoi Metro Station, Tashkent

Alisher Navoi Metro Station, Tashkent

Tashkent’s subway owes its grandeur and scale to Russia but its elegant style to the local Muslim population. Finished in 1977 while Uzbekistan was still part of the Soviet Union, it was built amid a flurry of construction after a massive earthquake leveled the city in 1966. Alisher Navoi, one of three main hubs, is a suitably grand affair the signature element being a tight cluster of tall cupolas inlaid with metal in an Islamic design. Each station is unique and has rich showcase of art and replication of folklore, making it one of the most beautiful subways in the world. Tashkent Metro‘s total length is 30 kilometers and growing.

Dubai Metro

Dubai Metro

It is a driverless, fully automated metro network in the United Arab Emirates city of Dubai. The first section of the Red Line, covering 10 stations, was ceremonially inaugurated at on September 9, 2009, by Mohammed bin Rashid Al Maktoum, Ruler of Dubai. The Dubai Metro is the first urban train network in the Arabian Peninsula. More than 110,000 people, which is nearly 10 per cent of Dubai’s population, used the Metro in its first two days of operation. The Dubai Metro carried 10 million passengers from launch on 9 September 2009 to 9 February 2010 with 11 stations operational on the Red Line. At 75 km, the Dubai Metro is frequently cited as the world’s longest fully automated metro network.

Bilbao Metro, Spain

Bilbao Metro, Spain

In total, the Metro has 40.61 km (as of 2009) of rail tracks, with 38 stations (22 of them underground and 16 outside) and 74 accesses (not counting elevators) and 9 substations. Bilbao is famous for its grand stations designed by Sir Norman Foster. Another interesting aspect is the use of energy from renewable sources. Metro de Bilbao has installed brake energy recovery systems that stop the trains more effectively and get energy savings of 33 percent. It was the fourth Metro line to be built in Spain, after those in Madrid, Barcelona and Valencia. Currently, it is the third largest Metro company in Spain by number of passengers carried (87,000,000 in 2009) behind the Madrid Metro and the one in Barcelona.