• listen to your favorite music

• go buy an ice cream or eat your favorite food

• Call your best friend, partner , relatives

• See those who are Unhappy because of any misshapen , disease , poverty

• start doing some creative work drawing , art-craft, singing , writing

• remember your happy moments watch you family videos, pics and picnics with your friend or partner

• travel to your favorite place or go some where new to you

• visit theme parks, water parks, restaurant

• make new friends and hang out with them

Waste water today  Live in a desert tomorrow

Conserve water Conserve life

Water is life Save water Save life

Rainwater tank won’t break the bank

Water, water everywhere but not a drop to drink

Let’s make every drop count

The no.1 water saving device is you

Save every drop don’t let it drop

Save water today it will save you tomorrow

What are the Top ten ideas to make life fit and happier even in global warming?
Now a days living a life in cities and towns is bit complicated as there is no space for love and affection. As streets of the towns are narrow , the people are  also narrow minded and are of conservative at times . Ideas to make life fit and happy in those conditions:

1. One should have a habit of working out early in the morning, this also releases the pressure of days tensions.

2. Children should not watch T.V. for long hours as this may harm there memory cell in the brain.

3. Social relationships should also be there that is a person should make more and more friends by going through the areas around your living place.

4. In the weekends one should practice hobbies of their own to feel relaxed.

5. Try to be happy all the time and laugh loudly when ever you feel like laughing.

6. Dance is must for life as you get relaxed when you dance.

7. One must sleep at night for 8-9 hours at night because it is must for a healthy body.

8. One must not use artificial food items to serve the taste of one’s body as it can be harmful for the human body.

9. To release out the tension of the life it is very important to share things with your life.

10. Jumping is very important instrument to improve fitness and for the growth of the body.

A satellite photo of the Fukushima Daiichi plant showed the damage done to reactors 1 and 3, where there was an explosion on Monday

Technicians are battling to stabilise a third reactor at a quake-stricken Japanese nuclear plant that has been rocked by a second blast in three days.

Sea water is being pumped into reactor 2 at the Fukushima Daiichi plant after its fuel rods were fully exposed twice.

International nuclear watchdogs said there was no sign of a meltdown but one minister said a melting of rods was “highly likely” to be happening.

The crisis was sparked by Friday’s 9.0-magnitude quake and tsunami.

Thousands of people are believed to have died, and millions are spending a fourth night without water, food, electricity or gas. More than 500,000 people have been left homeless.

‘All our effort’

On Monday a hydrogen blast at the Fukushima Daiichi’s reactor 3 injured 11 people and destroyed the building surrounding it. The explosion was felt 40km (25 miles) away and sent a huge column of smoke into the air.

It followed a blast at reactor 1 on Saturday.

Chief Cabinet Secretary Yukio Edano said there were signs that the fuel rods were melting in all three reactors.

“Although we cannot directly check it, it’s highly likely happening,” he told reporters.

?

Both explosions at the plant were preceded by cooling system breakdowns but the Tokyo Electric Power Company (Tepco) said neither blast penetrated the thick containment walls shielding the reactor cores.

It said radiation levels outside were still within legal limits.

But shortly after Monday’s blast, Tepco warned it had lost the ability to cool Fukushima Daiichi’s reactor 2.

Officials battled all Monday and into the early hours of Tuesday to try to keep water levels up in order to cool the nuclear fuel rods, but on two occasions the rods have been fully exposed.

Exposure for too long a period of time can damage the rods and raise the risk of a meltdown.

Four of the five pumps used to administer cooling sea water were believed to have been damaged by the blast at reactor 3.

Nuclear and Industrial Safety Agency official Ryohei Shiomi said reactors 1 and 3 had “somewhat stabilised” but “unit 2 now requires all our effort”.

A Tepco official later pointed to some improvement and said the company did “not feel that a critical event is imminent”.

Pressure has been released from the containment vessel, reducing the risk of a catastrophic explosion, but if the vessel is cracked it could still release radioactive material.

Nearly 185,000 people have been evacuated from a 20km (12 mile) exclusion zone around the plant.

The US said it had moved one of its aircraft carriers from the area after detecting low-level radiation 160km offshore.

Earlier, Tepco said it had restored the cooling systems at two of the three reactors experiencing problems at the nearby Fukushima Daini power plant, 11.5km (7 miles) to the south.

The Japanese government has asked the International Atomic Energy Agency (IAEA) to send a team of experts to help.

“Nuclear plants have been shaken, flooded and cut off from power. Operators have suffered personal tragedies,” IAEA director general Yukiya Amano told reporters in Vienna. “[But] the reactor vessels have held and radioactive release is limited.”

Mr Amano said the crisis was very unlikely to turn into another Chernobyl, the nuclear power plant in Ukraine that blew up in 1986.

James Lyons, a senior IAEA nuclear safety official, also said: “I think at this time we don’t have any indication of fuel… currently melting.”

But the French Nuclear Safety Authority (ASN) cast doubt on Japan’s classification of the crisis at Fukushima as level 4 of 7 on the International Nuclear Event Scale. Chernobyl was classified as level 7.

“Level four is a serious level,” ASN chief Andre-Claude Lacoste said, but added: “We feel that we are at least at level five or even at level six.”

Complete devastation

Meanwhile, the relief operation is continuing in the north-east.

About 2,000 bodies were found washed ashore on beaches in Miyagi prefecture, police said.

About 1,000 were found on the Ojika peninsula and another 1,000 in the town of Minamisanriku, which was flattened by the tsunami.

The BBC’s Rachel Harvey says the valley where Minamisanriku once stood is now just a scene of complete devastation.

Everything was flattened by the force of the wave, with only the town’s hospital and a government building remaining, our correspondent says. Apart from that, there are now just piles of debris. A couple stood in the midst of the destruction, staring in disbelief, she adds.

The official death toll stands at nearly 1,900 but officials in Miyagi have estimated that 10,000 people died in the prefecture alone.

Thousands are still unaccounted for – including hundreds of tourists – while many remote towns and villages remain cut off and have had no help since Friday’s earthquake.

The government has deployed 100,000 troops to lead the aid effort.

They have been given 120,000 blankets, 120,000 bottles of water, tonnes of food, and 111,000 litres (29,000 gallons) of petrol to distribute.

But Hajime Sato, a government official in Iwate prefecture, one of the three hardest hit, said it had received so far only 10% of the food and other supplies they had requested from the central government.

“People are surviving on little food and water. Things are simply not coming,” he told the Associated Press.

Communications networks are also down in many areas.

The government asked people not to go to work or school on Monday because the transport network would not be able to cope with demand.

The area is still experiencing regular aftershocks, amid warnings that another powerful earthquake is likely to strike very soon.

A 6.2-magnitude tremor on Monday triggered a new tsunami scare on the Pacific coast, with the authorities telling people to flee to higher ground.

The Foreign Office has updated its travel advice to warn against all non-essential travel to Tokyo and north-eastern Japan. British nationals and friends and relatives of those in Japan can contact the Foreign Office on +44(0) 20 7008 0000.

courtesy BBC News

 

This figure illustrates the relative abilities of three different types of ionizing radiation to penetrate solid matter. Alpha particles (?) are stopped by a sheet of paper while beta particles (?) are stopped by an aluminium plate. Gamma radiation (?) is dampened when it penetrates matter.[ad#Google Adsense 336*280]

In physics, radiation is a process in which energetic particles or energy or waves travel through a medium or space. There are two distinct types of radiation; ionizing and non-ionizing. The word radiation is commonly used in reference to ionizing radiation only (i.e., having sufficient energy to ionize an atom), but it may also refer to non-ionizing radiation (e.g., radio waves or visible light). The energy radiates (i.e., travels outward in straight lines in all directions) from its source. This geometry naturally leads to a system of measurements and physical units that are equally applicable to all types of radiation. Both ionizing and non-ionizing radiation can be harmful to organisms and can result in changes to the natural environment.

Radiation poisoning, radiation sickness or a creeping dose, is a form of damage to organ tissue caused by excessive exposure to ionizing radiation. The term is generally used to refer to acute problems caused by a large dosage of radiation in a short period, though this also has occurred with long term exposure. The clinical name for radiation sickness is acute radiation syndrome (ARS) as described by the CDC. A chronic radiation syndrome does exist but is very uncommon; this has been observed among workers in early radium source production sites and in the early days of the Soviet nuclear program. A short exposure can result in acute radiation syndrome; chronic radiation syndrome requires a prolonged high level of exposure.

Radiation exposure can also increase the probability of developing some other diseases, mainly cancer, tumours, and genetic damage. These are referred to as the stochastic effects of radiation, and are not included in the term radiation sickness.

The use of radionuclides in science and industry is strictly regulated in most countries. In the event of an accidental or deliberate release of radioactive material, either evacuation or sheltering in place are the recommended measures. For information on the effects of lower doses of radiation, see the article on radiation orders of magnitude.

Time

The longer that humans are subjected to radiation the larger the dose will be. The advice in the nuclear war manual entitled “Nuclear War Survival Skills” published by Cresson Kearny in the U.S. was that if one needed to leave the shelter then this should be done as rapidly as possible to minimize exposure.

In chapter 12 he states that “Quickly putting or dumping wastes outside is not hazardous once fallout is no longer being deposited. For example, assume the shelter is in an area of heavy fallout and the dose rate outside is 400 R/hr enough to give a potentially fatal dose in about an hour to a person exposed in the open. If a person needs to be exposed for only 10 seconds to dump a bucket, in this 1/360th of an hour he will receive a dose of only about 1 R. Under war conditions, an additional 1-R dose is of little concern.”

In peacetime, radiation workers are taught to work as quickly as possible when performing a task which exposes them to radiation. For instance, the recovery of a lost radiography source should be done as quickly as possible.

[edit] Reduction of incorporation into the human body

Potassium iodide (KI), administered orally immediately after exposure, may be used to protect the thyroid from ingested radioactive iodine in the event of an accident or attack at a nuclear power plant, or the detonation of a nuclear explosive. KI would not be effective against a dirty bomb unless the bomb happened to contain radioactive iodine, and even then it would only help to prevent thyroid cancer.

[edit] Fractionation of dose

 

This is a graph showing the effect of fractionation on the ability of gamma rays to cause cell death. The blue line is for cells which were not given any time to recover, while the red line is for cells which were allowed to stand for a time and recover.

Devair Alves Ferreira received a large dose during the Goiânia accident of 7.0 Gy. He lived, while his wife received a dose of 5.7 Gy and died. The most likely explanation is that his dose was fractionated into many smaller doses which were absorbed over a length of time, while his wife stayed in the house more and was subjected to continuous irradiation without a break, giving her body less time to repair some of the damage done by the radiation. In the same way, some of the people who worked in the basement of the wrecked Chernobyl plant received doses of 10 Gy, but in small fractions, so the acute effects were avoided.

It has been found in radiation biology experiments that if a group of cells is irradiated, then as the dose increases, the number of cells which survive decreases. It has also been found that if a population of cells is irradiated, then set aside for a length of time before being irradiated again, the radiation causes less cell death. The human body contains many types of cells and a human can be killed by the loss of a single type of cells in a vital organ. For many short term radiation deaths (3 days to 30 days), the loss of two important types of cells that are constantly being regenerated causes death. The loss of cells forming blood cells (bone marrow) and the cells in the digestive system (microvilli which form part of the wall of the intestines) is fatal.

In the graph below, dose/survival curves for a hypothetical group of cells have been drawn, with and without a rest time for the cells to recover. Other than the recovery time partway through the irradiation, the cells would have been treated identically.

Treatment

Treatment reversing the effects of radiation is currently not possible. Anaesthetics and antiemetics are administered to counter the symptoms of exposure, as well as antibiotics for countering secondary infections caused by the resulting immune system deficiency.

There are also a number of substances used to mitigate the prolonged effects of radiation poisoning, by eliminating the remaining radioactive materials, post exposure.

Whole body vs. part of body exposure

In the case of a person who has had only part of their body irradiated then the treatment is easier, as the human body can tolerate very large exposures to the non-vital parts such as hands and feet, without having a global effect on the entire body. For instance, if the hands get a 100 Gy dose which results in the body receiving a dose (averaged over the entire body) of less than 1 Gy then the hands may be lost but radiation poisoning may not occur. The resulting injury would be described as localized radiation burn.

As described below, one of the primary dangers of whole-body exposure is immunodeficiency caused by the destruction of bone marrow and consequent shortage of white blood cells. It is treated by maintaining a sterile environment, bone marrow transplants (see hematopoietic stem cell transplantation), and blood transfusions.

Antimicrobial treatments

There is a direct relationship between the degree of the neutropenia that emerges after exposure to radiation and the increased risk of developing infection. Since, there are no controlled studies of therapeutic intervention in humans most of the current recommendations are based on animal research.

The treatment of established or suspected infection following exposure to radiation (characterized by neutropenia and fever) is similar to the one used for other febrile neutropenic patients. However, important differences between the two conditions exist. Individuals that develops neutropenia after exposure to radiation is susceptible to irradiation damage to other tissues, such as the gastrointestinal tract, lungs and the central nervous system. These patients may require therapeutic interventions not needed in other types of neutropenic patients. The response of irradiated animals to antimicrobial therapy can be unpredictable, as was evident in experimental studies where metronidazole  and pefloxacin  therapies were detrimental.

Antimicrobials that reduce the number of the strict anaerobic component of the gut flora (i.e., metronidazole) generally should not be given because they may enhance systemic infection by aerobic or facultative bacteria, thus facilitating mortality after irradiation.

An empirical regimen of antimicrobials should be chosen, based on the pattern of bacterial susceptibility and nosocomial infections in the effected area and medical center and the degree of neutropenia. Broad-spectrum empirical therapy (see below for choices) with high doses of one or more antibiotics should be initiated at the onset of fever. These antimicrobials should be directed at the eradication of Gram-negative aerobic bacilli ( i.e. Enterobacteriace, Pseudomonas ) that account for more than three-fourths of the isolates causing sepsis. Because aerobic and facultative Gram-positive bacteria (mostly alpha-hemolytic streptococci) cause sepsis in about a quarter of the victims, coverage for these organisms may also be needed.

A standardized management plane of febrile, neutropenic patients must be devised in each institution or agency. Empirical regimens must contain antibiotics broadly active against Gram-negative aerobic bacteria (quinolones [i.e. ciprofloxacin, levofloxacin ], a third- or fourth-generation cephalosporin with pseudomonal coverage [e.g. cefepime, ceftazidime ],or an aminoglycoside [i.e. gentamicin, amikacin])

Signs and symptoms

Radiation sickness is generally associated with acute (a single large) exposure.Nausea and vomiting are usually the main symptoms. The amount of time between exposure to radiation and the onset of the initial symptoms may be an indicator of how much radiation was absorbed, as symptoms appear sooner with higher doses of exposure.^[6] The symptoms of radiation sickness become more serious (and the chance of survival decreases) as the dosage of radiation increases. A few symptom-free days may pass between the appearance of the initial symptoms and the onset of symptoms of more severe illness associated with higher doses of radiation. Nausea and vomiting generally occur within 24–48 hours after exposure to mild (1–2 Sv) doses of radiation. Radiation damage to the intestinal tract lining will cause nausea, bloody vomiting and diarrhea. This occurs when the victim’s exposure is 200 rems (1 Sv = 100 rems) or more. The radiation will begin to destroy the cells in the body that divide rapidly, including blood, GI tract, reproductive and hair cells, and harm the DNA and RNA of surviving cells. A direct quantitative relationship exists between the degree of the neutropenia that develops after exposure to radiation and the increased risk of developing systemic infection (sepsis). Headache, fatigue, and weakness are also seen with mild exposure. Moderate (2–3.5 Sv of radiation) exposure is associated with nausea and vomiting beginning within 12–24 hours after exposure.^[7] In addition to the symptoms of mild exposure, fever, hair loss, infections, bloody vomit and stools, and poor wound healing are seen with moderate exposure. Nausea and vomiting occur in less than 1 hour after exposure to severe (3.5–5.5 Sv) doses of radiation, followed by diarrhea and high fever in addition to the symptoms of lower levels of exposure. Very severe (5.5–8 Sv of radiation ) exposure is followed by the onset of nausea and vomiting in less than 30 minutes followed by the appearance of dizziness, disorientation, and low blood pressure in addition to the symptoms of lower levels of exposure. Severe exposure is fatal about 50% of the time. Severe sepsis is the cause of death in most cases. See criticality accident for a number of incidents in which humans have been accidentally exposed to such levels of radiation.

Longer term exposure to radiation, at doses less than that which produces serious radiation sickness, can induce cancer as cell-cycle genes are mutated. The probability cancer will develop is a function of radiation dose. In radiation-induced cancer the disease, the speed at which the condition advances, the prognosis, the degree of pain, and every other feature of the disease are not functions of the radiation dose to which the person is exposed.

Since tumors grow by abnormally rapid cell division, the ability of radiation to disturb cell division is also used to treat cancer , and low levels of ionizing radiation have been claimed to lower one’s risk of cancer

Exposure levels

A gray (Gy) is a unit of radiation dose absorbed by matter. To gauge biological effects the dose is multiplied by a ‘quality factor’ which is dependent on the type of ionising radiation. Such measurement of biological effect is called “dose equivalent” and is measured in sievert (Sv). For electron and photon radiation (e.g. gamma), 1 Gy = 1 Sv.

The corresponding non-SI units are the rad (radiation absorbed dose; 1 rad = 0.01 Gy), and rem (roentgen equivalent mammal/man; 1 rem=0.01 Sv).

Annual limit on intake (ALI) is the derived limit for the amount of radioactive material taken into the body of an adult worker by inhalation or ingestion in a year. ALI is the intake of a given radionuclide in a year that would result in:

• a committed effective dose equivalent of 0.05 Sv (5 rems) for a “reference human body”, or
• a committed dose equivalent of 0.5 Sv (50 rems) to any individual organ or tissue,

whatever dose is the smaller.

Make eye contact. Whether you are speaking or listening, looking into the eyes of the person with whom you are conversing can make the interaction more successful. Eye contact conveys interest, and encourages your partner to be interested in you in return. In less intimate settings, when giving a speech or when in front of several people, holding the eyes of different members of your audience can personalize what you are saying and maintain attention.

Be aware of what your body is saying. Body language can say so much more than a mouthful of words. An open stance with arms relaxed at your sides tells anyone around you that you are approachable and open to hearing what they have to say. Arms crossed and shoulders hunched, on the other hand, suggest disinterest in conversation or unwillingness to communicate. Often, communication can be stopped before it starts by body language that tells people you don’t want to talk. Appropriate posture and an approachable stance can make even difficult conversations flow more smoothly.

Have courage to say what you think! Be confident in knowing that you can make worthwhile contributions to conversation. Take time each day to be aware of your opinions and feelings so you can adequately convey them to others. Individuals who are hesitant to speak because they do not feel their input would be worthwhile need not fear; what is important or worthwhile to one person may not be to another and may be more so to someone else. In a world so very big, someone is bound to agree with you, or to open your eyes to an even deeper perspective. The courage to say what you think can afford you the opportunity to learn more than you knew before.

Speak clearly enough to be heard. When you are saying what you think, have the confidence to say it so as to be heard. An appropriate tone and volume can inform listeners that you mean what you say, you have thought about what you are saying, and what you are saying is worth hearing. Using proper inflection helps ensure that your listeners hear exactly what you are saying, and reduces possibilities for misunderstanding

Practice. Developing advanced communication skills begins with simple interactions. Communication skills can be practiced every day in settings that range from the more social to the more professional. New skills take time to refine, but each time you use your communication skills you open yourself to opportunities and future partnerships.

Develop effective listening skills. Not only should one be able to speak effectively, one must listen to the other person’s words and engage in communication on what the other person is speaking about. Avoid the impulse to listen only for the end of their sentence so that you can blurt out the ideas or memories that come to your mind while the other person is speaking.

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Courtesy: Maxim

The Jaguar RD-6 was built by a small team of designers in England.
The R-D6 was a break from tradition for Jaguar, the diesel engine being one of the more unusual features, although diesel engines are now appearing regularly in luxury marques.

The body of the RD-6 has classic Jaguar design features whilst also maintaining a sense of personal identity.
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The rear lights of the RD-6 have contemporary Mazda design written all over them.

Suvarnabhumi Airport

Designed by Helmut Jahn of Murphy/Jahn Architects, the airport has the world’s tallest control tower (132.2 metres / 434 feet), and the world’s third largest single-building airport terminal (563,000 square metres / 6,060,000 square feet). Suvarnabhumi is the 5th busiest airport in Asia, having handled 40.5 million passengers in 2009, and is also a major air cargo hub. The airport inherited the airport code BKK from Don Mueang after the older airport ceased international commercial flights. A modern motorway no.7 connects the airport, Bangkok, and the heavily industrial Eastern Seaboard of Thailand, where most of the manufacturing for export takes place.

Capacity

The airport has two parallel runways (60 m. wide, 4,000 m. and 3,700 m. long) and two parallel taxiways to accommodate simultaneous departures and arrivals. It has a total of 120 parking bays (51 with contact gates and 69 remote gates) and 8 parking bays (5 contact gates and 3 remote gates) of these are capable of accommodating the Airbus A380 aircraft. With a capacity of handling 76 flight operations per hour, both international and domestic flights will share the airport terminal but will be assigned to different parts of the concourse. In the initial phase of construction, it will be capable of handling 45 million passengers and 3 million tonnes of cargo per year. Between the airport hotel and the terminal building are the two 5-storey car park buildings with a combined capacity of 5,000 cars.

Accidents and incidents

On 26 January 2011,Qantas flight 2, a Boeing 747 en route to Sydney was forced to turn back to Bangkok when it appeared that the engines were consuming fuel much faster than anticipated.

Specifications

Costing an estimated ?155 billion (US$3.8 billion), the airport has two parallel runways (60 m wide, 4,000 m and 3,700 m long) and two parallel taxiways to accommodate simultaneous departures and arrivals.^[33] It has a total of 120 parking bays (51 with contact gates and 69 remote gates), with five of these capable of accommodating the Airbus A380. The main passenger terminal building, with a capacity of handling 76 flight operations per hour, co-locates the international and domestic terminals, though assigning them to different parts of the concourse. In the initial phase of construction, it will be capable of handling 45 million passengers and 3 million tonnes of cargo per year. Above the future underground rail link station and in front of the passenger terminal building is a 600-room hotel operated by Accor Group under the Novotel brand. Between the airport hotel and the terminal building are the two 5-storey car parks with a combined capacity of 5,000 cars.

Long-term plans include four runways flanking two main terminals, two satellite buildings and a low-cost terminal will have a combined capacity capable of handling more than 150 million passengers and 6.4 million tonnes of cargo a year were settled clearly on the drawing board. The second phase of airport expansion which involving the construction of a satellite building south of the main terminal is expected to begin construction in 3 to 5 years.

Airports of Thailand PLC (AOT), the owner and operator of Suvarnabhumi Airport, announced on 21 July 2006 that a separate terminal for Low-cost carriers (LCC) will be built at the airport at a cost of 600 million baht (15.8 million US dollars). The budget terminal will be located near Concourse A of the main terminal. It is capable of handling more than 20 million passengers per year.^[34] Its operating concept will be modeled after the LCC terminals of Kuala Lumpur International Airport and Singapore Changi Airport. However, Don Mueang has also been reopened and is being used by some low-cost domestic airlines, there are concerns whether the LCC terminal at Suvarnabhumi will be needed due to this and overcrowding concerns.

The airport’s passenger terminal is the world’s largest passenger terminal ever constructed in one phase at 563,000 square metres (6,060,000 sq ft), and is also currently the fourth biggest passenger terminal building in the world, after the unexpected enlarging of Hong Kong International Airport (570,000 square metres / 6,100,000 square feet), Beijing Capital International Airport (986,000 square metres / 10,610,000 square feet), with the largest passenger terminal being at Dubai International Airport (Terminal 3 is over 1,500,000 square metres / 16,100,000 square feet). The airport’s air-traffic control tower is still remaining as the tallest in the world’s history at 132.2 metres (434 ft).

Airlines and destinations

Suvarnabhumi Airport has 51 air bridges and 69 non air bridges. Additionally, flights are also able to park at remote locations on the ramp, from where airport buses transport passengers to and from the terminal.

Airlines	Destinations
Air Finland	Helsinki
Air Italy Polska	Warsaw
Finnair	Helsinki
FlyLAL Charters	Vilnius
Nordwind Airlines	Khabarovsk, Vladivostok
SmartLynx Airlines	Riga
Thomas Cook Airlines Scandinavia
Travel Service	Prague, Budapest
TUIfly Nordic

Cargo services

Airlines	Destinations
Air France Cargo	Paris-Charles de Gaulle
Air Hong Kong	Hong Kong, Penang
ANA Cargo	Okinawa, Taipei-Taoyuan , Singapore
Asiana Cargo	Seoul-Incheon
Cardig Air	Hong Kong, Jakarta-Soekarno-Hatta, Singapore
Cargolux	Shanghai-Pudong Xiamen , Baku
Cathay Pacific Cargo	Hong Kong
China Airlines Cargo	Taipei-Taoyuan , Luxembourg
DHL
El Al Cargo	Tel Aviv
Emirates SkyCargo	Dubai
EVA Air Cargo	Taipei-Taoyuan
FedEx Express	Guangzhou
Jett8 Airlines Cargo	Singapore
K-Mile Air	Ho Chi Minh city, Singapore
KLM Cargo	Amsterdam, Taipei-Taoyuan
Korean Air Cargo	Seoul-Incheon
Kuzu Airlines Cargo	Istanbul-Ataturk
Lufthansa Cargo	Frankfurt ,Sharjah
MASKargo	Kuala Lumpur
Martinair Cargo	Amsterdam,Singapore
Nippon Cargo Airlines	Singapore,Tokyo-Narita
Saudi Arabian Airlines Cargo	Guangzhou, Jeddah, Riyadh, Shanghai-Pudong
Shanghai Airlines Cargo	Singapore,Shanghai-Pudong
Singapore Airlines Cargo	Chennai, Mumbai, Singapore, Tokyo-Narita[38]
Thai Airways Cargo operated by Southern Air	Amsterdam,[39] Chennai, Delhi, Dubai, Frankfurt, Hong Kong
Tri-MG Intra Asia Airlines	Ho Chi Minh City, Phnom Penh
UPS Airlines
Yanda Airlines	Coimbatore, Tokyo ,Seoul ,Shanghai-Pudong , Pune ,Delhi
Yangtze River Express	Shanghai-Pudong

Scheduled services

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