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Pollution sensors offer some hope

South China Morning Post – Nov. 18, 2011

Officials tend to drag their feet when it comes to measures intended to force people to change their behaviour to help ease pollution. There have been plenty of carrots offered, but few sticks wielded. Now, there is some good news. Starting from 2013, vehicles will be checked while on the road and those found to be exceeding permitted levels will face penalties. Technologically advanced remote sensing devices are to be installed at the roadside to check if vehicles using fuels such as liquefied petroleum gas and petrol are spewing excessive nitrogen oxides and carbon monoxide. Those who are caught and fail to rectify the problem may be deregistered. This step, which will hopefully curb roadside pollution, is long overdue.

The detection scheme was first mooted in 2004. Following a two-year trial, the Environmental Protection Department was, on at least two occasions, on the verge of launching a public consultation. But it was withheld for reasons which are not clear. This time, officials seem to be determined to go ahead, subject to the outcome of a two-month consultation. The measure will come into force in 2013 at the earliest.

The government estimates 45 per cent of public light buses are releasing excessive pollutants. The ratio for taxis running on LPG is even higher, with four in five having such problems. This should not be tolerated. There is a need for an effective deterrent.

However, officials have not shown sufficient determination to bring in such measures when negotiating with the transport industry. The many exemptions included in the ordinance banning idling engines are a good example. The law has been watered down so much that it makes enforcement, due later this year, almost meaningless.

Drivers may well be opposed to the new measure. Some may even seek a legal challenge to the use of the remote sensing technology. The accuracy of using laser guns in detecting speeding vehicles has already been the subject of a dispute in the courts. Under the plan, two sets of equipment will be installed 15 metres apart at each site. Only two readings above permitted limits will trigger enforcement action. But instead of a fixed penalty, vehicles will undergo detailed tests at a designated centre. Only when the problem is not fixed within 12 days will the owner’s registration be revoked. The approach is a measured one and may not be sufficient to deter polluting motorists.

A stick is needed, but carrots can also help. The HK$150 million fund announced in the policy address to help replace catalytic converters in taxis and minibuses will complement the scheme. The two programmes can help identify polluting vehicles while encouraging transport operators to properly maintain their fleet. With better promotion and resolute enforcement there will, hopefully, be cleaner air.

Honda Clarity

Clear the Air says: this is the future of emissions’ free motoring – and it exists NOW !

http://automobiles.honda.com/fcx-clarity/how-fcx-works.aspx

someone please tell Hong Kong Government which is chasing old tech rechargeable battery electric vehicles that need fossil fuel energy generation to recharge them !

New pollution traps to target ‘invisible’ fumes

South China Morning Post – 16 Nov. 2011

Petrol and LPG vehicles pumping out colourless emissions face being ordered off the road, while subsidised upgrades will be available for minibuses and taxis

Environment officials are setting a hi-tech trap for drivers whose vehicles pump out invisible fumes.

The new detection system will be aimed at 490,000 vehicles powered by petrol and liquefied petroleum gas (LPG). These emit pollutants more difficult to spot than those from diesel-powered vehicles, which spew out black smoke.

Devices using infrared and ultraviolet beams will measure the concentrations of nitrogen oxides, carbon monoxide and hydrocarbons.

The machines will also photograph the vehicle and record its registration number and speed.

Vehicles that exceed the limits and whose owners fail to rectify the problem could be deregistered under the scheme, which will be rolled out in the next two years. Two sets of remote sensing devices will be installed 15 metres apart at each selected detection point. Two readings showing excess emissions will lead to enforcement action.

The officials have shortlisted about 100 roads and streets across the city suitable for installing the devices, which will be placed at five different spots every day on rotation. Highways and roads with multiple lanes will not be selected as the devices work best in single lane roads, such as connecting routes to busy corridors like Cotton Tree Drive and Lung Cheung Road.

Those identified will be asked to undergo detailed emission tests at designated centres for a fee, currently set at HK$310. If they fail the test and do not rectify the problem within 12 days, the vehicle’s registration might be revoked.

Environment officials hope the scheme will spur regular maintenance of vehicles, especially the 18,000 taxis and 3,000 LPG minibuses blamed for worsening nitrogen dioxide levels on roadsides.

Previous studies by the department found that 80 per cent of taxis and 45 per cent of minibuses are spewing excessive pollutants because of defective catalytic converters – devices that change toxic exhaust emissions into non-toxic substances. Some operators ignore the rule that the converters should be replaced every 100,000 kilometres, officials said.

These taxis and minibuses alone account for about 40 per cent of total nitrogen oxide emissions on busy roads.

Mok Wai-chuen, assistant director of the department, said the remote sensing technology was just one in a series of measures being taken to improve roadside air quality.

To help taxi and minibus operators cope with the new steps to enforce emissions limits, the government has earmarked HK$150 million to offer a one-off subsidy for them to replace the catalytic converters in their vehicles next year.

“The subsidy will help lift the awareness among these operators on the importance of proper maintenance,” said Mok.

The government has also pledged to help franchised bus operators fit pollution-reduction devices to older buses to cut nitrogen oxide emissions.

Ringo Lee Yiu-pui, a committee member of the Hong Kong Automobile Association, supported the remote sensing scheme but believed the penalty should be stiffer.

“It is just like drink-driving and speeding. Heavy punishment will definitely bring changes,” he said.

He said the scheme would help identify cars with excessive emissions on the city’s roads, whether they were new or old.

The measure could also force commercial vehicle operators to maintain their fleets regularly, instead of making a quick fix before the vehicle examination.

Lee also said the government should choose carefully the locations for the devices. “If it is a fixed location, drivers can simply avoid passing there or deliberately slow down their cars, just the same way as they deal with speed checks and laser guns.”

Vehicles travelling at less than 7km/h or more than 90km/h will be excluded from the checks.

chifai.cheung@scmp.com

Description: A remote sensing device is tested in Hammer Hill Road, Diamond Hill. The machines will be used to identify petrol and LPG vehicles pumping out excessive emissions.

Nissan Leaf May Choke in Hong Kong Smog

http://www.bloomberg.com/news/2011-11-14/nissan-leaf-may-choke-in-hong-kong-smog.html

Nissan Leaf Unloved in Hong Kong Where Maseratis Rule Smog

Traffic moves down a road in the central district of Hong Kong, China. Vehicles are the second-biggest source of pollution in Hong Kong after power stations, and their numbers rose 9.6 percent between 2004 and 2009, according to the government. Photographer: Scott Eells/Bloomberg

By Bloomberg News Nov 15, 2011 2:00 AM GMT+0800Mon Nov 14 18:00:46 GMT 20110 Comments

Q

Hong Kong is small, rich and cosmopolitan. It’s also choking on smog.

For carmakers like Nissan Motor Co. that should make the city a perfect base from which to launch their electric vehicle strategy on the rest of Asia.

The snag is that the carmakers’ target market of trendsetting early adopters are proving hard to find, with Hong Kongers content to covet their neighbors’ Maseratis, Mercedes and Porsche Cayennes through the haze. Even with subsidies that are among the most generous in Asia, only 64 Nissan Leaf EVs were sold in the first nine months of the year.

“People don’t really care how much a car costs, but how great it feels,” said RahulDansanghani, 28, who drives a Mercedes S-Class sedan. “Electric vehicles are beneficial for the environment and may offer some cost savings, but the Hong Kong buyer’s main focus is luxury.”

The city recorded the fastest pace of growth in new millionaires in the world last year, according to a report by Capgemini SA and Bank of America Corp. Cracking Hong Kong takes on added importance for automakers eyeing China, the world’s largest car market, said Michael Dunne at Dunne & Co.

“Taste among the most educated and discerning Chinese customer is often shaped by what’s being bought in Hong Kong,” said Dunne, president of the Hong Kong-based industry researcher. “If carmakers can’t make them work in there, it would be difficult to envision widespread purchases in a place like China.”

China Market

China is forecast to buy more electric cars than the U.S. in 2020, driven by government subsidies and investment in charging infrastructure, The Boston Consulting Group said in a June 14 report.

Hong Kong’s government wants 30 percent of the city’s private cars to be either dual-energy, such as Toyota Motor Corp.’s Prius hybrid, or fully electric by 2020. Private buyers of electric vehicles are exempted from registration levies, which could halve the cost of some models, said Eva Wong, a spokeswoman for the Environment Bureau. Corporate purchasers enjoy additional tax incentives, she said.

Consumers in Hong Kong save about HK$292,500 ($37,600) on Nissan’s all-electric Leaf, three times the incentive in Japan and about the twice the amount in China, according to company and government estimates. That still puts a price tag of about HK$420,000 ($54,000) on the car, about the same as a basic Mercedes E-Class sedan in Hong Kong.

Charging Stations

While most people in the 1,104-square-kilometer (426 square miles) territory use their cars for small journeys, easing concerns over the limited range of EVs, the paucity of charging stations acts as another deterrent.

Most of the city’s 7.1 million people live in high-rise apartments that lack recharging points for their batteries. About 330 top-up points have been installed in commercial and residential properties, with another 200 planned in the coming months, according to the environment bureau. That makes it harder to top up the battery overnight.

“Many people have shown interest but they are stuck by the charging,” said Elven Leung, a senior manager with Nissan Hong Kong, whose dealers have run five test-driving events for the public.

Nissan’s shares rose 2 percent at the close of trading in Tokyo today, while the benchmark Nikkei 225 Stock Average gained 1.1 percent.

Government Support

The government will more than triple the number of public car-charging stations to 1,000 by next June from 300 now, Environment Secretary Edmond Yau said on Sept. 6.

Yokohama, Japan-based Nissan’s Hong Kong sales compare with 7,256 in its home market and 15,576 globally, according to the company. Mitsubishi Motors Corp. (7211) delivered about 100 of its i-MiEV minicar in Hong Kong since it started taking orders in October 2009.

For all their presumed benefits, Hong Kong buyers may also be paying a premium for a battery-charged vehicle that will have a negligible impact on traffic fumes, according to Marco Gerrits, a Beijing-based partner at BCG.

Vehicles are the second-biggest source of pollution in Hong Kong after power stations, and their numbers rose 9.6 percent between 2004 and 2009, according to the government. More than two-thirds of the city’s buses will be European Union II emission standard or less at the end of 2011, according to the Clean Air Network, a Hong Kong-based advocacy group.

Roadside Smog

Replacing 90 percent of the current fleet on the road with vehicles that meet the European Union V standards — the most stringent of five classes — would be more effective than boosting plug-in hybrids and electric vehicles to a tenth of all automobiles, Gerrits said.

Pollution is linked to 4,800 additional deaths in the former British colony between 2007 and 2010, according to the University of Hong Kong. Roadside smog reached “very high” levels for a record one in four days in 2010.

The government’s target for low-emission buses is 15 percent by 2020. Hong Kong set up a state-funded HK$300 million fund in March to subsidize electric vehicles adoption by public transport operators.

“It’s decisive that the government supports electric vehicles,” said Claus Weidner, Chief Operating Officer of Mercedes Benz’s Hong Kong unit, which started test driving a fleet of Smart-brand electric cars in September. “It’s a money and a tax question. This makes it easier for consumers to come into this market.”

For Dansanghani, the Hong Kong resident, a decision to go electric rests on the brand.

“If they started to get luxury car brands like Lexus, Mercedes and Porsche to create their own electric cars, that possibly could attract more customers.” he said

Hydrogen bus launched on London tourist route

UK’s first permanent hydrogen bus described as ‘stepping stone’ to rolling out the clean technology across the country

Description: London Hydrogen Bus

The hydrogen bus being trialled on the RV1 route in London last year. Photograph: Alamy

The UK’s first permanent hydrogen bus will be launched on a popular tourist route in London today. Seven more hydrogen buses will be added to the RV1 route – which takes in Covent Garden, the Tower of London and the South Bank – by mid-2011.

The initiative, which follows a trial of three hydrogen buses in the capital between 2003 and 2007, has been described as a “stepping stone” to rolling out the technology across the country. The launch will also coincide with the opening of the UK’s largest hydrogen refuelling station in Leyton, east London.

The new bus, which was designed specially for London, will begin carrying passengers tomorrow. It produces water vapour from its tailpipe and can operate for more than 18 hours without needing to refuel.

“These are the next generation of hydrogen fuel cell hybrid buses that were designed and developed based on the findings of our trial,” said David Edwards, a spokesperson for Transport for London. “We will be closely assessing the performance of these buses and the new technology they use. Should the buses prove reliable and suitable for the needs of London we could consider extending the fleet.”

The buses contain batteries that can store electricity generated by the hydrogen fuel cell – a device that combines hydrogen and oxygen to produce power and water as a by-product – in addition to energy generated during the braking process. As a result, they can travel much farther than the ones trialled in London as part of the EU-sponsored Cute – Cleaner Urban Transport for Europe – project in 2003. The new buses were designed by the consortium of businesses that furnished Vancouver with a fleet of 39 buses in 2009. “The main difference is that those buses were designed to withstand temperatures below -20C,” said David Hart, a hydrogen fuel expert based at Imperial College who was involved in Cute.

More than 4,300 deaths are caused in London by poor air quality every year, costing around £2bn a year. The new buses will go some way towards tackling this dire problem, says Hart. “All that comes out of these buses is water vapour, so you don’t get all of the nasty nitrogen oxides, sulphur oxides and particulate matter that diesel buses pump out into the air.” The buses may also reduce carbon emissions – but only if the hydrogen they run on is generated using renewable electricity rather than electricity produced by burning coal, he said.

One key hurdle to rolling out the buses across the UK is cost – but Edwards is optimistic that the situation will improve soon. “This technology is currently very new, with these buses being designed to suit the London operating environment. As such, with development costs, these buses are typically more expensive than their traditional hybrid diesel counterpart. But as the technology is proven along with the environment benefits they bring, the commercial market for these buses should open up and we expect the costs to drop dramatically,” he said.

London is one of a handful of cities around the world to adopt hydrogen buses. In May 2003, Madridbecame the first city in the world to run a regular hydrogen bus service. Hamburg, Perth and Reykjavik quickly followed suit. Berlin’s Clean Energy Partnership project, which began in 2006, aims to put 14 hydrogen buses and 40 hydrogen cars on the road by 2016. The largest hydrogen project in the world – the Hydrogen Highway – is based in California and has so far built 30 refuelling stations. In December 2009, Amsterdam also launched Nemo H2, a tour boat powered by hydrogen.

Truck replacement programme introduced at Port of Tacoma

http://www.portworld.com/news/i107922/Truck_replacement_programme_introduced_at_Port_of_Tacoma

http://i.pmcdn.net/z/img/107922_10124_3_s.jpg

Nov. 4, 2011

By 2015, about 80% of trucks serving the port will be required to have model year 2007 or newer engines.

The Port of Tacoma has introduced a voluntary programme in the Tacoma Tideflat offering truck owners a financial incentive to purchase newer, lower-emission trucks to improve air quality in the region.

The Truck Scrappage and Replacements for Air in Puget Sound (Tacoma ScRAPS) is part of the port’s Clean Truck programme which targets heavy-duty trucks with pre-1994 model year engines that operate in the Tacoma area.

Under the programme, eligible truck owners will receive a $30,000 incentive when they scrap their pre-1994 truck and purchase a new one with a model year 2007 engine or newer.

An incentive of $5,000 will also be offered to truck owners that scrap their pre-1994 truck and purchase a truck with a model year engine from 1994 to 2006.

Currently, trucks serving at port terminals are required to have model year 1994 or newer engines.

By 2015, about 80% of trucks serving the port will be required to have model year 2007 or newer engines.

The programme is operated through a partnership between the City of Tacoma and Cascade Sierra Solutions.

Truck owners interested in learning if they qualify for the programme can call  (253) 617-3201 or visit the Tacoma ScRAPS office at 2002 Stewart St. in Tacoma on weekdays from 8:00am to 5pm.

Brammo scores Hong Kong government deal

http://gigaom.com/cleantech/brammo-scores-hong-kong-government-deal/

http://earth2tech.files.wordpress.com/2010/06/brammotestdrive.jpg?w=300&h=166

Electric motorcycle maker Brammo says it’s scored a deal to supply the Hong Kong government and police force with its electric motorcycles. Brammo says the Hong Kong government will replace its existing gas-powered motorcycle fleet with Brammo’s Enertia (see my test drive of the Enertia below).

Hong Kong’s Water Supplies Department will use the Enertia Plus, while the Hong Kong police department will use the 2012 Enertia Plus “LE,” or the Law Enforcement edition, which has features for police. Brammo’s exclusive dealer in Hong Kong is JCAM Advanced Mobility Company.

I’m not sure how many electric motorcycles the deal entails, but I’ve asked the company and will update this when I know more. It’s gotta be sizable, particularly for Brammo, which is a small company based in Ashland, Oregon.

Two-wheeled EVs in China

http://gigaom2.files.wordpress.com/2011/11/brammoenertiahongkong.jpg?w=223&h=300

The electric vehicle market is being driven by sales of electric scooters, motorcycles, and e-bikes sold in China, as the Chinese government has banned gas-powered motorcycles in some places. According to Lux Research, sales of batteries for electric bikes and scooters will grow from being a $6.4 billion market in 2010 to a $10.9 billion market in 2015 (11 percent growth), led by the Chinese market. According to some statistics the market for electric motorcycles in China is expected to grow 11 percent per year through 2014 to 31.6 million units.

All the electric motorcycle, and scooter startups are angling for deals like this one, including firms like Mission Motors, Vectrix, Zero Motorcycles, and KLD Energy. Focusing on the U.S. market alone isn’t enough for these companies.

Brammo’s plans

Just last week Brammo announced it has raised another $28 million, and no doubt securing that funding had something to do with this deal. The funding was led by Polaris Industries, which makes sporting vehicles like ATVs and snowmobiles. Brammo is also backed by Alpine Energy; NorthPort Investments; the venture arm of Best Buy, Best Buy Capital; and Canadian investment firm Chrysalix.

http://gigaom2.files.wordpress.com/2011/05/brammo_empulse_sms_01.jpg?w=300&h=199

The Enertia electric motorcycle has a 60–70 mph max speed,40-mile range and roughly $8,000 price tag. But Brammo has been planning on building higher-end bikes, including its Empulse, which has a new battery pack, a power management system and a water-cooled motor. The Empulse has a 100-mph top speed, an average range of 60 miles per charge and an estimated starting price of $9,995.

Brammo is also building four new, 6-speed models that are using a transmission system that enables higher speeds and the equivalent of the performance of a traditional gas-based motorcycle. The transmission tech — called the Integrated Electric Transmission (IET) — will come from partner SMRE Engineering, and the prices for these motorcycles clock in around $10,000 to $12,000.

Policy address failed to deal with Hong Kong’s serious pollution problems

South China Morning Post – Nov. 1, 2011

With almost seven years of experience as the chief executive of the Hong Kong government, Donald Tsang Yam-kuen has obviously not done his job well if you read what was laid down for the environment portfolio in his last policy address.

He chose an easy and short-term option of offering more carrots to please various sectors of our society instead of applying sticks to get polluters under legislative control.

Mr Tsang is offering HK$180 million to franchised bus companies to pilot electric-powered buses and another HK$150 million for taxis and minibuses to replace their catalytic converters. The government estimates that 80 per cent of taxis and 50 per cent of minibuses are emitting exceedingly more pollutants than they should be. While giving out these carrots, why did Mr Tsang not at the same time ask for something in return? For example he could have demanded an earlier timetable for the retirement of very old and highly polluting buses with emission standards at Euro II and below, or a high penalty for those vehicles with emissions exceeding the statutory emission standards during the annual inspection.

When the World Health Organisation recently released the first global survey results for levels of airborne particles smaller than 10 micrometers (PM10) for 1,082 cities worldwide, Hong Kong was not on the list, because our government did not provide data. Who decided not to submit data for this important and relevant study? Is there something that Mr Tsang’s administration wants to hide? If he had really got his job done, and done it well, he would have set a goal for improving roadside air quality within a reasonable timeframe so that we reach similar air quality levels that other clean cities such as Copenhagen and Vancouver enjoy. Copenhagen has private cars and buses, but it also has 37 per cent of its people commuting on bicycles, which helps reduce air pollution.

To keep on offering rebates on our electricity bills will only encourage people to consume more electricity. This rebate is the most non eco-friendly freebie among other “candies”.

Mr Tsang has sprinkled more artificial sweeteners in his last policy address, which has helped him to gain a slight rebound in his popularity rating. However, it is sad for the future of Hong Kong people that we have a leader who chooses to put his higher public acceptance ahead of the public’s health and a clean environment.

Edwin Lau Che-feng, director, general affairs, Friends of the Earth (HK)

Wake Up and Smell the Pollution by HK staff | HK Magazine Online

April 2010 – respirable suspended fine particulates levels (PM2.5) in micrograms per cubic meter of air (the most lethal form of pollution)

Let’s see some cities in the world PM2.5 levels:

Vancouver 4.8, Sydney 7.0, Hobart 7.1, Perth 8, Stavanger 8.1, Adelaide 8.1, Washington DC 10.7, Madrid 13.1, London 13.5,Los Angeles-Long Beach port 14.8,

Hannover 15.4, Rotterdam 17.9,Singapore 19, Metro Manila 21, Paris 22.9, Dar es Salaam 23, Athens 27.4, Beirut 31, Lima 34.2, Krakow 35.5,

HONG KONG CENTRAL ROADSIDE 36 ! , Dakar 38, Accra 49.8

The (no political will to act) TSANG Pollution Legacy – good riddance !

http://hk.asia-city.com/health/article/wake-and-smell-pollution

Wake Up and Smell the Pollution

June Ng and Jakki Phillips head into the smog to investigate Hong Kong’s bad air crisis.

By HK staff | published Apr 01, 2010

Wake Up and Smell the Pollution

Hong Kong’s air pollution index hit an alarming record of 500

Wake Up and Smell the Pollution

One of the five pollutants in the air – Carbon Monoxide

Wake Up and Smell the Pollution

Satelite image of Hong Kong

Wake Up and Smell the Pollution

Common kind of mask cannot filter out particulates less than 10 micrometers

Hong Kong’s air pollution. You know it’s always been there, and you know on some level that you’re breathing bad air every day, but once you get used to it, you kind of forget about it. Until one day, our sky turns completely yellow and a sickly haze literally engulfs us all.

Without the sudden arrival of a severe sandstorm late last month, we might not have had the crucial wake-up call to our worsening air pollution that we desperately need. And though the cloud has lifted, the government still has its head buried in the sand. When faced with the city’s air pollution index (API) hitting an alarming record high of 500, their less than confidence-boosting response was to claim, “It’s really just sand you’re seeing, not pollution.” Considering that this figure was more than double the previous record high API of 202 in July 2008, you would think the government would take bold and decisive action when faced with a truly alarming reading. Perhaps a few announcements outlining a pollution-busting action plan rather than simply blaming sand from the mainland?

So with the sandstorm thankfully behind us, now is a great time to take a good, hard look at the mess we’re in and figure out just how we got here. How bad is our air pollution problem? Can we expect more choking sandstorms? What’s the government going to do about our air pollution woes? We also look into how you can prepare for the next sand storm, and finally, what you can do to help. Hold your breath, and here we go.

What Exactly is in the Air?

There are six pollutants contributing to our bad air: sulfur dioxide, particulate matters, nitrogen dioxide, carbon monoxide, ozone and lead. Last year the Air Quality Objectives Review (AQO) was carried out to re-examine and reset the standard acceptable levels for these pollutants. The original guidelines were drawn up in 1987 and based on WHO guidelines of the time. But, rather shockingly, the government chose only to meet WHO’s entry-level standards—which are for developing countries—rather than adopting levels for developed countries.

For example, the proposed annual objective for the pollutant PM10 (particulates of 10 micrometers or less) is 50 μg/m3 (micrograms per cubic meter), only slightly lower than existing outdated levels of 55μg/m3; while PM2.5, the most dangerous particulate because it is respirable, gets a target of 35μg/m3 (the target for developed countries is 10μg/m3). The objective proposed for sulfur dioxide will be 125 μg/m3, yet the WHO guideline is 20 μg/m3. Mike Kilburn from think tank Civic Exchange says the government only wants to follow the levels for developing countries because it means we’re “allowed” to have dirtier air. This means pollution statistics won’t look so bad and it will seem like we don’t have many bad air days because higher levels of toxic particulates are deemed “acceptable.”

For example, official government data from last year only shows us suffering 40 dirty days, that is, days considered to have excessive pollution levels. If we had to meet WHO guidelines for developed countries our pollution levels would regularly exceed the targets and we’d probably end up with 300 dirty days which would reflect badly in government pollution records. And there is more worrying news. The biggest power company, CLP, recently announced its emissions of nitrogen dioxide, sulfur dioxide and respirable suspended particulates have increased by six percent, 20 percent and 30 percent respectively. The rise occurred after they lowered the proportion of natural gas in the fuel mix because they were worried gas in the South China Sea might run out in 2012. But in 2008 the mainland government promised power companies in Hong Kong a steady natural gas supply. But until our government builds the pipelines, the power companies will continue to conserve gas and as a consequence, further pollute our air.

Christian Masset of Clear The Air, an environmental NGO that has been advocating the improvement of air quality in Hong Kong since 1997, thinks the government isn’t doing enough to tackle major polluters in the private sector such as the power companies and bus companies. He says: “We have been talking to the government about introducing an ‘agglomerator’ when burning fuel, which is a technology that can cut down 90 percent of respirable suspended particulates. But after a year-and-a-half they still say they need more time to study.”

Public transport is also a big problem as there are still many Euro I and II buses on the road, together with heavy diesel vehicles. (The “Euro Emissions Standard” is a measurement of vehicle emissions used in EU countries; the higher the number, the lower the emissions). Lau also says a contributing reason for traffic pollution is the inadequate subsidy program for converting heavy trucks from diesel to cleaner models such as Euro IV or above. He says that while the owner of a diesel taxi can get a one-off $40,000 grant to convert to LPG, the subsidiary for trucks varies and can be as low as $10,000. The result of the taxi scheme is that 99 percent now operate in this cleaner mode while the truck scheme has been far less successful. As for bunker-fueled ferries and container ships (the cheapest, and by far most toxic type of fuel), while there are regulations in many countries that stipulate they must switch to low-sulfur fuel when entering the port of the city, there are no such rules in Hong Kong. “The government’s slow pace in dealing with things shows whether they think tackling air pollution is an urgent matter,” says Prentice Koo from Greenpeace.

Don’t Be Blinded by the Sandstorm

While the sandstorm’s heavy dust content did contribute to the record high pollution readings of up to 500, we mustn’t forget that for four days before the storm struck, the Air Pollution Index (API) was at the “very high” level in urban areas such as Causeway Bay, Mong Kok, Central/Western and Eastern District. Our air was bad to start with long before the sandstorm rolled into town.

But while the government rightly encouraged “contingency measures” such as urging people to use public transport as much as possible, drivers to turn off their engines while stationary, asking power companies to use cleaner fuel, and even smokers to smoke less, why aren’t they actively trying to bring down the pollution on a regular basis, or issuing people with guidelines on what to do during a bar air day? Secretary of the Environmental Bureau Edward Yau claims that air pollution, unlike typhoons, would not affect people’s daily routines.

Greenpeace climate change campaigner Prentice Koo is upset by the government’s response, which he thinks is irresponsible. He says: “Edward Yau said air pollution would not affect people’s daily lives as much as a typhoon does. But it does affect our health.” Professor Anthony Hedley, professor of Community Medicine at the University of Hong Kong, says, “the sandstorm is definitely a potential health hazard and will have caused many problems such as eye and skin irritation and upper respiratory symptoms. However, the sandstorm will probably not be as toxic as Hong Kong’s usual daily mix of combustion particles and gases, that throughout the year is caused by Hong Kong’s own pollution emissions from traffic, shipping, port activities and power generation.”

The severe index reading may, in fact, be a timely wake-up call reminding us how unacceptable our air pollution levels are. Professor Alexis Lau, a meteorologist with the Hong Kong University of Science and Technology says: “Although the API surge to 500 was due to the sandstorm, that doesn’t mean that our air is fine and that there aren’t things we can do to reduce pollution here.” According to Lau, the last time Hong Kong had a similar crisis was in 1996—but the concentration of pollutants in the air was half that of the recent scare. Also deeply concerned about Hong Kong’s pollution levels is Mike Kilburn, the environmental program manager of local think tank Civic Exchange. He says: “The sandstorm has helped make people aware that air pollution is an issue, and the government has to respond to the public.”

Does the Air Quality Index Work?

Yes, it does work—but the statistics will be a day old by the time you read them. The Environmental Protection Department (EPD) reports the real-time general and roadside APIs hourly and these indices are calculated by comparing the measured concentrations of the major air pollutants with their respective health-related Air Quality Objectives (AQOs) established under the Air Pollution Control Ordinance. Some data used to calculate the so-called hourly “real-time” indices are not actually real-time—the amount of total suspended particulate and respirable suspended particulates (RSP) are measured 24 hours ahead of the time published on the website, meaning that the API doesn’t truly reflect what is going on at any given moment.

Also, the API is only determined by the highest concentration of one of five pollutants in the air (sulfur dioxide, particulate matters, nitrogen dioxide, together with ozone and carbon monoxide). Therefore, the index fails to address the pollution levels of the other four. But not many Hongkongers are aware of this. Edwin Lau from Friends of the Earth says the government has a responsibility to educate the public about how the index is formed. “The government should break down all the scientific data to a laymen level so people can understand.” It is also technologically feasible to calculate a real-time index although the government doesn’t provide the service. Professor Anthony Hedley founded his own Hedley Index (hedleyindex.sph.hku.hk) last year that gives true real-time pollution levels across the city. The website also calculates the value of tangible and intangible loss caused by pollution, for example, the cost of health care or lost productivity due to pollution. “The present API is totally useless as an instrument for risk communication,” says Hedley. “The so-called ‘health advisories’ issued by the EPD, without any authority whatsoever from the public health specialists in Hong Kong, are seriously misleading. There is very little possibility that any measures taken on the basis of these so-called health warnings will benefit anyone.”

He also stresses that the damage pollutants do to our health occurs at levels below the air quality objectives because they are so lax. The Council for Sustainable Development has suggested the government set up a three-tier warning system for air pollution, similar to the rain storm warnings, which allows people to work from home on days with a high pollution index. Environmental Secretary Edward Yau has not promised that the department will consider it.

Why Weren’t We Warned?

Less than 24 hours before Hong Kong’s pollution levels rocketed to record-breaking highs of 500—the API was predicting levels of only 180. So why was the forecast so inaccurate? The most obvious reason, as previously mentioned, is because the guidelines on acceptable particulate levels are out of date, but there is also the fact that the Hong Kong Observatory does not have equipment to detect or forecast sandstorms. Greenpeace campaigner Prentice Koo says, “Everyone knows Hong Kong does not suffer from earthquakes but we still have a warning system developed for them. Shouldn’t we do the same for sandstorms that could have a direct impact on us?” Although the Hong Kong Observatory does not have the technology to predict sandstorms, the Hong Kong Polytechnic University does. According to Janet Nichol, a professor at the department of land surveying and geo-informatics at Poly U, the government could make reasonable predictions with the same technology and data that they have. The EPD say they will collaborate more with the Observatory to analyze sandstorm patterns and will make better use of their network with the mainland to issue an early notice. But there is currently no news regarding the implementation of a sandstorm warning system.

The Impact of Desertification

When Hong Kong was choked by pollution last week, we were actually feeling the impact of severe environmental degradation in China. The harmful air quality was partly caused by a sandstorm originating in northern China that blew loose dust and dirt mixed with industrial pollution down south, adding to Hong Kong’s already serious smog problem. It was China’s worst sandstorm in more than a year, affecting 270 million people across 16 provinces. The Chinese Academy of Social Sciences estimates that there are 24 sandstorms a year, six times the number 50 years ago, according to China Daily. The increase is the result of desertification caused by deforestation, overgrazing, drought and urban sprawl. China’s government has invested huge sums of money in projects aimed at stopping the relentless spread of sand, such as tree planting and the protection of existing foliage. But rising temperatures, increased pressures on water resources and 30 years of huge economic growth has meant limited success. In fact, China Daily reports that about 30,000 square miles of China’s grassland turned into desert over only the last few decades. So, with the number of sandstorms in China increasing and more of the country’s land crumbling to dust, we should prepare ourselves for more sore throats, headaches and stinging eyes.

Our current API is divided into five bands: Low (0 to 25), Medium (26 to 50), High (51 to 100), Very High (101 to 200) and Severe (201 to 500). When it reaches “very high” to “severe” levels, people with existing heart or respiratory illnesses may notice a mild to significant aggravation of their conditions.

What About the Animals?

While there is no official research about the effect of air pollution on animals in Hong Kong, Andy Cornish, the conservation director of the World Wide Fund (WWF), says “if people are dying prematurely because of polluted air, it will affect animals too. And if migratory birds saw a sandstorm coming, out of instinct, they would fly away.”

So what about our four-legged friends? It turns out dogs get the same health issues as humans when the pollution index is high. Vet Justin Chu says: “Even healthy dogs might get a sore throat, or develop itchy eyes or skin. But it will be worse for old dogs and those with lung and heart disease.” You’ll know if your dog is suffering from pollution if it has a hoarse bark, watery nose or keeps licking its lips. If your pet displays any of these symptoms on a bad air day, Chu’s advice is to keep them indoors. Cats are less likely to be affected by pollution because they go outside less.

The Not-So Great Outdoors

What’s the point of having mountains to hike up, trails to run along and a sea to swim in if soaring pollution levels result in government warnings telling us to “stay indoors and avoid physical exertion”? Lister Woo has been dragon boating in Hong Kong for more than 15 years but was forced to cancel his training session for the first time ever last week. “It’s never happened before and we wouldn’t cancel our practice unless we thought it could be bad for our health. We saw the government warning and decided not to risk it.” Woo paddles for the Hong Kong International Paddle Club, which will compete in the world dragon boat championships in Macau at the end of July. “It’s worrying because if we have to cancel more training sessions it could affect our performance at the competition.”

Keith Chan has been running in Hong Kong for 30 years and is the founder of HKrunners.com. He says: “I was going to go for a run last week but when I saw how high the index was, I decided against it. I definitely think pollution is getting worse and it’s affecting runners all over Hong Kong. Many people now avoid running at night because the traffic fumes are so bad. Some people only run in the hills to avoid the city center pollution. It’s a shame that pollution gets in the way of people doing a sport they enjoy.” Pollution levels above 200 are considered “severe” and carry a government warning telling us to “reduce physical exertion and outdoor activities.”

Pollution in Central reached dangerous levels one out of every eight days last year. But as outdoor sports grow in popularity in Hong Kong, more people will be risking their health in order to pursue their passions. Richard Thornton is the president of the Hong Kong Dragons Triathlon Club and says the quality of air here is a growing concern for his members. He says: “The thought of pushing hard in a training session at near maximum heart rate and swallowing lungfuls of Hong Kong’s air is becoming more distressing because all triathletes want to train, but then feel restricted because of the pollution levels. The effects of training in these conditions can definitely be felt afterward. It would be a shame to see participation in such a great sport dwindle as people shy away due to air pollution concerns.”

It’s not just local sporting clubs and associations that are struggling against the fumes. Some international runners refuse to take part in the Hong Kong marathon because of poor air quality and concerns were raised as to whether it was safe for teams to train before the Rugby Sevens. With the tourism board promoting Hong Kong as a hiking destination, we should also consider the impact air pollution has on the tourism industry. Winnie Leung is a volunteer hiking guide who regularly takes out groups of tourists. She says: “I cancelled three hikes last week because of the pollution, which meant disappointing a lot of people. Unless Hong Kong can clean up its act, I worry hikers will go elsewhere and our tourism will suffer.”

Leung’s sentiments are shared by Michael Pieper who runs his own hiking website (www.hiking-hong-kong.com) and Facebook hiking group. He says: “High pollution levels in Hong Kong can be directly related to the number of visitors to my hiking website. When there are blue skies, visitor numbers soar and likewise when pollution skyrockets, visitor numbers drop right off. There is only so much that I can do to promote Hong Kong’s vast array of hiking trails. The rest comes from the government’s commitment to caring for the health of its people by cleaning up our dirty skies.”

Also see: how to protect yourself during the next bad air day.

EU Euro standards upgraded

Euro standards comitology regulations published
On 16 June a regulation (566/2011) was published that introduces further amendments to the Euro 5 and Euro 6 standards for light-duty road vehicles. It includes measurement procedures for particle mass and particle number. These are required to implement theEuro 5b stage, which starts on 1 September 2011 for new types and 1 January 2013 for all new vehicles. From stage 5b the particulate mass limit is 4.5 mg/km and the particle number limit is 6.0 x 1011 #/kWh for all compression ignition engines.

On 25 June the first implementing regulation (582/2011) for the Euro VI standards for heavy-duty vehicles was published. Among other things, it redefines the emission limit values to match the world-harmonised test cycles (WHTC transient cycle and WHSC stationary cycle), and incorporates particle number limits for compression ignition engines, at the levels of 6.0 and 8.0 x 1011 #/kWh, depending on test cycle. Particle number limits for positive ignition engines have yet to be defined.

Official Journal: http://eur-lex.europa.eu/JOIndex.do