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All hail the new e-taxi, unless you’ve got luggage

Thursday, 16 May, 2013, 12:00am

NewsHong Kong

TRANSPORT

Anita Lam anita.lam@scmp.com

The long-awaited electric taxis from mainland carmaker BYD will finally start taking passengers tomorrow – after an eight-month delay – but with cabbies already complaining, the question is whether the cars will survive beyond the six-month trial period.

One driver who has signed up for the e6 taxi said at the launch ceremony yesterday that he would not have rented it if it wasn’t for all the concessions on offer from the manufacturer.

“The car trunk is too small for big suitcases, it’s also too high for us to put things in without difficulty, headroom is too low and we cannot see the tip of the bonnet from the drivers’ seat, which makes it hard to gauge the distance to the car ahead,” said Mr Chan.

“But what I hate most is that we can only charge the car with designated chargers built by BYD – that greatly limits our options.”

There are only 17 BYD charging points ready for use, but project partner Sime Darby says more will come into service in the next four months.

In the meantime, there are over 1,000 slow-charging points and 10 quick-charging points for electric cars scattered around the city, which the BYD e-taxis cannot use. “The quick-charging points were built for Japanese cars, while the slow-charging points – even if our cars could use them – are practically useless because it takes more than 10 hours for a full charge,” said Sime Darby’s senior sales manager Eddie Yu. “We are now talking to the government about providing more quick chargers that are compatible with the e6.”

Hong Kong Taxi and Public Light Bus Association, which will pay BYD a monthly rent of HK$360,000 for the 45 taxis and then sublet them to drivers, said they would cover parking costs, and waive a management fee of HK$1,000 for the first month.

The daily rent of BYD’s e6 is some HK$100 higher than that of a brand new liquefied petroleum gas-fuelled taxi. Wong Chung-keung, chairman of the association, said they would soon see if the taxi could really run for 240 kilometres – with air-conditioning on – as BYD has claimed.

The cost of electricity should work out at a third of LPG costs.

Many of the 18,150 taxis in the city are due to be replaced in the next few years, with carmakers all rolling out new models in an effort to capture the market.

The taxi version of Toyota’s hybrid Prius is already out on the roads; Ford will launch its LPG taxis in September; while Nissan’s electric taxis are set to arrive early next year.

Topics:

e-taxi

BYD



Don’t kid yourself that electric taxis are green

Thursday, 16 May, 2013, 12:00am

Business

MONITOR

Tom Holland

The new vehicles on HK roads are as red as ever if the energy used and gas emissions produced in making them are taken into consideration

Yesterday, the first of a new fleet of electric taxis rolled out onto Hong Kong’s crowded streets.

Encouraged by the prospect of generous subsidies from the government’s HK$300 million “green transport fund”, the Hong Kong Taxi & Public Light Bus Association is leasing 45 battery-powered “e6” vehicles from Shenzhen-based manufacturer BYD.

https://www.scmp.com/sites/default/files/styles/237x147/public/2013/05/16/60fa5d44c6b025fc70698118dc593396.jpg?itok=W8Mf1wJD[1]

In time, BYD hopes to replace at least a quarter of Hong Kong’s 18,138 liquid-petroleum-gas-fuelled taxis with electric models.

According to the Reuters news service, BYD founder Wang Chuanfu said yesterday that if the city’s entire taxi and bus fleets were replaced with electric vehicles, “it will reduce Hong Kong’s emissions by 50 per cent”.

You have to wonder what he’s been smoking.

BYD boasts its e6 cars have zero emissions.

This is nonsense.

For one thing, it takes a lot of energy to manufacture battery-powered cars. BYD’s e6 weighs 60 per cent more than a Toyota Crown, the model which makes up the vast majority of Hong Kong’s existing taxi fleet. That means it takes a lot more energy to build.

And more energy means greater emissions.

According to a research paper published in last October’s edition of the Journal of Industrial Ecology, manufacturing a battery-powered vehicle like the e6 pumps out twice as much greenhouse gas as building a conventional car.

And even when electric cars reach the road, they are not emission-free. Their batteries have to be recharged, which means plugging them into the mains power supply.

That of course means electric cars are only as green to run as the electricity that charges their batteries.

So if Hong Kong were to generate all its electricity with wind turbines or solar panels, then BYD could legitimately claim its taxis were green.

But Hong Kong’s power mix is much dirtier. The government likes to claim the city generates 23 per cent of its electricity from natural gas, 23 per cent from nuclear power and 54 per cent from coal.

But if you scour through the Hong Kong Energy Statistics 2012 Annual Report published two weeks ago by the Census and Statistics Department, you get a different picture.

As the first chart shows, last year Hong Kong generated only 16 per cent of its electricity from relatively clean natural gas. The lion’s share – 61 per cent – came from coal.

Working from vehicle emission figures compiled by WWF-Deutschland, we can estimate that a battery-powered car recharged from Hong Kong’s electricity supply would be responsible for about 140 grams of carbon-dioxide emissions for every kilometre driven.

As the second chart shows, that is roughly the same as a petrol-driven car would pump out, and about 8 per cent more than a car with a diesel-hybrid engine.

When the additional emissions involved in manufacturing battery-powered vehicles are factored in, the case for electric cars looks even more shaky.

According to the Journal of Industrial Ecology paper, across their whole life-cycle, battery-powered cars recharged with electricity generated from natural gas emit the same amount of greenhouse gases as diesel-powered cars.

If the electricity is generated largely from coal, as in Hong Kong, battery-powered cars are responsible for significantly more emissions than conventionally powered vehicles like Hong Kong’s existing LPG-fuelled taxis.

That doesn’t mean electric vehicles are entirely pointless. They do shift emissions from the streets to power station smokestacks, which may have health benefits.

Just don’t kid yourself that these taxis are green. In environmental terms, they are bright red.

tom.holland@scmp.com [2]

Topics:

Electric Vehicles

BYD

Taxi

Electricity Generation

Greenhouse Gas

Energy



Links:
[1] https://www.scmp.com/sites/default/files/2013/05/16/60fa5d44c6b025fc70698118dc593396.jpg
[2] mailto:tom.holland@scmp.com

The Kowloon Motor Bus Co. (1933) Ltd – Annual Availability of Scrap Buses KMB

http://www.kmb.hk/en/business/sales_retired.html

Annual Availability of Scrap Buses

2013 Scrap Bus Sales Plan

Month

Type of Bus Available

Estimated quantity

January to July

Volvo 11M A/C

32

June to November

Volvo 12M A/C

66

January to December

Dennis Dragon 11M Non-A/C

126

February

Dennis Dart 10M

2

Note: The above information is for reference only and it may change from time to time.

TAC discusses bus route rationalisation and phasing out heavily polluting diesel commercial vehicles

The Transport Advisory Committee (TAC) was briefed today (March 26) on the Administration’s more comprehensive and vigorous approach in rationalising bus routes to better meet passenger demand, enhance bus operation efficiency, reduce pressure on fare increase, alleviate traffic congestion, and reduce roadside emissions, noting that this is a policy initiative announced in the Policy Address in January 2013.

“In view of the need for and benefits of rationalising bus services from both transport and environmental perspectives, the TAC supports the Government and franchised bus companies to pursue route rationalisation measures with greater vigour and determination. Members welcome the new “area approach” as well as the enhancement in interchange arrangements in rationalising bus services,” the TAC Chairman, Mr Larry Kwok said.

TAC Members were also briefed on the Government’s proposal to phase out heavily polluting diesel commercial vehicles by an incentive-cum-regulatory approach and to limit the service life of newly registered diesel commercial vehicles at 15 years as announced in the 2013 Policy Address, in order to improve roadside air quality and protect public health.

Members noted that there are about 86 000 pre-Euro IV diesel commercial vehicles in Hong Kong accounting for 66 per cent of the diesel commercial vehicle fleet. These vehicles together emit about 90 per cent of respirable suspended particulates and 63 per cent of nitrogen oxides from all diesel commercial vehicles.

“Members welcome the Government’s plan to phase out heavily polluting diesel commercial vehicles by an incentive-cum-regulatory approach,” Mr Kwok said.

Ends/Tuesday, March 26, 2013
Issued at HKT 18:24

Chance to host Formula E electric car race missed as pollution soars

Sunday, 10 March, 2013, 12:00am

News›Hong Kong

ENVIRONMENT

John Carney john.carney@scmp.com

Chance to host prestigious Formula E event for electric vehicles is missed on same weekend that near-record levels of smog are recorded

As pollution levels approached the worst ever recorded in Hong Kong, the government has snubbed a bid to bring one of the world’s most environmentally friendly and high-profile sporting events to the city.

The air pollution index at the roadside station in Causeway Bay peaked at 202 yesterday, the second highest level since recordings began 18 years ago.

Readings taken in Central and Mong Kok reached highs of 182 and 146 respectively.

Other stations in Hong Kong also recorded very high levels, and the Environmental Protection Department told people to limit their activities on busy streets as roadside air pollution was severe.

But the bad news did not end there. Formula E Holdings, promoter of the Formula E Championship, also made public its preliminary list of eight cities selected to host races next year – omitting Hong Kong.

The races will feature cars powered exclusively by electric energy. Hong Kong had been regarded by organisers as an ideal venue, but the government was not interested.

“Hong Kong will not be hosting a race next year. We can only hope the government will be more motivated in the future,” said Alejandro Agag, chief executive of Formula E.

“We were just left waiting and had to make a decision.”

Agag said his organisation provided government consultants with all the relevant details – such as the cost and how long streets would need to be closed – but heard nothing back. “It’s hard to consider Hong Kong as a venue when they don’t express their interest or contact us,” he said.

The lawmaker for the tourism sector, Paul Tse Wai-chun, said the government had missed out on an opportunity to improve the city’s image internationally.

“It would have been perfect to announce we were hosting a Formula E race here after the recent pollution problems. But all we have is even more bad publicity.”

Cities included in the Formula E preliminary calendar are London, Rome, Los Angeles, Miami, Beijing, Putrajaya (in Malaysia), Buenos Aires and Rio de Janeiro.

A spokesman for the Tourism Commission said that at this stage it was premature for them to comment on whether it was feasible for an event like Formula E to be staged in Hong Kong and whether it would receive government support.

“We work to attract mega events and activities to Hong Kong to enrich our overall tourism appeal and reinforce our status as the event capital in Asia,” he said.

Meanwhile pollution levels here are destined to remain high. Light winds mean the smog will not subside for a few days.

An Environmental Protection Department spokesman advised people with heart or respiratory illnesses to avoid staying in areas with heavy traffic.

“Everyone is advised to avoid prolonged stays in these areas and to reduce physical exertion in such areas,” he said.

Topics:

Air Pollution

Electric Car

Formula E

Environment

More on this:

Dust storms and smog revisit the streets of Beijing [1]


Source URL (retrieved on Mar 10th 2013, 7:07am): http://www.scmp.com/news/hong-kong/article/1187362/chance-host-formula-e-electric-car-race-missed-pollution-soars

Links:
[1] http://www.scmp.com/news/china/article/1187348/dust-storms-and-smog-revisit-streets-beijing

Causeway Bay API soars above WHO safety guidelines

Saturday, 09 March, 2013, 12:00am

News›Hong Kong

ENVIRONMENT

Cheung Chi-fai chifai.cheung@scmp.com

Government urged to curb vehicle emissions as calm weather lets exhaust gases linger  Environment officials came under pressure to cut vehicle emissions after dangerous pollution levels were recorded in one of Hong Kong’s busiest shopping districts yesterday.

In Causeway Bay, the air pollution index (API) hit 198, the third-highest level since recording began 18 years ago. Central’s highest reading was 187.

Those levels are described as “very high” under the city’s pollution forecast and warning system. People with respiratory or heart disease were advised to stay indoors.

In Causeway Bay, the air pollution index (API) hit 198, the third-highest level since recording began 18 years ago

The dominant pollutant in yesterday’s air was nitrogen dioxide, which comes from vehicle exhausts or reactions among various pollutants.(CTA: AND SHIPS which contribute more than 30%)

Nitrogen dioxide reached 291 micrograms per cubic metre of air at 3pm in Causeway Bay – nearly 50 per cent more than the World Health Organisation safety guideline of 200.

The level of PM2.5 – tiny particles that can penetrate deep into the lungs – was 72.4 micrograms at 3pm. The WHO’s recommended safety level is 25 micrograms, on average, over 24 hours. The city’s worst recorded roadside pollution was a “severe” API reading of 212 in Central last August.

Dave Ho Tak-yin, principal environmental protection officer, blamed calm weather for the dangerous pollution. “We expect air dispersion will remain poor and the API readings will remain at very high levels in the next couple of days,” he said.

Kwong Sum-yin, chief executive officer of the Clean Air Network, called the pollution alarming and urged the government to take prompt action.

“I hope [new measures] can be rolled out at a much quicker pace, and that steps will be taken rather than just talked about,” she said.

Officials’ top priority, she said, should be retrofitting franchised buses and ageing LPG vehicles with pollution filters.

But a spokesman for the Environmental Protection Department said the government had no timetable for seeking funding from lawmakers to subsidise bus and taxi operators for such a retrofit. (CLEAR THE AIR SAYS : “why in hell do that ? make the regulations stricter and make them comply or get off the bloody roads !)

Topics:

Air Pollution

Air Pollution Index

Causeway Bay

Exhaust Gas

Environment

Public Health


Source URL (retrieved on Mar 9th 2013, 11:15pm): http://www.scmp.com/news/hong-kong/article/1186604/causeway-bay-api-soars-above-who-safety-guidelines

Hydrogen Vehicle

http://www.airproducts.com/company/news-center/2013/01/0130-uk-first-integrated-hydrogen-transport-system-to-be-built-in-london-and-south-east.aspx

UKs First Integrated Hydrogen Transport System to be Built in London and South East

Led by Air Products, a consortium of companies with expertise in hydrogen transport infrastructure announced they will begin work on the three year LHNE (London Hydrogen Network Expansion) project, a government-backed initiative co-funded by the Technology Strategy Board to create the UK’s first hydrogen powered transport system across London and the South East.

The consortium will deliver a publicly accessible, state-of-the-art SmartFuel hydrogen fuelling station fast-fill 700 bar renewable hydrogen fuelling station network. LHNE will also deploy new hydrogen vehicles in London; including a number of Hyundai hydrogen fuel cell vehicles and Revolve hydrogen powered vans.

Creating this network is particularly important because the major car manufacturers have confirmed that the hydrogen vehicles available for purchase in the UK from 2014/15 require 700 bar fuelling systems. The LHNE project will upgrade Air Products’ existing fuelling station located near Heathrow Airport to 700 bar and deliver a brand new fuelling station with this specification in London. In addition, the project will increase accessibility to Air Products’ dual pressure fuelling station at Millbrook Proving Ground in Bedfordshire, and the Transport for London station in Stratford. These developments will create the first network of 700 bar fuelling stations in the UK, ready to meet an increasing demand for hydrogen fuel. The functionality of this network will then be proved by a fleet of hydrogen vans which will be operated by Commercial Group as part of their delivery network.

Diana Raine, Air Products, European business manager Hydrogen Energy Solutions said: “The LHNE project will bring together all the components necessary to make hydrogen transport possible across London and the South East as we prepare for the arrival in the UK of commercially available hydrogen vehicles. We hope that this project will act as an exciting demonstration model to be replicated across the UK and Europe in years to come.”

“Air Products is delighted to be leading this project which represents a significant milestone in the development of the UK’s hydrogen fuelling infrastructure for hydrogen transport.”

The LHNE consortium comprises of Air Products, Cenex, Commercial Group, Element Energy, Heathrow Airport Ltd and Revolve Technologies Ltd and the project is co-funded by a grant from the UK’s innovation agency, the Technology Strategy Board. It is one of five research and development projects selected by the Technology Strategy Board in 2012 to help accelerate the adoption of energy systems using hydrogen and fuel cell technologies, bringing them into everyday use. The Mayor of London and the Greater London Authority will play a supporting role in the project.

Air Products employees in California will use the Equinox FCEV in promotional efforts for our Hydrogen Energy business, which will be commissioning nine new hydrogen fueling stations in the next year.
Chevrolet Equinox Fuel Cell Electric Vehicle (FCEV) Headed to California

For almost three years, employees and visitors to our Trexlertown, Pennsylvania, U.S. campus had the unique opportunity to drive a Chevrolet Equinox Fuel Cell Vehicle based out of our corporate headquarters. The car became a familiar site throughout the Lehigh Valley, as more than 400 employees were trained as Hydrogen Ambassadors and participated in a wide variety of community outreach activities. These trained Air Products employees drove the hydrogen-powered cars over 30,000 miles while showing customers, prospects, investors, community stakeholders and Valley residents the future of clean transportation.

The Equinox FCEV is one of only 100 deployed by GM in 2009 as part of Project Driveway, the world’s largest-ever market test of fuel cell vehicles. According to GM, Project Driveway was about “real customers” giving “real-life feedback” on the vehicle as well as the ease of fueling it. And that’s something Air Products knows quite a bit about. Not only are we the world’s largest supplier of hydrogen to refineries for cleaner burning fuels, but we have been involved in more than 150 hydrogen fueling station projects throughout the United States and 19 countries worldwide. The Equinox vehicle refueled at Air Products’ own hydrogen fueling station, located at our corporate headquarters in Trexlertown (pictured below).

General Motors is moving all of their hydrogen fuel cell cars to California and Hawaii — focal points for early commercialization of these vehicles in the United States. Air Products employees will have the opportunity to drive the vehicle in California and use the car in promotional efforts for our Hydrogen Energy Business, which will be commissioning nine new hydrogen fueling stations in the next year. In addition, we plan to continue the Hydrogen Ambassador Program in Southern California and promote the innovative culture of Air Products to our customers and communities.

First, Hong Kong roads must be rid of polluting vehicles

Submitted by admin on Jan 30th 2013, 12:00am

Comment›Insight & Opinion  30 Jan 2013

Christine Loh

Christine Loh sets out the priorities to clean up our dirty air, starting with taking the most polluting vehicles off our roads and retrofitting others to cut the harmful emissions that affect the health of thousands of people

Improving Hong Kong’s air quality is a top priority because pollution affects public health. Measures must be strong enough to make a difference.

Most of our daily exposure to air pollution occurs at the roadside. In Hong Kong’s dense urban areas, thousands of people are out and about every minute of every day. Many people work at the roadside or their place of business opens onto a busy road. And the windows of homes on the lower floors of a building open not far from these busy thoroughfares.

Moreover, our roads are relatively narrow, with tall buildings on either side. As a result, emissions from vehicle exhausts become trapped. The pollution in these “street canyons” cannot disperse easily, making it a daily health threat.

Hence, our near-term goal is to reduce roadside air pollution and our first targets are high-emission vehicles – diesel commercial vehicles (such as trucks, school buses and tourist coaches), franchised buses, LPG taxis and minibuses.

The most worrying roadside pollutant are the particulates – PM10 and PM2.5 (or particles that are 10 and 2.5 micrometres in diameter or less, respectively) – that arise from combustion in diesel engines. They can penetrate deeply into lung tissues, causing cardiopulmonary disease. The World Health Organisation recently confirmed that diesel particulates are also carcinogenic.

Our key solution deals with the 88,000 diesel vehicles in Hong Kong that do not meet the newer Euro IV emission standards. They make up about two-thirds of the total number of 128,000 diesel vehicles on our roads. Pre-Euro vehicles are now at least 18 years old, and emit 34 times more particulates than the Euro V models; even a Euro III vehicle emits five times more particulates.

The government has set aside HK$10 billion to provide subsidies to the owners of these outdated vehicles. They can either surrender their vehicle under a “cash for clunker” scheme or get a higher amount to replace their old vehicles with new ones. We offer the flexibility of a dual scheme because trade representatives say some owners may not wish to replace their vehicles – some may want to reduce the size of their fleet while others may wish to retire altogether.

The plan is to get these 88,000 polluting vehicles off our roads by a certain time – pre-Euro and Euro I vehicles by January 2016; Euro II vehicles by January 2017; and the rest by January 2019.

Some have said the subsidies were too generous, and that the phasing out would take too long. The truth is, the government is prepared to spend the money to improve public health, and it recognises that the trade needs time to replace such a large number of vehicles. For the plan to succeed, it needs to be feasible.

We have begun discussions with the trade on the details of the scheme. We will also legislate for a maximum life of 15 years for new diesel vehicles, as many other jurisdictions have done.

Another problem we face is the unusually high levels of nitrogen dioxide at our roadsides. There are two main causes – franchised buses and LPG vehicles.

While older franchised buses had particulate filters fitted to them some years ago, their nitrogen dioxide levels need to be lowered if we are to reduce the overall pollution. Fitting a selective catalytic reduction device on Euro II and III buses would enable them to perform like Euro IV and V models. Bus fleets in Europe have done similar retrofits successfully.

The Hong Kong government is proposing to fund the capital cost of these devices and for the franchisees to absorb the operating and maintenance costs. This scheme is estimated to cost HK$550 million and will take about two years to complete.

LPG vehicles are cleaner than diesel vehicles but a large amount of nitrogen dioxide can be emitted if their catalytic converters are defective. This is precisely the problem in Hong Kong. Local studies have shown that many owners of taxis and minibuses are not replacing the devices when they should. An agreement has been reached for the government to cover the cost of new devices on a one-off basis but for the trade to pay for future replacements.

There are currently about 18,000 taxis and 4,350 minibuses, 66 per cent of which are powered by LPG. For vehicles such as these, which cover a high mileage, the catalytic converter needs to be replaced about every 18 months. This scheme will cost HK$150 million and should be completed by 2014.

The above three schemes are end-of-pipe solutions. Other solutions are also needed. For example, the chief executive’s policy address called for bus routes to be rationalised. A successful reorganisation of bus numbers, routes and networks should result in shorter travel time, easy interchanges and good service, which will also improve roadside air quality.

The policy address also called for adjustments to cross-harbour tunnel fees, which will improve usage efficiency and relieve congestion.

Yet other solutions require planning changes, such as creating low-emission and pedestrian-only zones. We also have a series of measures to reduce shipping emissions. Hong Kong is a busy port for large oceangoing vessels, river trade vessels as well as local craft, such as ferries and hydrofoils.

Together, their emissions of the three major air pollutants – that is, sulphur dioxide, nitrogen oxides and respirable suspended particulates – now exceed those of our power plants.

The policy address proposed mandating a fuel switch at berth for oceangoing vessels, and for onshore power equipment to be built at the new Kai Tak Cruise Terminal. Indeed, our longer-term focus is to work with the mainland so that emissions can be controlled in all the waters of the Pearl River Delta. It’s clear from research that significant public health benefits would be reaped from such a move.

To further reduce air pollution, we will explore further reducing local coal-fired electricity generation by about 2020, as well as deepening collaboration with Guangdong, particularly on how to deal with the thorny challenge of regional smog.

We accept that much more needs to be done, and will continue to strive to reduce the public health risk.

Christine Loh Kung-wai is undersecretary for the environment. This is based on her speech yesterday at a joint chamber luncheon with French, Canadian, German, Italian, Singapore and Swedish chambers of commerce members. The event was hosted by the Australian Chamber of Commerce in Hong Kong

Topics:

Environment

Air Pollution

Vehicle


Source URL (retrieved on Jan 30th 2013, 6:14am): http://www.scmp.com/comment/insight-opinion/article/1138723/first-hong-kong-roads-must-be-rid-polluting-vehicles

Old trucks face scrapheap to curb air pollution

Published on South China Morning Post (http://www.scmp.com)

Home > Old trucks face scrapheap to curb air pollution


Old trucks face scrapheap to curb air pollution

Submitted by admin on Jan 17th 2013, 12:00am

News›Hong Kong

POLICY ADDRESS

Cheung Chi-fai and Keith Wallis

Cash incentives to take worst-polluting vehicles out of use; law to make ships burn cleaner fuel

Lau Wai-kei spends his days driving a blue dump truck – the very colour everyone wants Hong Kong’s sky to be. It is the first and only truck Lau has bought and has helped fund his wedding, home and feed his two children.

https://www.scmp.com/sites/default/files/styles/486w/public/2013/01/17/ndfgjklsdgsdfg.jpg

But the truck, registered in 1995, is deemed to be among the city’s most polluting vehicles, emitting 34 times as many particles as the latest model. The continued use of trucks like Lau’s could even threaten lives.

That is why Chief Executive Leung Chun-ying yesterday pledged to introduce a HK$10 billion package to remove tens of thousands of the dirtiest vehicles from the streets in phases between now and 2019. It is the largest and most expensive measure ever to clean up the city’s air.

As well as offering larger cash incentives for owners to scrap their vehicles than previous, unsuccessful schemes, the vehicle replacement plan will also limit the lifespan of newly registered trucks to a maximum of 15 years.

Officials say a new law would be needed to impose the lifespan limit before they seek lawmakers’ approval for the funding.

Besides addressing the problem of what he called “carcinogenic” roadside pollution, Leung also pledged to introduce legislation next year to require all oceangoing vessels to use fuel with lower sulphur content when berthed in the city, a move think tank Civic Exchange called a “major breakthrough” that could reduce the sulphur emissions by up to a third.

Leung also plans to force all 15,000 vessels operating in local waters to use cleaner fuel.

Officials hope these policies can improve air quality, helping to extend the lives of the 3,000 people estimated to die prematurely each year due to air pollution and reduce annual economic losses of HK$39 billion attributed by experts to the pollution. But the measures are set to prompt a battle with the transport industry, which says the package goes too far, and green groups like Friends of the Earth and Clean Air Network which say the old vehicles are not being phased out quickly enough.

Under the plan, about 88,000 commercial diesel vehicles which pre-date the Euro IV emission standard introduced in the city in 2006 would be removed from the streets in phases. These vehicles account for about half of all nitrogen oxides emissions and 88 per cent of particles at the roadside.

From 2016, no new licences would be allowed for vehicles that pre-date the Euro and Euro I emissions standards. Pre-Euro II vehicles will not be licensed from 2017, pre-Euro III vehicles from 2019. By the deadlines, these vehicles would be at least 13 years old. Some would have been running for more than 18 years.

Ex-gratia payments based on the age of the vehicle and representing a percentage of the cost of replacement would be offered to affected owners. Those who scrap and replace old vehicles could receive between 18 per cent and 30 per cent of the cost of the replacement, up from 10 per cent to 12 per cent in past schemes.

Unlike previous schemes, owners who scrap their vehicle without replacement would also receive cash, at a rate of between 10 per cent and 18 per cent of a new vehicle’s cost.

But Lau, the truck owner, said a payment of just HK$200,000 would not be enough for him to buy a new truck, which would cost HK$1 million. “It is going to rob me of my living,” he said, adding he would drive his vehicle until the 2016 deadline.

Leung Kun-kuen, chairman of the Kowloon Trucks Merchants Association, said the package was far from satisfactory, adding: “Are [the officials] going to force the operators out of business and prompt them to take to the streets?”

Leung said the compensation for owners who did not buy a new vehicle remained unattractive, and questioned whether even a 30 per cent payment would be enough to encourage owners to scrap Euro III vehicles, as the sum would be similar to what they would receive for selling their used vehicle.

But Chow Yu-lung, 60, who has suffered from asthma for 23 years and avoids walking in urban areas, wants the plan introduced as soon as possible.

“If these vehicles are removed, I could hit the streets again, rather than hiding at home with an air purifier,” he said, adding that he sympathised with those who might lose their job because of the plan.

Professor Anthony Hedley of the University of Hong Kong’s community medicine department said there were limits to Leung’s plan, but it remained a “defining moment”.

“I certainly think the owners should accept responsibility for their vehicles,” he said. “We would not allow the driving of vehicles with no brakes or defective steering, and we shouldn’t allow vehicles with dirty emissions which are killing people.”

Tim Smith, chairman of the Hong Kong Liner Shipping Association said his group was “pleased to see the chief executive’s support in the policy address for action”.

Smith is also North Asia chief executive for Maersk Line, one of 18 shipping companies that signed the Fair Winds Charter, a voluntary programme in which the firms agreed to use low-sulphur fuel from January 2011 while urging government regulation.

Topics:

CY Leung policy address 2013

Air Pollution


Source URL (retrieved on Jan 17th 2013, 5:50am): http://www.scmp.com/news/hong-kong/article/1129717/old-trucks-face-scrapheap-curb-air-pollution

Emission standards for lorries and buses

Whereas for passenger cars, the standards are defined by vehicle driving distance, g/km, for lorries (trucks) they are defined by engine energy output, g/kWh, and are therefore in no way comparable. The following table contains a summary of the emission standards and their implementation dates. Dates in the tables refer to new type approvals; the dates for all type approvals are in most cases one year later (EU type approvals are valid longer than one year).

The official category name is heavy-duty diesel engines, which generally includes lorries and buses.

EU Emission Standards for HD Diesel Engines, g/kWh (smoke in m−1)

Tier Date Test cycle CO HC NOx PM Smoke
Euro I 1992, < 85 kW ECE R-49 4.5 1.1 8.0 0.612
1992, > 85 kW 4.5 1.1 8.0 0.36
Euro II October 1996 4.0 1.1 7.0 0.25
October 1998 4.0 1.1 7.0 0.15
Euro III October 1999 EEVs only ESC & ELR 1.0 0.25 2.0 0.02 0.15
October 2000 ESC & ELR 2.1 0.66 5.0 0.10
0.13*
0.8
Euro IV October 2005 1.5 0.46 3.5 0.02 0.5
Euro V October 2008 1.5 0.46 2.0 0.02 0.5
Euro VI 31. December 2013[19] 1.5 0.13 0.4 0.01
* for engines of less than 0.75 dm³ swept volume per cylinder and a rated power speed of more than 3,000 per minute. EEV is “Enhanced environmentally friendly vehicle“.

Emission standards for Large Goods Vehicles

Euro norm emissions for category N3, EDC, (2000 and up)
Standard Date CO (g/kWh) NOx (g/kWh) HC (g/kWh) PM (g/kWh)
Euro 0 1988–1992 12.3 15.8 2.6 none
Euro I 1992–1995 4.9 9.0 1.23 0.40
Euro II 1995–1999 4.0 7.0 1.1 0.15
Euro III 1999–2005 2.1 5.0 0.66 0.1
Euro IV 2005–2008 1.5 3.5 0.46 0.02
Euro V 2008–2012 1.5 2.0 0.46 0.02

http://en.wikipedia.org/wiki/European_emission_standards