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Waste
An interim discussion paper
Strategy Unit 13 September 2002
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Introduction
- What’s already being achieved?
- The future holds increasing challenges
- Rising waste volumes: the main drivers
- The Challenge: shifting to more sustainable waste management
- Table 1: Methods of Waste
Management, by Country
- Waste management : the EU Directive
- Waste management : the strategic choices facing the UK
- Table 2: European Waste strategies
- There are no easy answers to the challenge
- Waste management : barriers to change
- Waste management and disposal
- Next steps for the study
Introduction
1. This discussion paper, which is not a statement of Government
policy, highlights the reasons why waste is an important issue and invites views
and comments on how the growth in waste volumes should be dealt with. Final
recommendations will be included in a report due to be published in the Autumn.
2. Securing improvements in the environment and promoting
sustainable development are key policy goals of this Government. Action has been
taken both domestically and internationally in a broad range of areas in pursuit
of these goals. Achievements include: taking the lead internationally to reduce
greenhouse gas emissions and to tackle global warming; improving urban air
quality; and improving both drinking and river water quality.
3. Changing the way that waste and resources are managed can
make an important contribution to improving quality of life and actioning
sustainable development. Indicators and targets have been set 1 to help drive an overall reduction in waste and improvements in
managing it.
4. Many environmental and sustainable development challenges
remain. For this reason the
Strategy Unit (formally the Performance and Innovation Unit) was tasked at the
end of last year with helping DEFRA to deliver its Waste Strategy 2000 . The
Unit has therefore been looking at how England manages its waste stream and what
can be learnt from the approaches taken by other nations. This includes looking
at the instruments, changes to regulations or additional funding that may be
required to ensure that England can meet its domestic waste targets and
international obligations in the most cost effective and environmentally
sustainable way.
5. The study has centred mainly on municipal solid waste (i.e.
waste produced by households and small businesses that is collected by local
authorities), because this is the focal point of some important EU legislation.
The EU Landfill Directive sets the UK tough targets for 2010 and beyond for the
amount of municipal biodegradable waste sent to landfill. The SU is also taking
an overview of hazardous, industrial and commercial wastes 2 because these must be managed and disposed of in line with waste
regulations, and are increasingly affected by EU Directives.
6. The SU’s focus has been on England, because waste policy is
devolved. Scotland and Northern
Ireland already have their own waste
strategies and Wales is currently developing its waste plans. The growth
in waste volumes affects all of the UK, and our international obligations to
tackle waste, outlined later in this paper, apply UK-wide. The SU has therefore
been discussing economic and regulatory instruments for dealing with waste with
colleagues in Scotland, Wales and Northern Ireland.
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Quality
of Life Counts,
Waste Strategy
2000
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Descriptions
of different types of waste are included in Waste Strategy 2000
What’s already being achieved?
7. For municipal waste:
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the proportion of household waste
recycled (including composting) has increased steadily from 7% in 1996/7 to
11% in 2000/013;
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the proportion of households served by
kerbside recycling collections schemes has increased from 48% in 1999/00 to
51% in 2000/014;
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statutory targets for local authorities
for recycling of waste have been introduced; and
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inroads have begun to be made into the
proportion of municipal waste disposed of to landfill, from 80% in 1999/2000
to 78% in 2000/01.
The future holds increasing challenges
8. The amount of municipal waste produced by the UK is growing
at around 3% per year. This is faster than growth in GDP and is one of the
fastest growth rates in Europe. 5 Growth in waste volumes is the most important driver of the rising
cost of waste management in the UK.
9. There is a need for action to curb the continuing rise in
waste volumes and to shift to more sustainable ways of managing the waste stream
if the UK is to meet tightening EU legislation and domestic policy goals.
10. But first some key statistics about the UK’s waste which
highlight both the challenge policymaker’s face and the potential for further
improvement:
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England, Municipal
Waste Survey 2000/01
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England, Municipal
Waste Survey 2000/01
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Source: OECD/Eurostat
data. Eg % increase/year 1991-1999=2.48% in Belgium; 2.55% in Austria; 0.43%
in Denmark, compared to 3.87% in the UK (Eurostat figures)
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Did you know that… |
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Every week the UK produces enough rubbish to fill
Wembley stadium. Over half of that could be recycled. [Source: DETR]
Each year households, commerce and industry in the UK
produces over 100 million tonnes of waste.
In one year there would be enough waste to fill dustbins
stretching from the Earth to the Moon. [Source: LGB Publications]
By 2020 the amount of municipal waste generated by the
UK is set to double. 6
Each tonne of paper recycled saves 15 trees, as well as
their surrounding habitat and wildlife. [Source: World Wildlife Fund]
Up to 90% of new glass could be made from reclaimed
scrap glass, which saves energy and raw materials . [Source: British
Glass]
The UK uses over 6 billion glass containers each year,
amounting to over 2 million tonnes. In 1998, 22% of these containers
were recycled. The European average is 50%, with some countries
recycling over 80%. [Source:
British Glass]
Recycling aluminium can bring energy savings of up to
95% and produce 95% less greenhouse gas emissions than when it is
produced from raw materials. [Source:
Alupro]
About 20,000 tonnes of aluminium foil packaging (worth
£8 million) is wasted each year. Only 3,000 tonnes is recycled. [Source:
Alupro]
Packaging is typically 25-35% by weight of dustbin
waste. Reducing the amount of packaging saves on transport costs and
emissions as well as reducing consumption of raw materials.
Every plastic bag sent to landfill takes 500 years to
decay. The UK uses 500 million of these each week. [Source: Rethink Rubbish Campaign]
A third of household waste could be composted (eg garden
waste). [Source:
INCPEN)
Much of the UK’s waste could be of value to someone
else – old clothes, toys, bric-a-brac or furniture are often useful to
charitable organisations. [Source:
INCPEN] |
Rising waste volumes: the main drivers
11. Waste growth is fuelled by a range of economic and social
factors linked to growing prosperity, including rising household income,
increasing household numbers and changing household types (e.g. more smaller
households); changing lifestyles (e.g. more working from home); influential
advertising (e.g. encouraging us to discard non-upgradeable electronics for the
latest model); and the growth in sales of pre-packaged goods.
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Waste Strategy 2000/Strategy Unit analysis
The Challenge: shifting to more sustainable waste management
12. The challenge is to reduce the growth of waste - and the
costs and resources associated with managing it - without harming economic
growth and prosperity.
13. Every year the UK produces 28 million tonnes of municipal
waste, almost 80% of which goes straight to landfill 7. Whilst this is similar to
some countries e.g. Italy, it is higher than in France which
landfills 49% of its waste; Austria 35% and the Netherlands 12%. Historically the UK has
relied on landfilling because of its geology, and the fact that
landfilling is the cheapest method of waste disposal.
14. There are good reasons for reducing the volume of waste sent
to landfill:
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Landfilling biodegradable waste produces
25% of the UK’s methane, a powerful greenhouse gas.8
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Landfilling means that resources, which
could otherwise be recycled or reused with associated benefits to the
environment, are lost, making no contribution to sustainable development.
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The UK is currently running out of
landfill sites in some areas of England such as the South-East. Transporting
waste further distances to be landfilled will mean even more burdens on the
environment.
15. The rate of recycling in the UK has been steadily
increasing and is on a par with Italy and France. A comparison of the UK’s
approach to municipal waste management with other nations is shown in table 1
below:
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Overall, the UK
produces 400 million tonnes of waste per year. 100 million tonnes comes from
households, commerce and industry. A
further 300 million tonnes is made up of construction and demolition wastes,
agricultural wastes, mining wastes, sewage sludge and dredged spoils.
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"Zero Waste"
Robin Murray
Table 1: Methods of Waste
Management, by Country
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- Euro Data Source: includes Sharma A (2000) “European Recycling
Performance” Warmer Bulletin>
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Japan Data Source: “Waste Treatment Technology in Japan” The
Committee for Studying Transfer of Environmental Technologies, May 1996
- US Data Source: EPA.
- Data taken from a range of years. Definitions of municipal waste and
recycling vary from country to country.
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16. It is difficult to make direct comparisons between the
European member states as there are differences in the definitions used for
Municipal Solid Waste (MSW) and it is not always possible to access reliable
data from the same year. This needs to be taken into consideration as the data
in the table above has been obtained from a range of years and it is
acknowledged that throughout Europe discrepancies occur as to what constitutes
MSW. However, the table does form a useful reference point in terms of providing
an indication of the preferred management options for waste across some member
states.
Waste management : the EU Directive
17. The EU Landfill Directive aims to prevent, or reduce as far
as possible, the negative environmental impacts of landfill. The Directive sets
targets for reducing the UK’s reliance on landfilling biodegradable waste from
2010. The Directive’s main requirements are set out below. 9
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From Waste Strategy 2000
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Main requirements of the Landfill Directive: |
- The volume of biodegradable municipal waste sent to landfill is to
be reduced to 75% of that in 1995 by 2010, 50% of that produced in
1995 by 2013 and 35% of that produced in 1995 by 2020.
- The co-disposal of hazardous and non-hazardous wastes is banned
and separate landfills for hazardous, non-hazardous and inert wastes
are required.
- Landfill of tyres is banned (by 2003 whole tyres, by 2006 for
shredded tyres).
- Landfill of liquid wastes, infectious clinical wastes and certain
types of hazardous waste is banned.
- There are provisions to control, monitor and report and close
sites.
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18. The EU could impose fines for non-compliance with the Directive. This
might mean potential fines for the UK of up to £180 million per year from 2010
for non-compliance if action is not taken to reduce reliance on landfill.
19. To help to deliver this goal, Waste Strategy 2000 set a target of 25% of
household waste to be recycled/composted by 2005. The current rate in England is
11%. Without further progress, the UK will get further away from the Directive
targets, as chart 1 below shows.
Chart 1: The gap between biodegradable landfill and EU Landfill Directive
Targets (mt)
Source: Strategy Unit analysis
Waste management : the strategic choices facing the UK
20. The key questions the SU study has been addressing include:
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How can the UK reduce its rate of
municipal waste growth?
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If it can, what is the likely amount of
waste the UK will need to manage?
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How much of the UK’s municipal solid
waste can be cost-effectively and feasibly managed by recycling and
composting?
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How does the UK deal with residual waste?
What role should be played by incineration, landfill, and new technologies,
while still complying with the EU Landfill Directive? How will costs change
over time and at what rate?
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How does the UK weigh up the costs and
the environmental, health and social impacts of the different options?
21. The EU Waste Hierarchy sets out a theoretical framework
for how nations should be effectively managing their waste. This is shown
below: action should be as high up the hierarchy as possible to support
sustainable development and reduce the impact on the environment.
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Waste minimisation – reducing waste produced by industry or households
through efficient production and design, reduction of packaging or
reducing waste that needs to be collected through home composting. |
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Re-use – re-use of products and materials around the home or via
waste swap shops or waste exchanges. |
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Recycling – recycling of materials eg paper and aluminium, or Composting eg green waste |
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Thermal treatment/energy
recovery – incineration, gasification or
pyrolysis |
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Final Disposal - landfill |
22. Most other nations in the EU and many other countries
including the USA, Canada, Australia and New Zealand, rely on a mixture of
alternative options to landfill, often depending on the type of waste involved.
Some EU nations are putting even more focus on reducing waste growth, increasing
recycling and developing new technologies to tackle waste. These countries tend
to have high public awareness of the waste problem. Many have introduced
education programmes informing businesses and the public how to go about waste
reduction, re-use, recycling and composting.
23. International experience has demonstrated that long lead
times have been involved in getting new infrastructure in place and changing
behaviour. For example, in the Netherlands and Belgium it has taken 10-15 years
to achieve change following significant increases in Landfill Tax, producer
responsibility and new waste infrastructure.
24. A few specific examples of the means used across Europe to
promote options high up the waste hierarchy are given below. All these
instruments have pros and cons.
| Waste prevention and
minimisation is tackled in
a number of countries through the use of product taxes on a life-cycle
approach. For example, Denmark has a general tax on disposable items
such as batteries, electric bulbs, tyres and pesticides. Similarly,
Belgium has a product tax on a number of items including disposable
drink containers and some types of packaging. Italy and recently Ireland
have introduced taxes on carrier bags. |
| Waste minimisation, reuse and
recycling is successfully
promoted in a number of countries through deposit refund schemes.
Sweden, for example, operates such a scheme for glass and plastic
bottles, and aluminium cans, and Germany for a variety of products. Some
countries have reported high administrative costs in setting up such
schemes, although return levels of between 60-99% have been achieved in
most cases. |
| Diversion from landfill via
other options has been
encouraged in a number of countries through the use of landfill taxes,
often administered with additional instruments including landfill bans
on certain types of waste. The current UK landfill tax rate is £13.0010
(20.3 Euros) per tonne contrasts with landfill tax rates
in countries such as Denmark (50 Euros per tonne) and Austria (43.6
Euros per tonne). The use of landfill taxes has proved to be a useful
source of funding for developing alternative infrastructures for
managing waste and incentivising people to use alternative waste
management approaches. In addition, regulations ban the landfill of
certain wastes. |
25. Many of the most successful European nations have in place
packages of both legislative and incentive-based measures for moving waste
management up the waste hierarchy. Across Europe, Denmark, the Netherlands,
Sweden and Switzerland rely on instruments including landfill taxes, landfill
bans of some waste streams and Extended Producer Responsibility (EPR). EPR
extends the responsibility of producers for environmental impacts of their
products to the entire life cycle including take-back, recycling and disposal.
26. Table 2 shows that a number of European countries have in
place well established instruments for tackling waste.
10 The
Government announced in the 1999 Budget that it in intends to raise the standard
rate of landfill tax by £1 per tonne in April each year to 2004, subject to
Parliamentary approval. Budget 2002 stated that "The Government anticipates
that the rates of landfill tax will need to be increased significantly in the
medium term as part of the mix of future policy measures. The Government will
take future decisions on landfill tax, and consider the case for a tax on
incineration, in the light of the findings of the PIU waste project."
HM Treasury Budget 2002
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Table 2: European Waste
strategies: some examples
(v = measures
known to be already in widespread use to support waste strategies)
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. Recycling
rates various years
* Biodegradable
Municipal Waste
**Municipal Solid Waste. MSW is subject to some
variation in definition eg some countries include home composting, and
construction and demolition waste in recycling figures. Others do not.
***Ban on the landfill of separately collected paper and
paperboard, separately collected food and garden waste and municipal
waste from households
****Eg compulsory deposits on certain types of
disposable packaging from January 2003. Germany now recycles 80% of
household packaging.
*****Eg Investment grants are provided for the
development of new biological treatment plants.
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27. The SU’s analysis has found some common waste ‘myths’.
A few of these follow.
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Common waste ‘myths’ |
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Doing nothing is a cheap option for the UK…
Even if the UK does nothing and retains current cheap
landfill methods, taxpayers in the UK will face an increased bill of
£1.6bn a year by 2020. This is just to cope with the extra 24 million
tonnes of waste the UK will produce per year by this date if waste
continues to grow by 3% per year. The EU Landfill Directive, in any
event, commits the UK to diverting more waste from landfill or it could
face very large fines. |
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The public already pays heavily for waste collection
and disposal through Council Tax bills…
The vast majority of households think that they pay a
higher cost for waste management than is actually the case. The majority
of people believe that around £200 per year of Council Tax is spent on
waste management and almost a third think they pay over £260. The
reality is closer to £50 per household per year after taking into
account central Government grants.11 |
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Most people in the UK recycle their waste…
85% of the UK population say that they recycle waste12 – if 85%
of people did recycle everything recyclable on a regular basis this
would translate into a national recycling rate of 45%. Currently
although the rate is increasing, it is lower than that at 12%. |
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Doing ‘my little bit’ won’t make a difference…
Even small lifestyle changes can help the environment.
If all the aluminium cans sold in the UK were recycled there would be 12
million fewer dustbins of waste each year.13 Every tonne of glass
recycled saves more than a tonne of raw materials.14 That means
less quarrying, less damage to the countryside, less pollution and
global warming, and more energy savings. Switching from plastic to
reusable glass bottles, recycling newspapers, choosing products
containing recyclable materials, reusing carrier bags, and composting
garden cuttings can directly benefit the environment and reduce cost
increases due to waste growth. These kinds of activity have helped bring
about lower waste growth rates and higher recycling rates in other
nations. |
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My life style’s too busy to take action on waste…
Making a few changes to everyday actions at home, at
work, or when shopping need not take much time. Separating out
newspapers, aluminium cans and glass bottles each week only takes a few
minutes, and these can often be deposited at recycling banks provided at
supermarkets or other convenient outlets or collected in council
recycling schemes. |
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Waste Watch "1999 What people think about waste"
and MORI survey for the Environmental Services Association
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Waste Watch "1999 What people think about waste"
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Alucan website
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DETR ‘Every little bit helps’
There are no easy answers to the challenge
28. Based on current trends and policies, the Strategy Unit
forecasts that the UK will face a further 24 million tonnes of municipal waste
by 2020 – almost double the current levels – and continue to landfill.
This poses a significant challenge in developing policies to move the UK to a
more sustainable system of waste management. But waste is a complex
issue:
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the SU‘s
analysis confirms that the rate of waste growth is a huge cost driver so minimising the amount of waste the UK produces will be
important. This is a difficult task, and will require
significant changes in industry practice and in consumer and household behaviour. But
if amounts of waste can be reduced, this will mean that fewer
costly waste management facilities will need to be built;
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recycling more
of the UK’s waste will move it further up the Waste Hierarchy. However, additional upfront costs will be involved in
setting up the necessary recycling infrastructure and public attitudes and
behaviour will need to change so that the majority of households, that are
able to do so, participate in recycling. Even when kerbside recycling
facilities are provided, public participation can vary from 30-90%.15 This demonstrates the importance of effective publicity and education campaigns.
…in short, there is no one single, or easy answer.
Waste management : barriers to change
29. The SU have identified a number of barriers to change
including:
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variable take up of recycling as well as other alternatives
to landfilling (eg new technologies), because of insufficient investment in
infrastructure and collection and disposal methods;
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low public awareness and a lack of incentives to change
household behaviour. This is despite the fact that many people do make an
effort to recycle and some local authorities have shown that it is possible
to increase recycling rates to as much as 40%;
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a lack of mature good markets for recycled materials in the
UK – even though WRAP – the Waste
and Resources Action Programme –
has made a good start;
despite industry behaviour in part being changed through the
introduction of Producer Responsibility measures (eg reducing quantities of
packaging), more needs to be done to make a real impact on reducing waste
growth and promoting recycling;
public perceptions tend to be focused on the potential
environmental and health hazards of waste disposal. The SU has reviewed the
environmental emission levels and health risks of different waste management
options and sought to put these into a wider context, as shown below.
15 Research by Friends of the Earth and Professor Peter Tucker,
University of Paisley
Waste management and disposal: environmental and health impacts
in context
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The waste disposal and recycling industry
is responsible for 4.3%, 0.32% and 5.2%16 of emissions to air, water and sewer respectively.
Other industrial activity therefore has a far greater impact than the waste
disposal and recycling industry.
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These percentages would be lower still if
other unregulated emissions to our atmosphere e.g. car use, bonfires,
barbecues etc were included in these figures.
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There have been concerns raised about the
environmental and health effects of emissions from all waste management
facilities. However, emissions from the waste industry need to be seen in
the context that:
- Emissions of greenhouse gases (barring methane from
landfill) are already low relative to other activities, and have been
falling as new regulations have come in.
- Failure to improve the management
of existing waste streams will be more harmful than reducing waste
production and adding new, well regulated and monitored waste treatment
facilities (composting/recycling plants, thermal treatment plants and other
technologies) to manage waste and reduce emissions still further.
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The UK needs to continue to improve its
ability to compare existing and new facilities on
an equal footing to help local authorities find the best solution for their
area and manage risk effectively.
Next steps for the study
30. The SU is still conducting its analysis and holding
discussions with waste experts and other stakeholders. The SU will report
its findings later this year.
31. The Spending
Review 2002 announced additional
resources for local authorities to help them kick-start the shift away from
landfill. Final decisions on funding will be made when the SU’s report is
published.
32. The SU is seeking your views and input to the study via
this web site.
Please click here for some specific questions the project team
would like your help with. You can e-mail the team at: wasteteam@cabinetoffice.x.gsi.gov.uk
or write to: The Waste team, Strategy Unit, Admiralty Arch,
The Mall, London SW1A 2WH, by 30 September 2002. Please see the project scoping note for
further background information about the study.
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Based
on total 2000 aggregated releases. Source: Environment Agency Pollution
Inventory
33. If you would like to find out more about waste issues,
some suggested web sites are listed below:
The Strategy Unit exists to provide the Prime Minister and
Government departments with a project-based capacity to look creatively at
strategic long-term issues.
The Strategy Unit is an important part of the drive for
better, more joined-up, Government as set out in the Modernising Government
White Paper of March 1999. The Unit acts as a resource for the whole of
Government and tackles issues on a project basis, focusing on
medium/long-term issues that cross public sector institutional boundaries.
In addition, the Unit takes on short-term projects responding to direct
requests from No10 Downing Street.
The Unit reports direct to the Prime Minister through the
Cabinet Secretary.
Strategy Unit
Admiralty Arch
The Mall
London SW1A 2WH
020 7276 1881
strategy@cabinet-office.x.gsi.gov.uk
www.strategy.gov.uk
The text of this document may be reproduced free of charge
in any format or media without requiring specific permission. This is
subject to the material not being used in a derogatory or in a misleading
context. The source of this material must be acknowledged as Crown copyright
and the title of the document must be included when being reproduced as part
of another publication or service
Crown copyright 2002
My response
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