Waste Management Policies In European Countries Environmental Sciences Essay

Disposal of Waste Electronic and Electrical Equipment ( WEEE ) ( Environmental Agency. 2012 ) is surely an purpose and a mission that has been launched throughout the European Union, and particularly in the UK. The purpose of this paper is to foreground policies in respects of ( WEEE ) in the UK, and how effectual waste direction policies are considered by governments, besides, how appropriate is it ‘s use harmonizing to current constabularies ; in add-on this paper will research the undermentioned inquiry: Could the UK be a prima illustration to developing states towards electronic and electrical waste?

Waste Management in Europe is doubtless an extended issue sing environmental challenges in comparing with other countries of pollution control. Most European states including the UK, seek to implement an drawn-out scope of mechanisms to turn to jobs with waste disposal. The ordinance of the waste concatenation seems to be the cardinal characteristic towards extenuation and control of any beginning of coevals of waste ; from initial production to concluding disposal. ( Stuart Bell.2008 )

Hire a custom writer who has experience.
It's time for you to submit amazing papers!

order now

1-Technology and human ingestion. Do we care about e-waste? WEEE is one of the fastest turning waste merchandises around the universe. In recent times, the developed universe relies to a great extent on consumer electronics, which are inexpensive and easy replaceable. This civilization of replacing, instead than fix is presenting a new type of waste into society which needs to be managed responsibly.http: //www.altrigen.com/wp-content/themes/wpremix3/images/bespoke/weee_logo.gif

In 2007 the UK introduced European Union Torahs to cover with e-waste affair ( WEEE ) being produced by the UK, but unluckily, even with the new e-waste jurisprudence, e-waste is ignored because it does non bring forth a cost-benefit ; therefore the UK needs to seek options to turn it green. Disposal of e-waste is really more expensive than disposal of other waste classs, which use landfill or by payment to local authorities-boroughs for upheaval ; In the UK, WEEE direction is frequently undertaken by the most low-cost method, which by and large involves the usage of low-priced transportation administrations, to travel WEEE waste discretely to developing states, where it will be dumped at great environmental cost.

2-Disposing e-waste an expensive option. WEEE an unwanted policy. Disposal of e-waste is an expensive world ; unhappily in the UK, WEEE is an unpopular policy which comes along with concerns in respects to Individual Producer Responsibility ( IPR ) ; briefly, manufacturers are separately responsible ( financially or financially and physically ) for their ain merchandises at the terminal of their lives. ( IPR Working Group. 2012 ) . The purpose of this strategy is to make an economic/commercial inducement for manufacturers to prosecute with the environment, ( better version in reuse, recycling and easier fixs before the terminal of life rhythm ) , taking towards the decrease of Environmental Impacts at the terminal of life rhythm.

IPR besides refers to an alternate as Corporate Producer Responsibility CPR ; theoretically it should work within the same model as IPR, but taking for environmental mechanisms for merchandises, to let manufacturers to run into duties jointly.

Recycling under IPR and CPR

IPR and CPR both imply fiscal duty, though non needfully physical. An single or corporate take-back system could run under IPR or CPR funding mechanisms. In an IPR system, the costs borne by the manufacturer should associate to the costs of covering with that manufacturers ain merchandises.

Manufacturers: referred as UK companies disposing of Electronic waste

BOX 1. IPR and CPR and the physical procedure of merchandise take-back. Beginning: ( IPR Working Group. 2012 page 3 )

Furthermore, WEEE policies seem to be working on paper ; nevertheless when the manufacturers follow IPR and CPR issues will originate. Manufacturers need to pay for their ain recycling, which is neither inexpensive nor consecutive forward.

UK WEEE Evidence Cost

The cost of grounds is made up of a figure of elements:

Draw costs from DCFs to AATFs including the costs of containers.

AATF gate fees/value

The sensed market monetary value for grounds

The difference between the charge made to manufacturers for grounds and the existent costs in bring forthing it is by and large split between a figure of participants:

The waste direction companies that operate aggregation installations

The PCSs

The Local Authorities


There appears to be small mark of a direct relationship between grounds costs and gate fees.

The graph below shows the alteration in the representative sum charged ( or paid ) by AATFs for WEEE received over a weighbridge. These are known as the gate fees/values.

Fig.1 – Average payments or charges made by AATFs for WEEE

The combination of gate fees/value and logistics costs are the net costs/values for those that collect the WEEE at DCFs.

Therefore the cost of grounds should demo similar sized lessenings in comparing to the increased value/decreased gate fees. Clearly, this has non occurred.

The graph below shows the cost comparing between these monetary values and the charges for grounds where ‘nv ‘ is the net value or cost of the stuff taking into history aggregation costs and gate fees/values.

Fig.3 – Showing the difference between the cost of bring forthing grounds and the charge made for grounds for each WEEE category/group.


PCS – Manufacturer Compliance Scheme

DCF – Designated Collection Facility – UK substructure of free aggregation points for consumers, normally Local Authority Civic Amenity Sites.

AATF – Approved Authorized Treatment Facility

AE – Approved Exporter

LA – Local Authority

LDA – Large Domestic Appliances

BOX 2. Evidence Cost UK ( WEEE ) HP Report. Beginning: 360 Environmental ( 2012 ) page 1-5

The information in BOX 2 is a close estimation of the cost impact on manufacturers of the UK market portion mechanism ; the strategy ( UK market portion ) was anticipating that ( PCS ) s would look after the involvement of the participants by taking physical control over the aggregation of WEEE and driving costs. ( Environment 360. 2012 page 2 ) . However, by necessitating all grounds to be purchased and by enabling PCSs to take on more WEEE than they needed for their ain duties, has created a disproportional value in respects to aggregation and recycling vs. charge to manufacturers, surely, the Government facilitated the potency for profiteering. E-waste profiteering generated costs in the part of ?50 million per twelvemonth to UK houses. Smolaks M. ( In imperativeness 2012 )

3-WEEE Directive ; UK Regulations and Profiteering. Due to the high values charged for recycling and aggregation to manufacturers ; profiteering appears to be a good concern for authorities, but manufacturers are non happy due to the inordinate net incomes on WEEE charges ; manufacturers alleged that the recycling system is so “ opaque ” that companies taking WEEE, can go on to bear down high monetary values for following with the European Union ‘s WEEE Directive, Smolaks ( 2012 in HP study 2012 page 1 ) .

Furthermore, another apparent job is the wage rule sing the merchandise ( natural stuffs ) ; In the UK the manufacturers are charged over ?50 million for WEEE disposal. Regulations fail to see the value of natural stuff that can be reclaimed from tech rubbish, Smolaks ( 2012 in HP study page 1 ) .

Yet, when manufacturers want to collaborate with WEEE directing policies, e-waste profiteering costs in the UK is surely NOT assisting this on-going job, the regulations of e-waste do non reflect the existent value of waste stuffs in the cost of recycling, therefore the policy is inconsistent and manufacturers will seek to happen other ways to dispose the electric and electronic stuffs.

4-Expensive waste direction processs ; allow ‘s recycle it someplace else. E-waste Smuggling. Undercover probes were directed by the Environmental Investigation Agency ( EIA ) , printing a study – System Failure: The UK ‘s harmful trade in electronic waste, ( EIA 2011 page 1-2 ) concentrating on the moneymaking international blackA market for e-waste. In add-on the study stated that the trade involves people from every degree of the waste merchandise concatenation, ( from sole bargainers, right up to local councils and even cardinal authorities establishments ) .

Technically, it ‘s legal in the UK to export electronic equipment such as Televisions, Computers ; as long they are tested and working. This policy seems to be the perfect manner to mask disposal of e-waste “ lawfully ” ; harmonizing to the EIA study, governments are non accurately look intoing all equipment ; based on their probe, they placed a GPS sender inside a defective telecasting. The EIA was able to reason that illegal e-waste exports were go throughing through a figure of custodies from being dropped off by members of the populace to geting in developing states.

EU WEEE directing policies need to be implemented more exhaustively in the UK to let for more accurate disposal, nevertheless, e-waste smuggling is still a turning job in the UK. These big e-waste cargos need to be tackled.

Flows of EEE and e-waste between Europe and West Africa.

In Ghana in 2009, research workers found that around 70 % of all EEE imports were used EEE ; 30 % of second-hand imports were estimated to be non-functioning ( therefore e-waste ) , bring forthing about 40,000 metric tons of e-waste in 2010

Field probes in Benin and Cote d’Ivoire have shown that about half of the imported used EEE is really non-functional and non-repairable, therefore defined as import of e-waste

An analysis of 176 containers of two classs of used electrical and electronic equipment imported into Nigeria, conducted from March to July 2010, revealed that more than 75 % of all containers came from Europe, about 15 % from Asia, 5 % from African ports ( chiefly Morocco ) and 5 % from North America. A similar distribution could be observed in Ghana, where 85 % of used EEE imports originated in Europe, 4 % in Asia, 8 % in North America, and 3 % from other finishs

The UK is the dominant exporting state to Africa for both new and used EEE, followed by France and Germany. Nigeria is the most dominant African importation state for new and used EEE, followed by Ghana

Box 3. Flows of Electric Electronic Equipment ( EEE ) between Europe and West Africa. Beginning: Waste Management World 2012

The fact that e-waste is transported to west Africa because it is cheaper and there is seemingly less bureaucratism affecting import controls, is non the lone affair ; states like Ghana and Nigeria are blinkered if they consider that importing e-waste will assist the economic system of the state in any manner. However, they are NOT sing the jeopardies and hazards affecting the e-waste that reaches their states, or for the equipment that reach the state lawfully ( second-hand ) that will interrupt finally ; surely, this e-waste will be dumped without any environmental intervention.

hypertext transfer protocol: //encrypted-tbn0.gstatic.com/images? q=tbn: ANd9GcQWdZVGCbEo7lslS45ffoH__x6rz-ZxG2tX04PJBWj_j-J6UzMO

Fig 1. E-waste shit. Ghana ‘s capital Accra. Beginning: Google images.

Undoubtedly, Health and Safety policies are losing in these states in respects to e-waste intervention, so its a challenge, but it seems to be that green patterns are low down in the list of precedences for these authoritiess ; on the other manus, e-waste is conveying an chance to make an income to people with small resources, but at what cost?

How is e-waste treated in the developing states?

Harmonizing to NGO beginnings ( Basel Action Network, 2002 ; Greenpeace, 2008 ) , in developing states,

leveling operations are frequently carried out with no or really small personal protection equipment or

pollution control steps. Open air combustion of stuffs to retrieve metals, ash particulates laden with heavy metals and other toxic substances are normally emitted, ensuing in increased human exposure, and taint of nutrient, dirt and surface H2O. Materials of no usage are so merely dumped in an uncontrolled manner, which may take to farther release of pollutants and harm to the environment.

BOX 4. E-waste treated in Developing Countries Source: European Environmental Agency ( 2009 ) page 14

Children sift through e-waste in Ghana

Fig2. Children Sift through e-waste in Ghana. Beginning: prlog.org

Health and environmental impacts of e-waste dumping

The petroleum methods used to treat e-waste in

developing states has dire effects for those

involved and the surrounding environment.

Research at two bit paces in Ghana where e-waste is incinerated and broken down found lead and other metals in measures 100 times greater than in normal dirt samples.

In Guiyu, a major e-waste treating town in south-eastern China, the province media estimated about nine out of out 10 occupants suffered from jobs with their tegument, nervous, respiratory or digestive systems.

Harmful chemicals found in e-waste include:

aˆ? Arsenic, used in incorporate circuit boards and can be a serious menace to wellness ;

aˆ? Beryllium, used in computing machine motherboards. Its dust is toxic to worlds, doing respiratory jobs ;

aˆ? Cadmium, once used in cathode beam tubings. Its oxides are extremely toxic to workss, fish and worlds ;

aˆ? Lead, used in printed circuit boards, and lead oxide is used in cathode beam tubings. It is toxic to worlds and can impact the development of the encephalon and cardinal nervous system in kids ;

aˆ? Mercury, used in flat-screen shows. It can leach into H2O supplies and go methyl quicksilver, a toxic substance that accumulates in the nutrient concatenation ;

aˆ? Phthalates, besides known as plasticizers. Affects generative wellness ;

aˆ? Selenium, used in printed circuit boards. Exposure to high sums can take to neurological jobs.

BOX 5. Health and Environmental Impacts of E-Waste Dumping Beginning: ( EIA. 2012. Page 2 )

5-Taking advantage of hapless Environmental Policies in developing states ( West Africa ) . Surely the UK is moving “ legitimately ” in respect of electronic exports, nevertheless, as the EIA stated, many illegal exports are carried out under the visual aspect of “ 2nd manus goods ” , in add-on the concern affecting the supply of 2nd manus goods, so is portion of a legitimate concern for these countries. ( EIA. 2012 page 12 )

Apparently, the “ 2nd manus goods ” concern is viewed as a comparatively economic chance for an progressively knowing, semi-professional labor force, in Accra ( Ghana ) and Lagos ( Nigeria ) , this concern provides income to more than 30.000 people. ( Waste Management World. 2012* page 2 )

The affair is the unmanageable cargo of “ 2nd manus goods ” that reached these states. Surely if the sums of goods is lifting it seems that WEEE policies are falling in situ ( UK ) ; why is the UK authorities non concentrating in improved and appropriate patterns of WEEE recycling, cut downing the cost of recycling for manufacturers and making a strategy to modulate value of natural stuff, hence WEEE marks will be accomplishable. In add-on, this strategy ( ordinance of natural stuffs ) will heighten the creative activity of a balance between the manufacturer and the environment.

Interestingly, some parties in the UK are doing attempts to alter the economic sciences of fix, so users will hold equipment repaired alternatively of throwing it off. Comtek, which operates IT centres, attempted to acquire the last authorities to trash VAT on computing machine fixs. Peter JUDGE ( in imperativeness 2011 ) , nevertheless, at present VAT is still applicable to computing machine fixs. Possibly the authorities should reconsider this as a green-option to cut down cargo of “ 2nd manus goods ” to developing states.

Surely, environmental patterns of WEEE directive are tough ; in respects to the UK, if the policies do n’t admit the world between cost stuffs and recycling, doubtless nil will be done until concern users and consumers really pay for the full environmental impact of what they buy, so with that excess income from the environmental Impact, UK authorities would be able to establish an alternate to cut down costs for manufacturers and make a directing with respects to blow direction ( e-waste ) locally. Furthermore, the sum of “ 2nd manus goods ” will diminish, therefore, e-waste will be less in these states. However, all the above are seldom the instance at the minute.


Surely the UK disfavors WEEE Directive constabularies ( recycling costs ) . Should developing states enhance WEEE regulations in their policies? Knowing the fact that developed states such as the UK are neglecting the system ; can the UK reference the failure? Integrating improved options towards Environmental Health for WEEE constabularies. Ghana and Nigeria seem to be the terminal of the life rhythm for most “ 2nd manus goods ” .

Harmonizing to the HP study, the aggregation crisis can be addressed by giving manufacturers direct control over aggregation and intervention, in add-on, at present there is NO information on existent indexs demoing the existent value of aggregation, recycling and intervention. This deficiency of information terminals as a failure of the market. Besides duty of the strategy or the sum of WEEE that manufacturers are roll uping is unknown ; therefore, they can pull strings the informations and therefore addition costs in recycling and intervention.

WEEE direction in Africa requires pro-active steps in control towards imports, aggregation and recycling. Indeed, environmental policies need to be enforced in the states that are affected. In add-on, a sustainable solution for e-waste direction is to integrate an drawn-out manufacturer duty and recognize the differences between legal and illegal trade in 2nd manus goods ( electronics ) .

E-waste in EU states and surely in the UK is a turning market, alongside the turning market of risky and debatable waste intervention.

In respects to smuggling of cargos, this surely is an on-going job ; cognizing the fact that e-waste intervention in West Africa is much less environmentally friendly than it would hold been in the state of beginning. The UK knows that West Africa has really low criterions sing e-waste intervention ; worryingly, it ‘s still an Issue that need to be address by UK governments.

Possibly, waste cargo to developing states is chiefly because intervention monetary values are lower, and unluckily, e-

waste environmental policies in these receiving system states either do non use or make non be.


I'm Heather

Would you like to get such a paper? How about receiving a customized one?

Check it out