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Emissions of CO2 (Carbon Dioxide) are generally regarded as the biggest contributor to global warming and with an estimated 18% of those CO2 emissions produced by cars alone, it is becoming increasingly important to control the output of these emissions as much as possible. At present the UK government is attempting to reduce this by taxing drivers in a number of different ways.
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Chief among these tactics is changing the annual Road Tax (Vehicle 코인카지노 Excise Duty). This applies to all passenger vehicles and is now based on the vehicle's CO2 emissions and the type of fuel the vehicle uses.
All vehicles are categorised in seven groups (A to G) based on the CO2 output of the vehicle in grams per kilometre (G/km).
Vehicle Excise Duty
The annual Vehicle Excise Duty (road tax) applies to all passenger vehicles (private & company owned) and is based on the vehicle's CO2 emissions and the type of fuel used. Once the emissions have been calculated the Road Tax is then calculated based on the fuel type. Diesel vehicles have a slightly higher charge as even though they are slightly more efficient, they provide higher levels of pollutants.
The Following table represents the current bands until May 2009.
BAND. . .CO2 EMISSIONS. . . . PETROL. . . . DIESEL
.A. . . . Up to 100g/km. . . £0. . . .. .£0
.B. . . . 101-120g/km. . . . £40. . . . £50
.C. . . . 121-150g/km. . . . £100. . . £110
.D. . . . 151-165g/km. . . . £125. . . .£135
.E. . .. . 166-185g/km. . . .£150. . . .£160
.F. . . . .186-225g/km. . . .£190. . . .£190
.G. . . . Over 226g/km. . . £210. . . £215
Looking at this chart you can see at a glance the significant road tax savings to be had when choosing a "low emissions" vehicle. However, after May 2009 the current seven bands will increase to eleven so an even greater incentive to go Green.
Be a green driver; choose the most energy efficient vehicle
Any car that has a CO2 rating under 99g/km is considered very "green", with 119g/km being considered very good emission level for a van.
Generally speaking, the smaller the vehicle, the more fuel efficient and the lower the emissions, by choosing a vehicle that fits your needs you are making a big step towards being a "greener" driver.
One way to find the most CO2 efficient vehicle is to use a search tool, like this one
Compare By CO2 which allows anyone to find the lowest emission vehicle that fits their requirements.
The lowest emission cars currently listed are:
1. Seat Ibiza 1.4 TDi Ecomotive DPF
2. Volkswagen Polo 1.4 Bluemotion TDi Hatchback 80
3. Ford Fiesta 1.6 TDCi Econetic
All with a CO2 rating under 99k/km!
You will notice that particular models have been listed. This is very important as different models can have different size engines or different body shape and weight, all having an impact on the overall CO2 rating.
Using carbon dioxide to remove tiny particles and hydrocarbon waste from surfaces, the CO2 MicroJet cleaner is a highly efficient contaminant removal tool. This revolutionary cleaning method is non-abrasive, non-destructive and residue free. There is no chemical waste. Successfully and thoroughly cleaning metals, ceramics, glass and polymer surfaces, this amazing tool is also useful in art restoration projects and for cleaning telescopes.
Superior Surface Cleaning
Since the CO2 MicroJet cleaner leaves no residue and does no damage, there are several configurations allowing adaptation to critical and non-critical applications in vacuum technologies, optics, automotive, semiconductor, disk drive and research communities. Based on the expansion of gaseous or liquid CO2 through an opening and the nucleation of tiny dry ice particles, a high velocity gas carrier stream is produced that removes particles by momentum transfer. The tiniest of hydrocarbons are blown away.
The Speed of a CO2 MicroJet cleaner by Wide Nozzle
The Wide Bar type Nozzle of the CO2 MicroJet cleaner is one of the main reasons why this method is now being used extensively for superior surface cleaning. The liquid or gaseous CO2 expands and forms the Micro sized snow that is then accelerated using a compressed air jacketed jet. The high velocity snow from wide bar type nozzle drives innumerable tiny particles off the surface during one time scan at high speed.
Safety in the Process
Compared to cleaning with sand blasting or toxic solvents, cleaning surfaces with a CO2 MicroJet cleaner is a less destructive and much safer method for the removal of surface contaminants. It is also important to ensure safety by following a systematic approach and checking all fittings are tight before using this kind of cleaner. While setup and operation are quite straightforward, basic safety measures before, during and after cleaning need to be followed.
A Small Footprint
Built with accessibility in mind, CO2 MicroJet cleaners are compact and occupy only a small footprint. The versatility and range available for diverse applications is highlighted by their generally small and durable design. The two main types are snow / super snow cleaners and pellet cleaners. Each are powerful cleaning tools recognized for their individual strengths.
Economical and Eco-Friendly
Providing the highest level of economy, the CO2 MicroJet cleaner is also firmly eco-friendly. There are no damage to parts being cleaned, low disposal costs, and using this type of cleaner eliminates the need for cleaning chemicals of any kind. All incidental costs are lower. The pressurized CO2 used in the cleaning process originates from our atmosphere or as a byproduct of industrial processes. Given our current global concerns about environmental impact, this is a breakthrough in eco-friendly sourcing.
Diverse Applications
Advances in technology that lead to innovations like the CO2 MicroJet cleaner promote stricter controls in the use of chemical cleaning solvents and represent a significant change in the way we manufacture products. Incorporating this cleaning technology is possible through a diverse range of industrial applications. Proving that innovation changes the world, their CO2 and laser cleaning technologies are certainly reducing negative impacts globally.
