Enviroment

CO2 EMMISSIONS

"The vehicle emits less than 140g/km of CO2 or operates on biofuels (in France), on E85 ethanol or on B30 biodiesel"

CO2 is the main culprit behind the greenhouse effect that threatens climate change. Through the use of fossil fuel, motor vehicles release large amounts of CO2 into the atmosphere.

Vehicles that emit less than 140g / km of greenhouse gases consume at least 47.9 mpg for a petrol engine or 53.3 mpg for a diesel engine.

Biofuels help reduce CO2 emissions as the plants used to create them absorb the CO2 in the atmosphere through photosynthesis.

"The vehicle emits less than 140g/km of CO2 or operates on biofuels (in France), on E85 ethanol or on B30 biodiesel"CO2 is the main culprit behind the greenhouse effect that threatens climate change. Through the use of fossil fuel, motor vehicles release large amounts of CO2 into the atmosphere.Vehicles that emit less than 140g / km of greenhouse gases consume at least 47.9 mpg for a petrol engine or 53.3 mpg for a diesel engine.Biofuels help reduce CO2 emissions as the plants used to create them absorb the CO2 in the atmosphere through photosynthesis.
Carbon dioxide (CO2) emissions and energy consumption

CO2 is the main culprit behind the greenhouse effect that threatens climate change. In consuming corresponding amounts of fossil fuel, motor vehicles release large amounts of CO2 into the atmosphere.

Renault pursues a number of major research initiatives to reduce these emissions.

• To start with, Renault strives to minimize CO2 emissions from its gasoline and diesel 
 engines. This problem is tackled from many different angles, including optimized fuel 
 combustion, lightweight vehicle design, and reducing friction between moving parts. 
 Improvements in all these areas help reduce fuel consumption, and thereby CO2 emissions. 
   
• Vehicle aerodynamics also has a bearing on fuel consumption. Recent 
 developments in digital aerodynamic modelling provide engineers with valuable 
 insights into the impact of design choices on fuel consumption. 
  
• Renault takes part in ambitious research programs on alternative energies capable 
 of eventually taking over from classic petroleum fuels, either in the near future (for 
 biomass fuels and battery-electric vehicles) or within a longer time-frame (for fuel 
 cells to power electric vehicles).

CO2 is the main culprit behind the greenhouse effect that threatens climate change. In consuming corresponding amounts of fossil fuel, motor vehicles release large amounts of CO2 into the atmosphere.
Renault pursues a number of major research initiatives to reduce these emissions.• To start with, Renault strives to minimize CO2 emissions from its gasoline and diesel 
 engines. This problem is tackled from many different angles, including optimized fuel 
 combustion, lightweight vehicle design, and reducing friction between moving parts. 
 Improvements in all these areas help reduce fuel consumption, and thereby CO2 emissions. 

• Vehicle aerodynamics also has a bearing on fuel consumption. Recent 
 developments in digital aerodynamic modelling provide engineers with valuable 
 insights into the impact of design choices on fuel consumption. 

• Renault takes part in ambitious research programs on alternative energies capable 
 of eventually taking over from classic petroleum fuels, either in the near future (for 
 biomass fuels and battery-electric vehicles) or within a longer time-frame (for fuel 
 cells to power electric vehicles).
Manufacturing

"The vehicle is manufactured in a plant that has been certified ISO 14001"

ISO 14001 certifies the progress made by an industrial site to reduce its water and energy consumption and the visual and audible disturbances, as well as the discharge of pollutants into the air and water.

Since 1996 Renault has decreased: its energy consumption by 25% (kW/vehicle),

•  its water consumption by 57% (m³/vehicle),
•  its waste by 65% (kg/vehicle),
•  its water-borne effluents by 38% (kg/vehicle)
•  its industrial liquid effluents by 44% (kg/j/vehicle).

"The vehicle is manufactured in a plant that has been certified ISO 14001"ISO 14001 certifies the progress made by an industrial site to reduce its water and energy consumption and the visual and audible disturbances, as well as the discharge of pollutants into the air and water.Since 1996 Renault has decreased: its energy consumption by 25% (kW/vehicle),•  its water consumption by 57% (m³/vehicle),
•  its waste by 65% (kg/vehicle),
•  its water-borne effluents by 38% (kg/vehicle)
•  its industrial liquid effluents by 44% (kg/j/vehicle).
Recycling

To obtain the Renault eco² signature, at least 5% of the vehicle's plastic content has to be made of plastic recovered from end-of-life products. 

This value represents the content of recovered plastic used in components stipulated by the ISO 14 021 standard.

This percentage varies from between 5% and 13% for Renault models

95% recoverable means that: 95% of its mass can be re-used ("a new life"):
•  10% can provide energy (cement production, heating, etc.)
•  85% for recovering matter, re-use.

Renault eco2 vehicles are eco-designed so that they can be 95% recovered by weight during end-of-life processing

To obtain the Renault eco² signature, at least 5% of the vehicle's plastic content has to be made of plastic recovered from end-of-life products.This value represents the content of recovered plastic used in components stipulated by the ISO 14 021 standard.This percentage varies from between 5% and 13% for Renault models95% recoverable means that: 95% of its mass can be re-used ("a new life"):
•  10% can provide energy (cement production, heating, etc.)
•  85% for recovering matter, re-use.Renault eco2 vehicles are eco-designed so that they can be 95% recovered by weight during end-of-life processing
Driving tips

Driving Tips
As a carmaker, Renault’s duty is to provide novel solutions that help its customers reduce their fuel consumption and, at the same time, curb the production of greenhouse gases.

Motorists can play a major part in reducing the fuel consumption of their vehicle. Eco-driving encourages drivers to go easy on their vehicles, which should be serviced properly and adapted to their needs.

Eco-driving can reduce fuel consumption by up to 20%

Tip 1. Improve your gear changes
• Shift down at approximately 1,000rpm.
• Shift up to the next gear at approximately 2,000rpm in diesel vehicles and at 2,400
 rpm in a petrol engine.
• At 30mph, you should already be in fourth or fifth gear

Tip 2. Drive smoothly
• Maintain a steady speed as soon as possible (from 40kph).
• Brake with the engine and use your foot brake as little as possible. Allowing the
 vehicle to slow naturally helps to cut the fuel flow.
• At 30mph in fifth gear, lift off the accelerator 100m before a red light.

Tip 3. Think about how you accelerate
• Up to 30mph, it is preferable to accelerate briskly up to fifth gear.
• At speeds in excess of 30mph, acceleration should be restrained
• Change gear very swiftly up to fifth gear.

Tip 4. Climbs and descents
• Keep to the same speed when going down a hill.
• On an uphill gradient, let the car lose speed, but without becoming obstructing other
 road-users. If possible, maintain your vehicle at a steady speed above 40kph.
• Use descents to take your foot off the accelerator.

Tip 5. Use your motor smartly
• Turn off your engine if you stop for more than 30 seconds.
• Do not preheat your engine even in winter.
• Pull away as soon as the engine has fired up.

Tip 6. Look after your car
• Check tyre pressures every month.
• If you have to use the air conditioning, make sure the difference between the
 temperatures inside your vehicle and outside is not too great.
• Do not leave any unnecessary loads in your vehicle.
• Remove roof bars and roof boxes when not in use.
• Proper servicing and proper use of your vehicle are as important as eco-driving

Driving Tips
As a carmaker, Renault’s duty is to provide novel solutions that help its customers reduce their fuel consumption and, at the same time, curb the production of greenhouse gases.Motorists can play a major part in reducing the fuel consumption of their vehicle. Eco-driving encourages drivers to go easy on their vehicles, which should be serviced properly and adapted to their needs.Eco-driving can reduce fuel consumption by up to 20%Tip 1. Improve your gear changes
• Shift down at approximately 1,000rpm.
• Shift up to the next gear at approximately 2,000rpm in diesel vehicles and at 2,400
 rpm in a petrol engine.
• At 30mph, you should already be in fourth or fifth gearTip 2. Drive smoothly
• Maintain a steady speed as soon as possible (from 40kph).
• Brake with the engine and use your foot brake as little as possible. Allowing the
 vehicle to slow naturally helps to cut the fuel flow.
• At 30mph in fifth gear, lift off the accelerator 100m before a red light.Tip 3. Think about how you accelerate
• Up to 30mph, it is preferable to accelerate briskly up to fifth gear.
• At speeds in excess of 30mph, acceleration should be restrained
• Change gear very swiftly up to fifth gear.Tip 4. Climbs and descents
• Keep to the same speed when going down a hill.
• On an uphill gradient, let the car lose speed, but without becoming obstructing other
 road-users. If possible, maintain your vehicle at a steady speed above 40kph.
• Use descents to take your foot off the accelerator.Tip 5. Use your motor smartly
• Turn off your engine if you stop for more than 30 seconds.
• Do not preheat your engine even in winter.
• Pull away as soon as the engine has fired up.Tip 6. Look after your car
• Check tyre pressures every month.
• If you have to use the air conditioning, make sure the difference between the
 temperatures inside your vehicle and outside is not too great.
• Do not leave any unnecessary loads in your vehicle.
• Remove roof bars and roof boxes when not in use.
• Proper servicing and proper use of your vehicle are as important as eco-driving
Eco2 and you

ECO2 And You
2000 change gear at 2000 rpm for a diesl engine (or 2400 rpm for a petrol engine).
     don’t warm the engine even in winter.
   30 check the tyre pressure every 30 days.
     5 limit the difference between the outside and the inside temp  to 5 degrees.
   60 when stopping for more than 6o seconds stop the engine.

ECO2 And You
2000 change gear at 2000 rpm for a diesl engine (or 2400 rpm for a petrol engine).
don’t warm the engine even in winter.
30 check the tyre pressure every 30 days.
 5 limit the difference between the outside and the inside temp  to 5 degrees.
60 when stopping for more than 6o seconds stop the engine.