ALFA ROMEO FUEL CONSUMPTION ACTIVATOR — a device which is installed on a fuel hose of any Alfa Romeo car and significantly reduces fuel consumption Alfa Romeo by 20% and improves the engine performance.
Therefore, with the same amount of fuel on your Alfa Romeo fuel consumption, you will drive MORE KILOMETERS!
ALFA ROMEO fuel consumption Activators fully pay off in 3-4 months!
The service life of Activators for ALFA ROMEO is 10-15 years.
Activators are installed on all models of Alfa Romeo and are used in all types of fuel — GAS, PETROL, DIESEL FUEL.
1. Reduction of any fuel consumption in alfa romeo by 20%;
2. A slight increase of alfa romeo engine power;
3. The increase in motor-resource of alfa romeo engine;
4. Reduction of CO and CH in alfa romeo exhaust gases by 30-40%;
5. Regular and dynamic operation of alfa romeo engine;
6. Absence of knocking of any fuel when the alfa romeo engine is operating;
7. Reduction of carbon deposits in alfa romeo on pistons, cylinders, spark plugs, fuel injectors, catalyser and exhaust pipes;
8. Increase of operating life of alfa romeo catalyser, lambda probe, spark plugs and diesel fuel injectors;
9. Easier to start alfa romeo engine in winter;
Exampl of installation of Alfa Romeo.
ANY FUEL (petrol, diesel, gas), by going through 10 magnetic fields of THESE ACTIVATORS, for a short time changes its structure and properties, and it BURNS more fully and REGULARLY.
Due to this, the Alfa Romeo engine begins to work much BETTER.
Usually, it is already seen after 10-20 km of run of the car Alfa Romeo which has an installed Activator.
Imagine, how your Alfa Romeo engine works with VERY GOOD FUEL …
That is, we have quite different (better) fuel.
You agree that chopped firewood burns much better than whole logs … The same thing happens with automotive fuel in the cylinders of the Alfa Romeo engine.
Activators installed on Alfa Romeo reduce the density and viscosity of fuel:
1. This leads to the formation of smaller fuel particles, ensures good atomization and combustion in the cylinders of the Alfa Romeo engine.
2. The fuel ignites better and burns smoothly, ensuring soft and smokeless operation of the Alfa Romeo engine.
3. Reduces deposits on injectors and carbon deposits on candles and Alfa Romeo cylinders.
4. Reduces the load on the operation of Alfa Romeo fuel supply systems.
5. Increases reliability and increases the life of Alfa Romeo fuel equipment.
All this leads to improved conditions for fuel combustion in Alfa Romeo cylinders.
FUEL with Activators burns more completely in the Alfa Romeo engine, does not leave carbon deposits on pistons, cylinders and spark plugs.
On Alfa Romeo diesel cars, the injectors are not polluted, and there is no black smoke even at throttling at free running.
Knowing where the fuel hoses are located, Activators at Alfa Romeo are installed within 5 minutes (see «INSTALLATION»)
ATTENTION! The main difference of THESE ACTIVATORS is that there are 20 magnets placed in them, which for a short time CHANGE THE STRUCTURE AND PROPERTIES OF FUEL. In other similar Aktivators which can be used on Alfa Romeo, there are only 2 powerful magnets which are not able to change anything in the fuel (see «ANALOGUES» ).
When you don’t like the Aktivators, then with no doubt you can return them back within 37 days (read «RETURN»).
ACTIVATOR reduces the fuel consumption of Alfa Romeo by 20%. Therefore, with the same amount of fuel on your Alfa Romeo, you will drive MORE KILOMETERS!
The operating life is at least 15 years
We produce and sell them starting from 2008
PRICE:
The set of Activators (2 Activators) — 60,00 EUR
The price includes the deliver by post.
NOVELTY
When installing on Alfa Romeo both the Fuel combustion Activators and Activator Autothermia, FUEL CONSUMPTION is reduced by 30-40%!
Read «ACTIVATOR OF AUTOTHERMIE»
PATENTS
The fuel consumption of an Alfa Romeo car depends on the model, engine type and driving style.
Here are some examples:
Alfa Romeo Giulia (with 2.0 Turbo petrol engine)
Average fuel consumption: about 8-10 liters/100 km in a mixed cycle.
Alfa Romeo Stelvio (crossover with 2.0 Turbo petrol engine)
Average consumption: about 9-11 liters/100 km.
Alfa Romeo Giulietta (with 1.4 Turbo petrol engine)
Average consumption: about 6-7 liters/100 km.
Alfa Romeo 4C (sports car with 1.75 Turbo)
Average consumption: about 8-9 liters/100 km, depending on the conditions.
Consumption can vary greatly depending on the specific model, as well as on how the car is used — for example, in urban traffic jams, consumption will be higher than on the highway.
Reducing fuel consumption in an Alfa Romeo car can be achieved by several methods, both in terms of maintenance and driving style. Here are some recommendations:
1. Regular maintenance
Oil and filter changes: Neglecting regular oil and air filter changes can lead to increased fuel consumption, as the engine is running less efficiently.
Checking the condition of spark plugs: Worn or dirty spark plugs can lead to incomplete combustion of fuel, which increases its consumption.
Technical condition of the fuel injection system: Clogged injectors or non-functioning sensors can impair engine performance, which also increases fuel consumption.
2. Checking tire pressure
Low tire pressure increases rolling resistance, which makes the car less economical. Check the tire pressure regularly and keep it at the level recommended by the manufacturer.
3. Correct driving style
Avoid sudden acceleration and deceleration: This is not only safer, but also more economical. Accelerate gradually, and when braking, try to use motor braking rather than braking sharply.
Maintain a steady speed: Avoid frequent acceleration and deceleration, especially on long stretches of road. This reduces fuel consumption.
Use cruise control: It helps to maintain a constant speed, which also reduces fuel consumption on motorways.
4. Reducing vehicle weight
Get rid of excess cargo: The lower the weight of the car, the less energy is needed to move it. Check the trunk periodically and remove unnecessary items.
Minimize the use of the roof rack: This can create additional air resistance and increase fuel consumption.
5. Attention to aerodynamics
Close windows at high speed: Open windows increase air resistance, which leads to higher fuel consumption.
The use of a deflector on the roof or other aerodynamic elements: This can help reduce air resistance and reduce fuel consumption, especially when driving at high speeds.
6. Using the air conditioner
Using an air conditioner increases fuel consumption, as it requires additional power from the engine. If not necessary, it is better not to turn on the air conditioner at low or medium speeds.
7. Braking technique and gear activation
On mechanics, avoid frequent gearshift to the lower gear, as well as engine braking in unnecessary cases.
To reduce fuel consumption in an Alfa Romeo (or any other car), there are several methods that can be used to make driving more economical.
Here are the main recommendations:
1. The right driving style
Smooth acceleration and deceleration: Sudden acceleration and deceleration lead to higher fuel consumption. Try to maintain a smooth and stable driving style.
Maintain a constant speed: Frequent acceleration and deceleration increases fuel consumption. Using cruise control on the highway will help maintain a steady speed and reduce fuel consumption.
Do not overload the engine: When you accelerate strongly or brake sharply, the engine runs at a higher speed, which increases fuel consumption.
2. Car maintenance
Regular oil and filter changes: Dirty oils and clogged filters increase friction in the engine, which can lead to increased fuel consumption. Service the car according to the schedule.
Tire Pressure Check: Under-inflated tires increase rolling resistance, which requires more energy to move. Maintain tire pressure according to the manufacturer’s recommendations.
Checking the ignition system: Worn spark plugs can reduce engine performance. Make sure they are in good condition.
3. Aerodynamics
Minimizing air resistance: Using roof boxes, open windows, or exterior mirrors can increase drag and, as a result, fuel consumption. Closed windows and minimizing unnecessary accessories on the roof will help reduce consumption.
Turning off the air conditioner at low speeds: The air conditioner increases the load on the engine, which increases fuel consumption. At low and medium speeds, it is better to turn off the air conditioner if possible.
4. Technical issues
Using high-quality fuel: Sometimes using a higher grade of fuel (with additives added) can improve engine performance and reduce fuel consumption.
Fuel system cleaning: Contamination of the fuel system can reduce combustion efficiency, which in turn increases fuel consumption.
5. Gearshift technique
Do not overload the engine: On a manual transmission, try not to keep the speed at a high level, switch gears in time to move at optimal speeds.
Proper use of automatic transmissions: Automatic transmissions can also be configured to operate economically, which reduces fuel consumption.
6. Vehicle weight
Avoid excess cargo: Do not carry unnecessary items in the car, especially in the trunk or on the roof. The lighter the car, the less fuel it consumes.
7. Route planning
Avoid traffic jams: Planning your route based on traffic jams and traffic density will help you avoid unnecessary stops and acceleration, which also reduces fuel consumption.
Tips for specific Alfa Romeo models
Considering the features of the engines used in Alfa Romeo cars, there are several points worth paying attention to.:
Gas exchange: Some models have sporty characteristics and can consume more fuel when driving actively. If your goal is to save money, try to avoid sudden driving.
Driving Modes: Some modern Alfa Romeo models (e.g. Giulia, Stelvio) have multiple driving modes, including Economy Mode (DNA), which helps reduce fuel consumption.
Alfa Romeo has a number of fuel consumption features, and they depend heavily on the model, engine, driving style, and other factors. Here are the main points worth paying attention to, plus examples.:
Alfa Romeo fuel consumption features
Athletic character and power.
Many Alfa Romeo models are «sports» cars with turbocharged gasoline engines, which can result in higher fuel consumption, especially when driving aggressively.
Different types of engines.
Alfa Romeo uses petrol, diesel and hybrid engines, so consumption varies greatly. For example:
Alfa Giulia with a 2.0 turbobenzene engine (200 hp) has a consumption of about 6 liters/100 km in a mixed cycle.
An Alfa with a diesel engine, such as the Giulia 2.2 MultiJet (190 hp), can consume about 5 liters/100 km.
Version 2.2 JTD (150 hp) «Giulia» is very economical: the combined consumption is about 4.2 liters/100 km.
Actual consumption vs declared.
Based on feedback from owners and independent sources, Alfa Romeo’s actual consumption is often higher than stated.:
According to Auto ABC, the average consumption of gasoline models can be ≈ 18% higher, and diesel — by ≈ 15% compared to official data.
This means that the official consumption figures should be taken as a guideline, and not as a guaranteed value in daily operation.
The influence of driving style and transmission mode.
According to the owners:
Giulia does not like urban traffic… consumption can be up to ~9.4 liters/100 km
That is, with an active style, with frequent accelerations, the consumption will increase noticeably.
Special technologies.
The video describes that Giulia has a cylinder deactivation system, which helps save fuel.
«Ultralight materials» can also be used in the design to improve efficiency.
Fuel type.
High-quality fuel is preferable for gasoline models. Some owners note that consumption may depend on the octane rating or the composition of gasoline (for example, the ethanol content).
Hybrid versions.
It already has hybrid models, such as the Tonale Plug-in Hybrid. Their fuel consumption can be very low when using the electric mode, but when running on gasoline it will depend on the power of the engine and battery.
Maintenance and age of the car.
Older models may have higher consumption due to wear, less efficient systems, and other factors.
Examples of models and their consumption
Giulia 2.0 Turbo — ~6 l/100 km (mixed).
Giulia 2.2 MultiJet (diesel) — ~5 liters/100 km.
Giulia 2.2 JTD 150 hp — ~4.2 l/100 km (diesel).
Giulietta (according to owners’ reviews) — the real figures may be higher than stated (for example, 7.8 liters /100 km in the city).
Giulia Quadrifoglio (very powerful version) — owners report about ~17-18 mpg (~13-14 l/100 km) with a «hard» driving style.
Conclusions
Alfa Romeo’s advantages in terms of consumption: for some diesel and hybrid models, it can be quite economical, especially with smooth driving and proper maintenance.
Minuses: sports versions, high power and aggressive driving style can lead to high fuel consumption. The actual cost often exceeds the stated cost.
The fuel supply system of Alfa Romeo cars as a whole does not differ from typical modern gasoline or diesel systems, but it has several features related to the brand’s technologies (Twin Spark, JTS, MultiAir, Multijet, etc.). Below is a structured explanation.
The main elements of the Alfa Romeo fuel supply system
1. Fuel tank
It is made of plastic.
A fuel module is installed inside: a pump, a level sensor, and a filter screen.
2. The fuel pump (electric, submersible)
Provides fuel supply under pressure.
On most Alfa Romeo models, the operating pressure is:
Petrol — 3.5–5 bar (Twin Spark, JTS models)
Direct injection (JTS, GDI) — up to 50-200 bar using injection pumps
Multijet diesel — 1600-1800 bar (in the Common Rail system)
3. Fuel filter
On gasoline engines, it is often combined with a pump module.
On diesels— it is separate, with water drainage.
4. Fuel lines
Metal/plastic tubes and flexible hoses.
On upgraded models, there are dual—circuit systems with or without a return line.
5. Injection pump (high pressure)
Used in systems:
JTS — gasoline direct injection.
Multijet / JTDm — Diesel Common Rail.
6. Rail (ramp)
Distributes fuel between the injectors.
The pressure is controlled by a sensor and a regulator.
7. Injectors
Petrol (multipoint injection, direct injection JTS).
Diesel engines (electromagnetic or piezo in Multijet II).
8. Engine Control Unit (ECU)
Manages:
the duration of the nozzle pulses,
pump operation,
fuel pressure,
valve timing (in MultiAir systems).
System features by engine type
Twin Spark (TS)
Multipoint gasoline injection.
A classic system with a pressure of ~3.5 bar.
There is one pump in the tank and no injection pump.
JTS (Jet Thrust Stoichiometric)
Gasoline direct injection.
Uses low pressure (pump in tank) + Injection pump (up to 120-150 bar).
It is more sensitive to fuel quality.
MultiAir
Gasoline, but the control of the intake valves is electromagnetically hydraulic.
The fuel system is like MPI or GDI (depending on the model).
JTD/ JTDm / Multijet
Common Rail diesel engine.
Pressure up to 1800+ bar.
High injection accuracy, multiple phases (pre-injection, main, post-injection).
Typical malfunctions of Alfa Romeo fuel supply systems
Gasoline:
burnout of the relay or pump,
clogging of the filter/mesh,
pressure drop in the rail,
malfunction of the injection pump (on JTS),
leakage of the check valve.
Diesel engines:
wear of the injection pump or injectors,
air entering the system,
contamination of the filter,
water in the diesel filter,
errors in the rail pressure sensors.
The main features of the Alfa Romeo ignition system, taking into account the most common engine generations (Twin Spark, JTS, MultiAir, modern turbo engines).
1. Twin Spark
One of the most recognizable features of Alfa Romeo is the Twin Spark dual ignition system used on many naturally aspirated gasoline engines (TS 1.6, 1.8, 2.0).
Features:
2 candles per cylinder — main and auxiliary.
Improved combustion of the mixture → higher power and lower consumption.
Steady idling and emission reduction.
Demanding the quality of candles and coils.
Construction:
In early versions: one coil + distributor.
On later TS: coils according to the “coil-on-plug” scheme, 2 coils for 4 cylinders + 2 auxiliary ones.
2. JTS (Jet Thrust Stoichiometric — direct injection)
The next generation of naturally aspirated engines, but with direct fuel injection.
Features:
Candles work in conditions of a poorer mixture and high pressure.
Demanding fuel quality.
The coils are individual, located directly on the candles.
More accurate ignition operation, but more fault-sensitive coils.
3. MultiAir (electro-hydraulic valve control)
MultiAir is not an ignition type, but an intake valve control technology, but it also affects the ignition system.
Features:
Very precise adjustment of the mixing → very precise ignition is needed.
Individual coils only.
Hypersensitivity to the condition of candles.
4. Modern turbo engines (1.75 TBi, 2.0 GME, 2.9 V6 Bi-Turbo)
Features:
Powerful ignition coils designed for high boost pressure.
Using iridium candles for a stable spark.
Advanced detonation control system.
The calculation of the ignition moment is based on:
turbine pressure
MultiAir opening angle (if any)
exhaust temperature
phasing of camshafts
Typical Alfa Romeo Ignition System Problems
Faulty coils (especially Twin Spark and JTS).
Burning candles with the wrong fuel/mixture.
Ignition failures due to air intake or a clogged intake.
Detonation on turbocharged engines with poor fuel.
Here is a generalized list of the most typical Alfa Romeo malfunctions, which are often mentioned by owners and specialized services. Different models have different sets of problems, but there are characteristic «sores» that occur most often.
Engine and attachments
1. Twin Spark Engines
Increased oil consumption
Stretching of the timing belt in case of late replacement
Phase shifter failure (diesel sound on cold)
2. JTD / JTDm (diesel)
EGR clogging
Problems with the vortex flap valve (swirl flaps)
Turbine malfunctions at high mileage
3. 1.75 TBi series motors, 2.0/2.2/2.9 (Giulia/Stelvio)
Ignition coil problems
There are coolant leaks in some batches.
For 2.9 V6 (Quadrifoglio) — sensitivity to fuel and oil quality
Transmission box
Selespeed (robotic manual transmission)
Hydraulic circuit leaks
Clutch actuator failure
Must be serviced regularly (pressure, adaptation)
TCT (robot with two clutches)
Twitching when touching
Clutch wear
Mechatronics malfunction due to overheating
Undercarriage
Rapid wear of suspension silent blocks
Creaking and banging of the front levers (especially 147/156/159)
Wear of the hub bearings
On modern Giulia/Stelvio, the suspension is more reliable, but requires careful maintenance.
Electrics
ABS/ESP sensor failures
Difficulties with door electrics (cables, end caps)
CAN bus errors on older 159/Brera models
Sensitivity to battery condition
Body and interior
Corrosion: less common than in the 90s, but possible on older 156/147
Peeling of varnish on some colors
Fragility of interior plastics on older models
What is especially important for Alfa Romeo
Strict observance of the timing belt replacement interval (often every 50-60 thousand km)
Regular suspension diagnostics
High—quality oil and fuel are critical for turbo engines
Prevention of robotic checkpoints