Why Engine decarbonization?
Engine decarbonization is essential for maintaining optimal performance and in your vehicle. By removing carbon buildup, you can fuel economy and reduce emissions, ensuring a smoother ride and a cleaner environment. Regular decarb services can extend the life of your engine and improve overall functionality. Don't overlook this vital maintenance step!
Benefits of Hydrogen gas
When hydrogen gas is introduced into an engine with carbon buildup, it reacts with the carbon deposits by essentially "burning" them off, breaking them down into smaller particles that can be expelled through the exhaust system as a gas, effectively cleaning the carbon buildup through a process called pyrolysis; this happens because the hydrogen, when combined with oxygen in the combustion chamber, reaches a high temperature that facilitates this chemical reaction with the carbon deposits.
Key points about this process:
-
Chemical reaction:
The hydrogen molecules essentially "tear apart" the carbon deposits, transforming them into hydrocarbons (gaseous carbon compounds) that can be easily exhausted.
-
High temperature combustion:
The hydrogen-oxygen mixture burns at a higher temperature than regular fuel, which helps to break down the carbon deposits.
-
Application:
This method is often called "hydrogen carbon cleaning" and involves introducing a mixture of hydrogen and oxygen (sometimes called "HHO gas") into the engine through the air intake.
BAC101:
BAC101 Diesel Particulate Filter (DPF) Cleaner
The BAC101 DPF cleaner is designed to remove ash and other particulates from within the DPF filter through a combination of chemical action and thermal processes. Here’s how it typically works:
1. Chemical Cleaning Action
-
Penetration: The BAC101 cleaner contains chemicals that penetrate the porous walls of the DPF filter where ash and other particulates accumulate.
-
Chemical Reaction: These chemicals react with the ash and soot, breaking down their structure. The reaction often involves converting the solid particulates into soluble compounds or smaller particles that are easier to expel.
2. Thermal Activation
-
Heating the DPF: The cleaner is usually used in conjunction with a heating process. The vehicle’s engine or an external heat source is used to raise the temperature of the DPF to a level where the chemical reactions are more effective.
-
Regeneration: The elevated temperature helps in burning off the carbonaceous soot, a process known as regeneration. The BAC101 cleaner can enhance this process by lowering the temperature at which the soot combusts.
3. Flushing and Expelling Particulates
-
Solubilisation: Once the ash and soot are broken down, the resulting compounds can be more easily removed from the DPF.
-
Exhaust Flow: The normal exhaust flow through the DPF helps to flush out these compounds. The cleaner may produce a liquid or gaseous byproduct that helps carry away the particulates.
4. Final Cleaning Steps
-
Inspection and Testing: After the cleaning process, the DPF is usually inspected to ensure that it is free of significant blockages and is functioning correctly.
-
Additional Flushing: In some cases, additional flushing with water or air may be required to remove any residual chemicals or particulates.
Services
Efficient Solutions
Quality
Reliable Support
Explore our range of services including BAC101 DPF cleaner, hydrogen generators or mobile service. We offer efficient solutions tailored to your needs.
Innovative
Expert Team
Our expert team is dedicated to providing quality services and reliable support. With innovative solutions, we ensure customer satisfaction.
Customized
Exceptional Customer Care
Experience customized services with exceptional customer care. Our team is committed to delivering top-notch solutions for your equipments needs.
Efficiency
Advanced Tools
Operate your fleet with our efficiency-driven services and advanced tools. Trust us to optimize your processes and boost productivity.