Bio Heavy Fuel Oil
Bio Heavy Fuel Oil is an eco-friendly fuel that can replace conventional heavy fuel oil (fossil fuel-based), primarily made from raw materials such as vegetable oils, animal fats, used cooking oil, or biomass. It is used as fuel for industrial boilers and power plants, making it suitable for carbon emission reduction and meeting environmental regulations.
Bio Heavy Fuel Oil is gaining recognition as a key fuel for sustainable energy transition, contributing to reducing dependence on fossil fuels and achieving carbon emission reductions.
• Biodiesel By-products
• Animal and Vegetable Oils
• OLEO Chemical Residue
• CNSL (Cashew Nut Shell Liquid oil)
Bio Heavy Oil is an eco-friendly alternative fuel made from renewable resources such as vegetable oils, animal fats, used cooking oil, or biomass. It is primarily used to replace fossil fuel-based heavy fuel oil in industrial sectors like large boilers, power plants, and marine fuel.
Key Features:
- Eco-friendliness: Low carbon emissions, meeting international environmental regulations and supporting sustainability.
- Versatility: Compatible with existing heavy fuel oil facilities, with various industrial applications.
- Economic Efficiency: Utilizes renewable resources, reducing energy costs and improving waste management.
Bio Heavy Oil is gaining attention as a key solution for achieving environmental goals and energy transition in industrial sectors.
Power Plant Fuel
Used as fuel for large turbines and boilers to generate electricity in power plants.
It helps reduce carbon emissions and meet environmental regulations by replacing fossil fuel-based heavy fuel oil.
Industrial Boiler Fuel
Used for heating and steam generation in large-scale manufacturing plants and factories.
Bio Heavy Oil can be switched to without the need for major modifications to existing boiler systems, making it efficient.
Building and District Heating
Bio Heavy Oil is also used for district heating networks or heating large buildings.
It replaces fossil fuels, contributing to energy cost savings and reducing carbon footprints.
Viscosity:
Approximately 5–20 cSt (centistokes) at 50°C (can be adjusted depending on application).
The viscosity ensures compatibility with existing heavy fuel oil facilities.
Calorific Value:
Approximately 36–42 MJ/kg (similar to conventional heavy fuel oil).
Maintains energy efficiency while optimizing combustion performance.
Water Content:
Maximum 1% or less.
Ensures fuel quality and combustion efficiency.
Sulfur Content:
Less than 0.5% according to low-sulfur fuel standards (compliant with IMO 2020 regulations).
Environmentally friendly and reduces air pollution.
Ash Content:
Maximum 0.1% or less.
Does not negatively impact boilers or combustion devices.
Density:
Approximately 0.85–0.95 g/cm³ at 15°C.