Mixed Hydrocarbon Oil (MHO) is a petroleum-based product with a
density range of 0.79–0.82. It is a low-density,
low-viscosity material widely used as an industrial raw material.
MHO is a blend of various oils containing both lighter fractions
and heavier oils.
Mixed Hydrocarbon Oil is primarily used for distillation purposes,
from which several valuable products can be obtained such as
Aluminum Rolling Oil, Printing Ink Oil, Glass Mould Oil,
and Base Oils. The bottom residue obtained after
distillation
is highly useful as Fuel Oil, making MHO a versatile
and cost-effective industrial product.
Energy-Rich Composition
Mixed Hydrocarbon Oil offers high energy content, making it
a powerful fuel source for industrial processes and equipment.
Its energy-rich nature ensures efficient combustion and
dependable performance for power generation and machinery
operations.
Versatility in Applications
MHO is widely used across multiple industries as a fuel for
boilers, furnaces, and turbines, delivering consistent heat
and power. It also serves as a valuable feedstock for chemical
processes and industrial manufacturing.
Thermal Stability
With excellent thermal stability, Mixed Hydrocarbon Oil performs
reliably in high-temperature environments. It maintains
consistent heat output while reducing the risk of equipment
failures or operational disruptions.
Low Emissions
Formulated to support environmentally responsible operations,
MHO meets standard emission requirements. It helps reduce
harmful pollutants, enabling industries to lower their carbon
footprint and comply with environmental regulations.
Efficient Lubrication
Mixed Hydrocarbon Oil also provides effective lubricating
properties, reducing friction and protecting machinery
components. This helps extend equipment life, minimize wear
and tear, and lower maintenance costs.
