Transforming
PLASTIC WASTE
into Sustainable Oil
Recycled Oil
Pioneering Wave Decomposition
with Ceramic Catalysts
As our planet grapples with escalating climate crises and the widespread destruction of natural and urban ecosystems, the need for innovative waste management solutions has never been more critical. Traditional methods like incineration, landfills, and pyrolysis—though widely used—fall short of addressing the urgent demand for sustainable waste conversion. Oilfield Co., Ltd.(South Korea) is at the forefront of this challenge, aligning with the global 2050 carbon neutrality strategy. We’ve revolutionized waste management with our groundbreaking non-combustion, low-temperature decomposition technology. Unlike conventional methods, our process transforms waste plastic and refuse into recycled fuel oil or raw material oil without the need for burning or burial. This innovative emulsification technology not only reduces greenhouse gas emissions but also contributes to low-carbon energy conversion and the development of new, renewable energy sources. Urban Oilfield is redefining waste management, turning environmental challenges into opportunities for a sustainable future.
RGO(Regenerated Green Oil) Tech
City Oil Field's Non-Traditional Pyrolysis Method
City Oil Field's RGO(Regenerated Green Oil) process technology is one of the non-traditional pyrolysis methods. When electrical energy is applied to a fixed-bed sealed reactor, where no external air or fuel is introduced, an electromagnetic field is generated around it, which can be referred to as electromagnetic waves, electric waves, or electromagnetic radiation. The electromagnetic energy is transferred to the ceramic balls installed in the electric heating element, and this energy generates waves. The produced waves crack the polymer bond structures that make up the plastic, facilitating chemical reactions, allowing for the selective decomposition of waste plastic at lower temperatures compared to traditional pyrolysis methods. Consequently, plastic decomposition can occur within 300℃, minimizing pollutants, and residues other than plastic do not decompose but retain their form.
Equipment temperature maintained below 300℃
Ceramic-generated waves decomposes the plastic
The shape of aluminum remains after the process
The printed text of the input material after the process
Distinction from Traditional Pyrolysis Methods
Gasification Furnace + Gas Combustion Chamber + Waste Heat Boiler
Melting Furnace: Above 1,200 °C
City Oil Field's Technical Uniqueness
Process Details
City Oil Field's equipment is based on low-temperature wavelength decomposition technology using ceramic balls, conducting waste decomposition and refinement in two stages through primary and secondary devices.
Primary Device: Decomposition process through physical catalytic reaction
The primary device cracks the molecular chains of waste vinyl and plastic to extract vaporized oil and steam components. The ceramic balls mounted in the primary device generate discontinuous wave energy. The produced vapor is turned into a liquid wax-oil mixture through cooling and condensation processes and is stored in storage tanks. After the process, carbonized residues remain, which, along with the secondary device residues, are later produced as solid fuel (charcoal component)
Secondary Device: Refinement process through chemical catalytic reaction
The secondary device separates impurities and moisture from the recycled oil produced by the primary device and produces high-quality recycled fuel oil and renewable feedstock through 2nd to 4th stage refinement cracking. Initially, filtration and separation processes take place in the catalyst tank, followed by the production of refined fuel oil and renewable feedstock through multi-stage high cracking processes.
City Oil Field RGO Process
Patents and Certifications
Intellectual Property Rights Patent
Certification
