Synthetic Diesel plant uses Catalytic Depolymerization Process (KDV)

Although strides are being made towards renewable energy the Transport sector remains dependent to over 90% on fossil  fuel.

To date, alternatives have proved uneconomic or environmentally detrimental.

Now, Alphakat Gbmh is offering solution with their synthetic diesel plants, using a patented Catalytic Depolymerization (KDV) process.

Main advantages of KDV biodiesel production

• effective
• inexpensive
• locatable almost anywhere
• able to use most raw materials
• environmentally friendly

The Catalytic Depolymerization of Waste Material into Diesel fuel is the most economical, environmentally friendly and efficient approach to fuelling transport.

The KDV process:

• Works at normal pressure - reduces plant costs
• Max. temperature of 340° Celsius. - No harmful and toxic dioxins and furane can develop
• Emits no any smoke or exhaust fumes - eliminates environmental burden
• Has a completely enclosed circulation system - zero emissions

How KDV works:

Hydrocarbon molecules from the basic material split under the impact of a catalytic converter inside a fluidity rotation unit in a 290° – 350° Grad Celsius hot oil suspension.

The diesel steam produced is separated in a distillation column.

The remaining waste is discharged in a controlled manner.

The efficiency is approx. 80% of the hydrocarbon input material.

 KDV uses most raw materials

Household waste

Plastics

Abattoir waste

Waste oil

Download the powerpoint presentation here