Transforming Waste into a Sustainable Resource

 

       Every year, the world produces over 400 million tons of plastic, and this number continues to grow. Unfortunately, less than 10% of plastic waste is recycled, while the rest is either incinerated or discarded, leading to severe environmental pollution. 

       The urgency to find effective waste management solutions has never been greater. Transforming plastic waste into energy not only reduces environmental pollution but also provides a renewable energy source, creating a cleaner and more sustainable future.

 

 

 

What is Pyrolys?

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Organic and plastic waste 

 

Being heated up to 1000 degree 

 

In an oxygen free atmosphere

 

Decomposing in solid, liquid and gas form

 

       Plastic wastes, which  not being recycled and to be dumped in landfill, are being used as raw material of the process with NNR Technology System

 

NRR Technology System 

Steps of NRR

- Reaction without oxygen

- Thermic decomposion

- Collected plastic wastes are being formed in small parts, which are being loaded  to main reactor

- Electrical energy is being used to heat up to 500-1000 celsius in order to thermal decomposion of plastic wastes in the main reactor. The process getting speed once gas reach from main reactor to catalityc converter

- Endothermic reaction

 

 

Daily 10 Ton per unit x 5 Unit = 50 Ton / day

Energy can be produced from plastic waste by Pyrolysis Process

 

Plastic bags

Ploypropylen plastics (PP)

Polyethylen plastics (PE)

Polystryens (PS)

Bags, Packing

Mixed plastics

Plastic dumped in Landfill

 

 PS: Decomposit elements are to be recycled and re-used by the industry base on types.

Organic Pyrolysis Process

 

Additionally;

It is possible to install a process to pyrolysis organic,

inorganic and used lube oils which can not be recycled.

 

 

 

The production of NRR Process

Pyrolytic Oil

Carbon Black

Paraffin

Explosive gas and LPG

 

Type of Productions Percentage

 

 

%75

Pyrolytic Oil

 

 

%10

Carbon Black

 

 

%15

Gas and Paraffin

Pyrolytic Oil

 

Pyrolytic oil samples as below, produced from plastic and tyres 10500 - 10700 kcal/kg. Produced Pyrolytic oil has high calorific value ( min. 10500 kcal ) and the least emission values

 

 

Where to use ?

Gun powder factory

Instead of diesel oil

Hydraulic Oil Rafineries

Instead of petrochemical products for fining

Biodisel Rafineries

For increasing fuel efficiency and anti-freezing

Chemical Factories

For additional or main raw material for petrochemical productions

Fuel for Heating

In Factories, Mines, Steam 

System etc.

Lube Oil Rafineries

For fining additives and rosin

Electricity Generation Facilities

For diesel engines and steam turbinesa

Hotels 

Instead of fuel oil or coal where there is no natural gas facility

 

 

The Advantages of Pyrolyctic  Process

 

 

Efficient and faster for energy

In Pyrolyctic process, there is no hazardous gasses such as Dioxin and Furan. Therefore , There is no requirement for expensive emission control systems

 

Process is self-sufficient. Therefore process is not required any fuel but only start up

 

Pyrolyctic is developed to provide zero waste. Each output material can be used and sold on demand.

 

Process can use any raw material which require low or high temperatures

 

Process require less space and can produce more production comparing to other systems.

 

Process is faster such that production in minutes despite to other system which can take apx. 35 days.

 

Profit of the process is higher than any alternative method.

 

Please contact for detailed info

 

sales@lazmachine.com