Plasma

Gas-jet plasma chemistry method underlying our technological solutions is a completely unparalleled technology

High Efficiency

Low-energy cold disbalanced plasma used in our equipment significantly increases chemical reactions speed and efficiency of all processes

Modular Approach

Our equipment is scalable and can easily be adjusted to industrial manufactures as well as to all local raw material extraction and processing sites

Signature Solutions

Our special approach in controlled jet plasma chemistry allows developing groundbreaking market solutions

Integrated Market Solutions

On-site Disposal and Processing of Associated Petroleum Gas

Mobile units for production of end market products from flared gas right on extraction sites

Natural and Associated Gas Desulphurization

Mobile plasma chemical unit for sulphur removal from natural and associated gas

Methanol and Acetylene Production from Natural Gas

Methanol and acetylene direct synthesis unit on the basis of plasma chemical method

Silicon Refining to Solar-Grade Quality

The unit for refining of metallurgical-grade silicon to solar-grade quality

On-site Gold Refining

Mobile unit for gold refining right on extraction sites without using acids or cyanides

Controlled Plasma Chemistry

Cold Plasmatron Working Principle

The feedstock delivered to processing as a supersonic stream gives rise to gas seal and rapid removal of reaction products
Reaction is initiated via electron-beam plasma with external electromagnetic fields superimposition
As a result, the process proceeds at high speed in a compact flow-through system

Plasmatron & Reactor

Plasmatron and reactor are basic key elements of jet plasma chemical method

Gas To Liquid

Liquid hydrocarbon production
Plasma Refining

High-purity materials
Roll-To-Roll

Layers deposition and surface treatment

End Market Products
and New Chemical Features

Gas To Liquid

Liquid hydrocarbon production

End market product is produced through one-stage feedstock processing into methanol and other products using unbalanced cold plasma generated by electron beam.

Feedstock: associated petroleum, natural, furnace gases, the gag burnt off in flares, methane and others

The PLASMA GTL Technology could be adapted to provide different outputs for all required customer needs:

Methanol Production

(to prevent hydrating) eliminates delivery and storing costs on extraction sites

Natural Gas Liquids Production

and production of other easily portable products

Associated Petroleum Gas Processing

into the aforementioned products to improve utilization standards

Deposits and Wells Development

Development of marginal or suspended deposits and wells

Gas Processing in the Far North and Arctic Conditions

Sulfur Removal from Gas Stream

This resolves gas pipelines corrosion

PLASMA REFINING Unit

Materials Refining

PLASMA REFINING is designed for producing high-purity materials using electron beam.

The unit allows refining copper, aluminium and aurum without using acids or cyanides, which is completely environmentally friendly.
Unparalleled Technology

Uniqueness

Compared to other technologies based on electron beams, our approach makes it possible to perform the process at higher pressure and therefore use a simpler and cheaper equipment. Moreover, apart from evaporation and the material melting by way of electron beam, it allows purifying the materials using plasma chemical reactions by addition of necessary substances into the process through a gas stream.

Capacity

The capacity of electron beam melting units may reach hundreds of kgs per hour. In addition to this, ingots of ultra-pure metals such as aluminium, copper, aurum, tantalum niobium, molybdenum, tungsten, vanadium, hafnium, zirconium and some alloys (steel above all) of several tons in weight can be also obtained.

Roll-to-roll Technology

Layers Application Principle

Plasma chemical deposition allows producing unique structures on different types of substrates and complex surfaces. Practically, layer synthesis is performed at atomic scales.

Plasma chemical deposition from gas phase coupled with the roll-to-roll (R2R) technology holds a massive potential for setting up space-saving plants where products are applied to a flexible ribbon-substrate (such as thin-film solar cells, thin-film electrodes for a lithium-ion battery etc.). The core of this technology is a reaction chamber equipped with required quantity of cold plasmatrons, representing original technology elements.

Ribbon-substrate moves through this reaction chamber under the R2R technology while being constantly deposited with layers of a material.

End product is accumulated in rolls. To produce a multilayered product, the unit must include several reaction chambers equipped with plasmotrons configured to a suitable surface deposition.

Roll-to-toll Technology Highlights:

Deposition to 2 surfaces at the same time

Compact design

Application evenness along the ribbon-substrate movements

End product size is set by the ribbon’s width

The product is easily transported in rolls

Any questions?

For questions about the purchase or topic of interest to you, please contact through the website