Advantages:

1. Low capital and operating costs;

2. The cost of coating application is lower than existing technologies;

3. Low energy consumption – depending on the reactor 2-5 kW*h;

4. Absence of contaminated wastewater, treatment systems, regeneration units, consumable related materials (adsorbents, filters, etc.);

5. High application speed – 0.4 µm/min;

6. In addition to metal, the coating can be applied to glass and ceramics;

7. Competitive cost of covering 1 cm²;

8. Pyrolytic chromium carbide coatings are 3-4 times more resistant to abrasion and corrosion than hard galvanic chromium coatings at comparable cost;

Advantages:

1. No emissions into the atmosphere.

2. Productivity of the initial coolant - 6 kg/hour;

3. Provides purification from gaseous tritium;

Advantages:

1. Obtaining a healthy product for nutrition;

2. Continuous operation of the installation;

3. Mobility;

4. No emissions of toxic gases into the atmosphere;

Advantages of the catalyst:

1. Ultra-low content of precious metals (from 0.01 to 0.02 mass%);

2. Low hydraulic resistance of the catalyst layer;

3. High resistance to catalytic poisons;

4. Possibility of forming catalyst layers of various geometric shapes;

Advantages of producing methanol at the field:

1. No need for long distance delivery;

2. No need to maintain a stock of containers for methanol production;

3. No environmental risks during storage and handling, remoteness from populated areas;

4. No need to build and maintain new transport terminals;

5. Year-round production of methanol; Independence of the industry from external supplies;

6. Reduction of warehouse capacity; maximum storage capacity is limited by the time required for periodic maintenance or repair of the unit; no more than 10-15 days;

7. Reduction of the number of personnel involved in the methanol supply chain and use;

Advantages:

Two-stage method for obtaining formic acid directly from methanol