Acetylene Plant

Acetylene plants are used in various industries for the production of acetylene gas. The plants are designed to obtain the highest carbide yield and efficiency. Plants are compliant with international standards. Each component is carefully engineered to meet the customer’s requirements.

The plant is fully automatic with twin hopers. All operations are performed by pneumatically controlled valves. These are assisted by highly sensitive sensors, and temperature control instruments.

Components of acetylene plants


The Generator has temperature safety instrument, water inlet control, high water shutoff, low water level alarm, automatic carbide feeding, automatic residue discharge, and over pressurization safety relief valves. A Double hopper automatically feeds the carbide in the generator.

  • Temperature Control
  • High-Pressure Control
  • Water Level Control
  • No Loss-Carbide Control
Cooler Condenser

The acetylene gas passes through a cooler condenser. That lower the temperature with help of cross flow cooling water.

Low Pressure Drier

The acetylene gas then passes through a low-pressure drier. To remove water that get trapped during carbide reaction.


The gas passes through a purifier to remove impurities. The purifier assists in removing impurities.

Ammonia Scrubber

The ammonia scrubber removes 99% of the ammonia.  Thus preventing formation and clogging of flame arresters and cylinders.


A 3 stage compressor increases the acetylene pressure. Cooling coils and condensate traps are located at each stage. Coils and traps are submerged in water to cool the acetylene gas.

High Pressure Driers

The high pressure driers remove moisture and oil. The gas then flows through a special filter, flame arrester, and a back pressure valve. Then is directed to the manifold. Where every station valve is protected with a flame arrester. A flame arrester, reverse flow check valves, and handwheel connections are on the end of the pigtail at the cylinder.

Precautions when making the Acetylene Plant building (As per PESO guidelines):

A safety zone of 15 m. all around the Acetylene Plant from other buildings should be provided. And a minimum of 9 m. from any slurry pit.

A separate acetone godown should be constructed that must have 9 m. all around.

A distance of 90 m. must be maintained from any Oxygen Plant.

All non-flame and explosion-proof switches must be provided separately in an enclosure away from the Acetylene Plant building.

No flammable material should be used for the construction of the Acetylene Plant building.

Both the acetone godown and calcium carbide store as well as the Acetylene Plant building should be well ventilated with ventilators on the roof as well as ground level. All ventilators must be protected with noncorrosive, galvanized mesh, with a minimum gauge of 11 mesh to the linear cm. Covers should be provided on the ventilators so that rainwater may not enter through these openings.

All electrical wiring should be of low voltage in the Acetylene Plant premises. Electrical lines must not cross or run in the same trench used for conveying water or steam or acetylene.

Plant Efficiency
Most efficient plant 99.8%
Delivery time
Fastest Delivery on custom acetylene plants
Plant Safety
Considered as the safest plant in the industry
Ease of operation
Fully Automatic for your convenience
Plant Durability
We are proud to have the most durable plants in the industry

Advantages of our acetylene plant

  1. Capacity ranging from 25cum/hour to 400cum/hr
  2. Acetylene gas plants are of robust design for trouble-free working
  3. No bulky gas holder required
  4. Automatic controls for feeding water
  5. Maintaining temperatures, pressures, and slurry drain are full proof, efficient, and are of international standard
  6. Excellent absorption of gas in cylinders
  7. No gas loss and high yield
  8. Very simple and safe to operate
  9. Low power consumption
  10. Low maintenance cost

ACetylene Plant Models


Capacity: 15-30 cu.meter/hr


Capacity: 31-50 cu.meter/hr


Capacity: 51-100 cu.meter/hr


Capacity: 101-200 cu.meter/hr