Nitrous Oxide Plants

Product Details:

• The Nitrous Oxide Cylinder Filling Plant is designed for maximum Nitrous Oxide yield and high efficiency. The rated plant capacity is from 5 to 50 kg per hour depends on model selected. The Nitrous Oxide plant is constructed and inspected with a best practice policy that meets the intent of design principles and manufacturing practices from Section VIII of the ASME codes.

  Equipped with all of the safety features found only in Hi-Tech’s plants, The Plant is optimized for low building and installation costs. This Nitrous Oxide plant is skid mounted and completely automatic in operation

  Two 5 to 50 cylinder manifolds come with main isolation valves, flame arresters and flexible cylinder filling leads that have non-return check valves. Hand wheels with nipples that use o-rings to seal make the connection of cylinders quicker. A motor control center is used to control all automated processes of the Nitrous Oxide plant. Also having facility of remote controlling by local area connection

• All Acid resistant Stainless Steel Material of construction

• Nitrous Oxide Plant arrives on skids pre-piped. Even in the most inclement or freezing Weather, installation is simpler because of minimum on-site assembly.

• Safe operation is the most important feature of Our plants. Hi-Tech’s flame arresters and reverse flow check valves provide unequalled protection in the cylinder filling process. Devices for added protection are similar to those found ONLY in our Nitrous Oxide plants.

• developed by Hi-tech are the most modern in Nitrous Oxide plants worldwide, Controlled by Siemens S7 PLC Processor

• with the same high Nitrous Oxide yield as other Hi-Tech plants, the Plants are smaller,more compact, and less costly than larger capacity plants.

• requires far less space than any competitive model of the same capacity

• the smaller area reduces excess walking and rolling of cylinders.

• reduces the need for additional cylinders as fast refill increases the effective use of cylinders

Product Details:

• The Transportable/Small Nitrous Oxide Cylinder Filling Plant is designed for maximum Nitrous Oxide yield and high efficiency. The rated plant capacity is from 5 to 50 kg per hour depends on model selected. The Nitrous Oxide plant is constructed and inspected with a best practice policy that meets the intent of design principles and manufacturing practices from Section VIII of the ASME codes.
• Equipped with all of the safety features found only in Hi-Tech’s plants, The Plant is optimized for low building and installation costs. This Nitrous Oxide plant is skid mounted and completely automatic in operation.
• Two 4 to 20 cylinder manifolds come with main isolation valves, flame arresters and flexible cylinder filling leads that have non-return check valves. Hand wheels with nipples that use o-rings to seal make the connection of cylinders quicker. A motor control center is used to control all automated processes of the Nitrous Oxide plant. Also having facility of remote controlling by local area connection
• Fully Automatic Plug and Play Design

• All Acid resistant Stainless Steel Material of construction

• Nitrous Oxide Plant arrives on skids pre-piped. Even in the most inclement or freezing Weather, installation is simpler because of minimum on-site assembly.

• Safe operation is the most important feature of Our plants. Hi-Tech’s flame arresters and reverse flow check valves provide unequalled protection in the cylinder filling process. Devices for added protection are similar to those found ONLY in our Nitrous Oxide plants.

• developed by Hi-tech are the most modern in Nitrous Oxide plants worldwide, Controlled by Siemens S7 PLC Processor

• with the same high Nitrous Oxide yield as other Hi-Tech plants, the Plants are smaller,more compact, and less costly than larger capacity plants.

• requires far less space than any competitive model of the same capacity

• the smaller area reduces excess walking and rolling of cylinders.

• reduces the need for additional cylinders as fast refill increases the effective use of cylinders