Hydraulically driven piston compressor for non-corrosive gases

Optimize your gas compression operations with a versatile, hydraulically driven system designed for high-pressure, lubricant-free performance, ensuring minimal maintenance and integration ease into compact spaces.

Compresses and Cools High-Pressure Industrial Gases

The NEA|HOFER TKH, a product of NEUMAN & ESSER, is a hydraulically driven, dry-running piston compressor engineered for high-pressure applications. Featuring a lubricant-free design, it efficiently compresses gases like hydrogen, helium, and argon without the risk of contamination, making it ideal for industrial gas processing and the hydrogen economy.

Operating with a discharge pressure of up to 4,200 bar, its modular, multi-stage construction allows for easy installation in confined spaces, such as containers. The compressor’s ability to operate without lubricants is achieved through specially developed materials for piston packing, ensuring gas purity.

Engineered for versatility, it supports continuous, automatic operation with up to 100% variable speed control, enhancing its integration into diverse processing lines. With robust wear resistance, it guarantees smooth operation and minimal maintenance time, as piston seals can typically be replaced within 10 to 30 minutes.

This compressor also features efficient water-cooling for optimal thermal management and noise reduction, complying with European safety and explosion-proof directives. Options for corrosion-resistant materials are available, accommodating aggressive environments and industrial gases.

For enhanced operational transparency, the compressor is capable of constant leakage rate monitoring and includes optional sensors for gas and oil leak detection, ensuring high reliability and safety standards across its applications.

Benefits

  • Ensures gas purity through lubricant-free compression, critical for sensitive applications like hydrogen fuel cells and helium for MRI machines.
  • Reduces maintenance downtime with quick piston seal replacement within 10 to 30 minutes.
  • Enables seamless integration into compact spaces with its modular, space-saving design.
  • Enhances operational safety with continuous leakage monitoring and optional explosion-proof configurations.
  • Lowers noise levels and improves cooling efficiency through advanced water-cooling technology.

General


Applications
Argon,Helium,Carbon dioxide,Green gas industry,Oil and gas,Ethylene,Hydrogen economy,Nitrogen,Hydrogen,Industrial gas processing
End products
Carbonated beverages,Liquefied natural gas (lng),Renewable gas,Argon for welding,Helium for mri machines,Nitrogen for food packaging,Biogas upgrading,Ethylene for polyethylene production,Hydrogen fuel cells,Hydrogen-powered vehicles
Steps before
Gas Purification,Gas Drying
Steps after
Gas Cooling,Gas Storage
Input ingredients
hydrogen,helium,argon,nitrogen,carbon dioxide,ethylene
Output ingredients
compressed hydrogen,compressed helium,compressed argon,compressed nitrogen,compressed carbon dioxide,compressed ethylene
Market info
Neuman & Esser Group is known for its expertise in manufacturing compressors and grinding systems. They hold a strong reputation for providing durable, high-quality engineered-to-order equipment, particularly in the oil and gas, chemical, and energy industries.

Technical Specifications


Discharge pressure
up to 4,200 bar
Piston type
Dry-running
Compression stages
Variable number of stages
Stage pressure ratio
up to 5
Piston speed
Low speeds for wear resistance
Installation requirement
Foundation-free due to mass compensation
Cooling method
Water cooling
Monitoring capability
Constant monitoring of leakage rates
Noise level
Low sound pressure level
Compliance
2006/42/EC EC-Machinery Directive
Explosion proof capability
According to 2014/34/EU Directive
Operation mode
Hydraulically driven
Seal replacement time
10 to 30 minutes
Flow control
Easy control by changing strokes (5 to 100)
Cooling circuit
Hydraulic unit also connected to cooling circuit

Operating Characteristics


Working Mechanism
Hydraulically driven,dry-running piston
Gas compatibility
Non-corrosive gases like hydrogen,helium,argon
Maintenance ease
Piston seal replacement in 10 to 30 minutes
Space efficiency
Small space requirement,stages can be arranged vertically
Flow regulation
By changing the number of strokes from 5 to 100
Sound and cooling features
Water cooling for low sound pressure level
Leakage Monitoring
Constant monitoring of leakage rates
Suction capacity regulation
Continuous regulation via standard analogue signal
Explosion-proof capability
Explosion-proof hydraulic units available on request
Stage Pressure Ratio
Up to 5
Operation Principle
Two-stage or one-stage double-acting design

Material Compatibility


Corrosive resistance (e.g. acids)
Yes
Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm


EC-Machinery Directive
2006/42/EC
Explosion Proof Certification
European Directive 2014/34/EU
Applied Standards
DIN EN 1012 part 1
Applied Standards
DIN EN 12100 part 1
Applied Standards
DIN EN 60204 part 1

Physical Characteristics


Machine footprint
Small space requirement
Installation type
Foundation-free installation
Stage arrangement
Stages can be arranged above one another
Container compatibility
Ideal for installation in containers

Custom Options


Piston seal replacement
10 to 30 minutes
Hydraulic unit location
Outside ex-zone
Explosion-proof option
Available upon request
Installation configuration
Stacked for container installation
Number of stages
Variable,1 or more
Piston speed control
Variable,5 to 100 strokes
Continuous capacity regulation
0% to 100% via analogue signal
Leak detection instruments
Available upon request