2020 Atlas Copco Compander (TM) Integrally Geared Compressor Base

2020 Atlas Copco Compander (TM) Integrally Geared Compressor Base

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  • Year 2020
  • Make Atlas Copco
  • Model Compander (TM) Integrally Geared Compressor
2020 Atlas Copco Compander (TM) Integrally Geared Compressor Base

2020 Atlas Copco Compander (TM) Integrally Geared Compressor Base

2020 Atlas Copco Compander (TM) Integrally Geared Compressor

Compander (TM) integrally geared compressor expander

By combining compressor and expander functions into one unit, the Atlas Copco Gas and Process Compander provides a highly efficient, CAPEX-friendly process solution

Did you know?

By combining the base frame, gear and oil systems, the Compander minimizes your maintenance and maximizes your process uptime. Our Compander blends Atlas Copco’s proven reliability track record for integrally geared compressors and turboexpanders.

Features may include:

Vast compressor and expander experience
  • Utilizing the full energy recovery potential for combined compression and expansion processes, the Compander (TM) merges our longstanding expertise in compression and turboexpanders into one convenient, energy saving solution
Meeting API standards
  • Our companders meet all critical industry standards, including API 617
Compact, Efficient, Reliable
  • The Compander (TM) meets key needs in many of today's industrial processes where efficiency, a smaller footprint and faster installation times are key factors in equipment purchase decisions
Technical description of the Compander (TM)
  • Our Compander (TM) is designed to handle all gases and delivers volume flows of up to 480 000 m3/h over 8 stages, operating at a rated power of up to 30 MW. It’s a solution that meets key needs in many of today’s industrial processes, where energy efficiency is a major operations focus. Utilizing the full energy recovery potential for combined compression and expansion processes, the Compander (TM) merges our long standing expertise in integral gear technology and turbo expanders into one solution. It’s unique in that compressor and expander stages are housed in one gear box. You can use the energy recovered on the turboexpander side to power the compressor’s energy cycle, significantly reducing the compressor’s energy consumption (rotor drive). Our nitrogen and methane companders can be used in different LNG and chemical applications, respectively:
  • Nitric acid
  • Small-Scale LNG
  • HPPO
  • Caprolactam
  • Phenol
  • Boil off gas reliquefaction
  • Nitrous oxide

Motor

Motor Power Requirement: 40,230 HP

Operational

Operating Temperature, Maximum Suction: -165 °C - 400 °C

Hydraulics

Maximum Pressure Suction: 0.98 bar(a) | Discharge: 200 bar(a)
Hydraulic Flow Effective Inlet-Flow Range: 0 m³/h - 480,000 m³/h

Features

Features No. Of Stages: 1 - 8 | Seal Types: Dry-Gas

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