Atlas Copco Gas and Process

Atlas Copco Gas and Process end-to-end aftermarket solutions increase efficiency, save energy, and meet tomorrow’s challenges.

Closed-loop heat pumps and mechanical vapor recompression open-cycle-loop heat pumps with MVR are two long-established processes gaining greater attention as industry attempt

Sponsored Content: At TPS 2023, Turbomachinery International spoke with Atlas Copco Gas & Process.

Closed-loop heat pumps and mechanical vapor recompression open-cycle-loop heat pumps with MVR are two long-established processes gaining greater attention as industry attempt

Closed-loop heat pumps and mechanical vapor recompression open-cycle-loop heat pumps with MVR are two long-established processes gaining greater attention as industry attempt

Businesses can become more sustainable, more competitive due to lower production costs, and at the same time they help save money.

Businesses can become more sustainable, more competitive due to lower production costs, and at the same time they help save money.

Businesses can become more sustainable, more competitive due to lower production costs, and at the same time they help save money.

Businesses can become more sustainable, more competitive due to lower production costs, and at the same time they help save money.

Businesses can become more sustainable, more competitive due to lower production costs, and at the same time they help save money.

With increasing CO2 and fossil-fuel prices and a broader renewables footprint in the electricity mix, industrial heat pumps will be a key factor in achieving a more sustainable heat-generation approach in the future.

Industrial Heat Pumps. With increasing CO2 and fossil-fuel prices, and a broader renewables footprint in the electricity mix, industrial heat pumps will be a key factor in achieving a more sustainable heat-generation approach in the future.

Closed-loop heat pumps and mechanical vapor recompression open-cycle-loop heat pumps with MVR are two long-established processes gaining greater attention as industry attempt

Closed-loop heat pumps and mechanical vapor recompression open-cycle-loop heat pumps with MVR are two long-established processes gaining greater attention as industry attempt

Closed-loop heat pumps and mechanical vapor recompression open-cycle-loop heat pumps with MVR are two long-established processes gaining greater attention as industry attempt

Closed-loop heat pumps and mechanical vapor recompression open-cycle-loop heat pumps with MVR are two long-established processes gaining greater attention as industry attempt

By making use of the untapped potential of low-pressure steam via mechanical vapor recompression, plant operators successfully found a more energy efficient and sustainable supply of energy.

By making use of the untapped potential of low-pressure steam via mechanical vapor recompression, plant operators successfully found a more energy efficient and sustainable supply of energy.

By making use of the untapped potential of low-pressure steam via mechanical vapor recompression, plant operators successfully found a more energy efficient and sustainable supply of energy.

The API standards are the commonly used standard in the hydrocarbon market. They establish rules for design, testing, and operation with the objective of safe and reliable operation for 20 years.

The API standards are the commonly used standard in the hydrocarbon market. They establish rules for design, testing, and operation with the objective of safe and reliable operation for 20 years.

After describing the evolution of turboexpander technology, this article presents a modern case study from the US. It describes the technical specifications and processes, as well as the challenges and solutions.

After describing the evolution of turboexpander technology, this article presents a modern case study from the US. It describes the technical specifications and processes, as well as the challenges and solutions.

After describing the evolution of turboexpander technology, this article presents a modern case study from the US. It describes the technical specifications and processes, as well as the challenges and solutions.

After describing the evolution of turboexpander technology, this article presents a modern case study from the US. It describes the technical specifications and processes, as well as the challenges and solutions.

After describing the evolution of turboexpander technology, this article presents a modern case study from the US. It describes the technical specifications and processes, as well as the challenges and solutions.

After describing the evolution of turboexpander technology, this article presents a modern case study from the US. It describes the technical specifications and processes, as well as the challenges and solutions.

After describing the evolution of turboexpander technology, this article presents a modern case study from the US. It describes the technical specifications and processes, as well as the challenges and solutions.