Turbovap, your steam compression expert.
Focused on steam energy conservation

Turbovap, your steam compression expert.

The company’s multi‑stage skid‑mounted centrifugal compressors have been successfully deployed on a large scale, suitable for concentration, distillation, and waste‑heat recovery systems in complex process streams, effectively helping customers significantly reduce steam costs.

Focused on steam energy conservation

Compress every degree of heat, and save every penny of cost.

ABOUT TURBOVAP

Enter TURBOVAP

Turbovap was established in September 2008 and is a leading domestic manufacturer of core MVR equipment. In 2008, the company was included in Changzhou City’s “Gathering Program for One Thousand Overseas Talents”; in 2009, it was selected for the city’s “Gazelle Program”; and in 2010, it was admitted to Jiangsu Province’s “Innovation and Entrepreneurship Talent Recruitment Program.” The company has recruited an academician of the Chinese Academy of Sciences and established the “Jiangsu Provincial Enterprise Academician Workstation.” Leveraging the technical expertise and intellectual strengths of the academician and his team, the company has achieved significant breakthroughs in energy‑saving product development and technological innovation.

Focus

Dedicated

Specializing in the manufacture of centrifugal steam compressors, we are a leading manufacturer of core equipment for steam‑energy‑saving projects and a provider of system engineering services.

Focus

Professional

Professional

Turbovaps has obtained ISO 9001, ISO 14001, and ISO 45001 certifications, ensuring efficient management, swift execution, and timely delivery.

Professional

Concentration

Attentive

The company’s multi‑stage skid‑mounted centrifugal compressors have been successfully deployed on a large scale. A single four‑stage compressor can achieve a saturation temperature rise of 80°C and a compression ratio of 12:1, making it suitable for concentration, distillation, and waste‑heat recovery systems in complex process streams, thereby significantly reducing steam costs for customers.

Focus

2008

Changzhou City’s “Gathering of One Thousand Overseas Talents Project”

2009

Changzhou City “Gazelle Program”

2010

“Jiangsu Province Innovation and Entrepreneurship Talent” Recruitment Program

Multistage skid-mounted centrifugal compressor production equipment

Centrifugal steam compressor

Centrifugal steam compressors are custom‑made products. Based on customer requirements, Turbovap can supply units ranging from 1 to 200 tons per hour, with a single‑stage temperature rise of 8 to 80°C. Typically, for gear‑driven high‑speed centrifugal compressors, each additional 20°C of temperature rise necessitates the addition of one compression stage. Turbovap currently boasts proven operational experience with single‑unit four‑stage compressors and offers a broader range of options to meet diverse customer needs.

Centrifugal steam compressor (gearbox)

The company primarily researches, develops, and manufactures centrifugal steam compressors and their associated products, with a particular focus on centrifugal steam compressors for evaporation and distillation systems. It is capable of designing and producing the following products:

High-speed direct-drive vapor-compression compressor

The structure of a high-speed direct-drive vapor-compression compressor is primarily divided into two main components: the motor and the compressor. When the motor rotates, it drives the compressor via a drive mechanism, drawing gas into the low-pressure chamber, compressing it within the compressor to the high-pressure chamber, and finally discharging the high-pressure gas. Because the compressor is directly driven by a high-speed motor, system efficiency is improved, noise levels are reduced, and the footprint is minimized.

Introduction to the structure of centrifugal compressors

The main types of steam compressors commonly used are Roots-type, centrifugal, and axial‑flow. Centrifugal fans are typically employed as auxiliary air‑supply equipment and are not listed alongside compressors. Roots compressors are primarily suited for low‑flow applications, while axial‑flow compressors are designed for high‑flow conditions and are usually configured as multi‑stage systems. The most widely used steam compressors are centrifugal fans and centrifugal compressors.

Focus Steam Energy Saving · Turbovap

Heat pump distillation

Heat pump distillation

Steam Boosting

Steam Boosting

MVR evaporation

MVR evaporation

Heat pump distillation

Heat pump distillation

By leveraging Turbovap’s core product—the multi‑stage centrifugal steam compressor—steam at the top of the distillation column is superheated and pressurized, and the compressed steam is directly routed to the reboiler for heating. This approach enables the full recovery of the substantial latent heat contained in the overhead vapor while requiring only a small amount of electrical energy, thereby reducing both the steam consumption at the bottom of the column and the cooling load at the top, achieving dual energy savings.

二级压缩机

Two-stage compressor

三级压缩机

Three-stage compressor

四级压缩机

Four-stage compressor

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Steam Boosting

Steam Boosting

By leveraging Turbovap’s core product—the multi‑stage centrifugal steam compressor—steam at the top of the distillation column is superheated and pressurized, and the compressed steam is directly routed to the reboiler for heating. This approach enables the full recovery of the substantial latent heat contained in the overhead vapor while requiring only a small amount of electrical energy, thereby reducing both the steam consumption at the bottom of the column and the cooling load at the top, achieving dual energy savings.

蒸汽增压案例

Steam Boosting Case Study

蒸汽增压案例

Steam Boosting Case Study

蒸汽增压案例

Steam Boosting Case Study

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MVR evaporation

MVR evaporation

It delivers significant energy savings to users, effectively reduces new project capital investment, makes full use of existing evaporation equipment, and maintains or increases the original evaporation capacity while preserving or enhancing the existing evaporation process.

MVR

MVR

MVR

MVR

MVR

How to renovate

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Artisan Virtue Winning the trust of industries across the board

Centrifugal steam compressors are widely used, and, particularly in the context of energy conservation and carbon reduction, they have become essential equipment for energy recovery and process optimization across many high‑energy‑consumption industries.

Energy-Saving Retrofit of Ammonium Chloride Four-Effect Evaporation
Amino Acid Solution Concentration Project
Paper Mill Wastewater Evaporation Project
Power Plant Desulfurization Wastewater Evaporation Project
Heavy-Metal-Containing Wastewater Evaporation Project
Rare Earth Industry Wastewater Evaporation Project
The world’s first BDO plant has successfully commissioned its energy-saving distillation project featuring a pressurized heat pump for the formaldehyde circulation tower.
Ili Chuanning MVR Project
Lizhu Pharmaceutical MVR Project
Luxi Chemical MVR Project
Northern Rare Earth MVR Project
Zhejiang Huakang MVR Project
Dayang Bio MVR Project
Sodium Sulfate Wastewater MVR Project
PetroChina Oilfield Wastewater MVR Project

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