China Carbon Dioxide Recovery Plant Manufacturers and Suppliers - Made in China

NEWTEK:Your Professional Carbon Dioxide Recovery Plant Manufacturer!

NEWTEK is a leading supplier of air separation equipment and cryogenic petrochemical equipment. The company has a professional air separation design and air separation engineering general contracting technical team, with independent process calculation, project design, unit design, and project general contracting capabilities. Products involve metallurgy, petrochemicals, electronics, machinery, building materials, aerospace and other fields.

Carbon Dioxide Manufacturing Plant
Carbon dioxide manufacturing plants are facilities dedicated to capturing, purifying and liquefying carbon dioxide. These plants are playing an increasingly important role in addressing global climate change and growing energy demand. By
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Co2 Air Separation Unit
A NEWTEK CO2 Air Separation Unit (ASU) is a facility specifically designed to separate carbon dioxide from other gases in the atmosphere, primarily nitrogen and oxygen. It is essential for a variety of industrial applications, including
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Carbon Dioxide Factory
With the convening of the annual climate conference, we can see that climate issues have become a global problem. The global climate change is mainly caused by the surge in carbon dioxide emissions, which destroys the balance of the
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Carbon Capture Plant
A carbon capture plant is a facility designed to capture carbon dioxide (CO2) emissions produced from various industrial processes, such as power generation, cement manufacturing, and chemical production. The captured CO2 can then be
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Carbon Removal Plant
Carbon removal is the process of removing carbon dioxide from the atmosphere by technological or natural processes, which includes methods of capturing carbon dioxide directly from the atmosphere and storing it permanently. This approach
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Co2 Generation Plant
CO2 Generation Plant (Carbon dioxide generation Plant) is an innovative facility dedicated to the efficient and safe generation and management of carbon dioxide. Through advanced technology and sophisticated processes, these plants can not
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Why Choose Us

Rich Experience

NEWTEK has extensive experience in designing, building and selling more than 2,500 air separation units worldwide, and owning or operating more than 1,500 plants in more than 50 countries.

Professional Team

The company has a professional air separation design and air separation engineering general contracting technical team, with independent process calculation, project design, unit design, and project general contracting capabilities.

Technical Certificate

Strict quality control measures have been implemented and certified by ISO 9001:2015 and CE.

Excellent Service

We provide high-quality after-sales service to ensure that your equipment continues to perform at its best and remains reliable over time.

Utility Requirement for Different Capacities of Plant

Plant Capacity	Power		Make Up Water		Liquid Co2 Storage Capacity	Cooling Water
Kg/Hr.	KW	HP	M3/Hr.	Gal/Min	In Metric Ton	M3/Hr	Gal/Min
100	33.5	44.9	0.4	1.76	15	7	30.8
250	83.7	112.3	1	4.4	25	17.5	77
500	167.5	22.1 6	2	8.8	50	30	132.1
750	251.2	336.9	5.9	13.2	100	45	198.2
1000	334.9	449.2	7.9	17.6	110	60	264.2
1500	502.4	673.8	6	26.5	150	90	396.3
2000	669.9	898.4	8	35.3	200	120	538.4
* Larger Capacities are available on request as per customer requirement.

Advantages of Carbon Dioxide Recovery Plant

01/

The carbon dioxide recovery plant's constant process meets international food-grade quality standards. Our advanced carbon dioxide recovery plant provide high-purity CO2 for all industrial and food applications, according to our customers' specific requirements.

02/

The carbon dioxide recovery plant has a wide range of applications. The fully automated system accurately processes the CO2 produced during the fermentation process. The purified CO2 gas meets all food-grade utilization regulations and can be used in beverage and beer production. In addition to not having to purchase CO2, this additional measure also saves costs, as the beer only comes into contact with the CO2 produced by the brewery itself.

03/

Our carbon dioxide recovery plant use innovative and proven technologies in the field of CO2 purification and CO2 liquefaction, achieving economical operating costs.

04/

The carbon dioxide recovery plant is monitored and controlled via an advanced HMI control panel, allowing operators to ensure optimal performance and seamlessly navigate the complex CO2 recovery process with precision and environmental awareness.

Key Components of a Carbon Dioxide Recovery Plant

A Carbon Dioxide recovery plant consists of several key components designed to ensure the efficient capture, filtration, and reuse of CO2. These include:

Fermentation gas collection systems: Captures CO2 from the fermentation tanks.

Purification systems: Filters out impurities like water vapor and ethanol, Dimethyl Sulfide, Acetaldehyde, Ethyl Acetate, Mercaptans, Oxygen and other unwanted compounds.

Compression units: Compresses the CO2 for liquefaction.

Liquefaction units: Cools and Liquefies the purified CO2.

CO2 rectifying units: Removes incondensable gases as Oxygen, Nitrogen etc.

Storage tanks: Safely stores purified CO2 for later use.

Each component plays a vital role in maintaining the quality and usability of the recycled gas, ensuring that it can be used without compromising the brewing process.

Carbon Dioxide Recovery Applications Across Industries

Carbon Dioxide recovery is not a universal process. Its application varies significantly across industries, driven by specific emission profiles, operational needs, and economic considerations. Here is a brief look at some of the industries where carbon dioxide is collected:

Industry	CO2 Emission Source	CO2 Recovery Application	Value Proposition
Brewery Industry	Fermentation process	Capture and purification of CO2 from fermentation for reuse in carbonation and packaging.	Cost savings by reducing CO2 purchase, ensuring CO2 supply security, enhancing sustainability profile.
Food & Beverage Industry	Various processes, including food production and packaging	Supply of food-grade CO2 for carbonation, modified atmosphere packaging, and other applications.	Reliable and sustainable CO2 source, reduced reliance on external CO2 markets, potential for revenue generation.
Refining & Chemical Industry	Hydrogen production, process heating, and chemical reactions	Feedstock for chemical synthesis (e.g., methanol, synthetic fuels), enhanced oil recovery (EOR).	Reduced greenhouse gas emissions, creation of valuable products, potential for enhanced resource utilization.
Dry Ice Production	Flash evaporation of liquid CO2	Recovery of CO2 flash gas for reuse in dry ice production, minimizing CO2 loss.	Increased CO2 utilization efficiency, reduced CO2 emissions, lower operating costs.
Other Industrial Flue Gas	Combustion processes in power plants, cement plants, steel mills	Post-combustion CO2 capture for utilization or geological storage.	Significant reduction in industrial carbon footprint, contribution to climate change mitigation efforts.

Carbon Dioxide Recovery Process

Carbon Dioxide Recovery Plant is consists of two adsorption tanks filled with drying agent molecular sieves to remove moisture from the gas. The carbon dioxide flows through one tank while the heater regenerates the other tank. After this, the gas passes through the drying unit of the CO2 Gas plant.

In the next phase, the liquid CO2 in a shell and tube heat exchanger and inert gases like Oxygen O2 and Nitrogen N2 are removed. All stages of purification in our carbon dioxide recovery will be precisely adjusted to the specific requirements, considering technological and financial aspects.

The first step in a CO2 Recovery system volume reduction in CO2 Gas in a two-stage compression. The fermentation carbon dioxide is compressed to one-sixteenth of the original gas volume with a dry-running piston compressor. After the CO2 compressor, the gas passes through the Deodorizer consisting of two vessels, substances influencing odour and taste are removed, with identical plant design. The only difference between the cleaner and the dryer is the filling with special activated carbon.

By compression and condensation, the storage volume is reduced to such an extent that temporary storage of even very large quantities of carbon dioxide requires little space. The compressed gas is liquefied in the condenser and then collected in a storage tank. The brewer can collect the gas produced during fermentation over several days and use it for the production process as required.

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FAQ

Q: What is your delivery time?

A: Usually, it takes 60 to 90 days after receiving the advance payment.
The specific delivery time depends on the items and quantity of the order.

Q: Can you produce according to customer requirements?

A: Yes, we can produce according to your requirements or technical drawings. We can make molds and fixtures.

Q: How is the quality of your products?

A: Our machines are strictly in accordance with national and international standards. We test every equipment before delivery.

Q: What is the ordering process?

A: (1) Inquiry --- Provide us with all clear requirements.
(2) Quotation --- Official quotation sheet with all clear specifications.
(3) Contract confirmation --- Provide correct contract details.
(4) Production --- Mass production .
(5)Transportation --- Sea.

Q: What is a CO2 recovery plant?

A: A CO2 recovery plant captures carbon dioxide emissions from industrial processes, prevents them from entering the atmosphere, and either stores or repurposes the CO2 for use in various applications.

Q: How can CO2 recovery plants contribute to the circular economy?

A: Captured CO2 can be repurposed into useful products like biofuels or building materials, creating a circular economy where carbon emissions are reused instead of being discarded.

Q: How does a CO2 recovery plant benefit the Internet and Technology sector?

A: CO2 recovery plants help tech companies reduce their carbon footprints by capturing emissions from energy-intensive data centers and repurposing the CO2, often resulting in increased energy efficiency and sustainability.

Q: Can I use a CO2 recovery plant to reduce emissions?

A: By capturing the gaseous CO2 produced during dry ice production and halving the consumption of LCO2, economic savings and emissions are achieved. The conversion rate from liquid CO2 to dry ice is significantly higher and the loss of unused CO2 is minimized.

Q: Can a CO2 recovery plant reduce my costs?

A: A recovery-plant (RRS) the reduces the amount of LCO (Liquid CO2), that is needed during dry ice production by around 50%. Especially in countries with a higher prices for LCO this is a huge economic advantage.

We're professional carbon dioxide recovery plant manufacturers and suppliers in China, specialized in providing high quality products and service. We warmly welcome you to buy carbon dioxide recovery plant made in China here from our factory.

Carbon Removal Plant, Carbon Capture Plant, Carbon Dioxide Factory