Gas-Generation-Equipment-Parts CO2 Extraction Machine Extractor Equipment CO2 Production Plant for Urea Plant

• Customization: Available
• Application Fields: Chemical
• Certification: ISO
• Model NO.: 20 Kg/h-500 kg/h
• Condition: New
• Noise Level: Low
• Parts: Gas Tank
• Purpose: Gas Recovery
• Production Rate: 100kt/a
• Raw Gas: Fermentation/Lime Kiln/Chemical/Flue Gas
• Voltage: 380/220V 50Hz or Customized
• Handling Capacity: 50-2000kg
• Intake Pressure: 0.03-0.05MPa
• Working Pressure: 0.5MPa-0.8MPa
• Purity: 99%~99.999%
• Recovery Rate: 80%
• CO2 Storage Pressure: 2MPa
• CO2 Storage Capacity: 2-120t
• Features1: Work Continuously 24 Hours /7 Days.
• Features2: One-Button Start and Stop
• Features3: High Purity
• Features4: Low Energy Consumption
• Machine Size: Large
• Transport Package: Wooden Case or Container
• Trademark: WOBO
• Origin: China
• HS Code: 8419609090
• Production Capacity: 100set/Year, 20kg/H-10000kg/H.
• Package Size: 100.00cm * 100.00cm * 400.00cm
• Package Gross Weight: 65.000kg

Product Description

Industrial Grade Carbon Dioxide Recovery Liquid CO2 Equipment

Gas-Generation-Equipment-Parts CO2 Extraction Machine Extractor Equipment CO2 Production Plant for Urea Plant

Product Description

WOBO is dedicated to the design, manufacturing, and provision of complete systems for Food Grade gases and Industrial Grade gases, liquid carbon dioxide, and solid dry ice. All the essential components of our equipment are sourced from international brands, and the system is made of stainless steel. The recovered CO2 gas meets ISBT standards, as well as GB/T2398-2009 and GB10621-2006 for food additive liquid carbon dioxide.

Our products are exported to various countries and regions, including the United States, Peru, Ukraine, Russia, India, Cameroon, and Algeria. We offer customizable solutions for CO2 recovery systems, ranging from 100,000 Kt/a to 9,000,000 Kt/a. The final CO2 product purity exceeds 99.998%, with oxygen levels below 5ppm.

Our industrial-grade carbon dioxide equipment is primarily used for carbon dioxide capture from various sources, such as lime kiln emissions in metallurgical and cement factories, flue gas emissions from chemical, fertilizer, and power plants, as well as carbon dioxide recovery from fermentation gases like alcohol and xylitol. It is also employed for carbon dioxide recovery in gas fields, among other applications.

 

Technical Principle

 

Oilfield Gas Carbon Dioxide Capture and Recovery System
Our industrial-grade carbon dioxide capture and utilization system employs CCS-EOR technology, widely utilized in major oil andgas fields. CCS-EOR involves using captured carbon dioxide from various petrochemical productions, such as methane and crude gasoline, high-pressure wells, ammonia and urea plants, methanol plants, epoxy ethane plants, bioethanol plants, as an oilfield displacement agent. Simultaneously, it facilitates geological carbon dioxide storage and enhances crude oil recovery rates.

CCS-EOR technology not only directly reduces carbon emissions from oilfields and mitigates the impact of the greenhouse effect but also increases oilfield recovery rates. It reduces energy consumption in the oil and gas production process, achieving carbon dioxide emission reduction.
Ship Carbon Dioxide Capture and Recovery System
The Ship Carbon Dioxide Capture and Recovery System utilizes a novel synthetic decarbonization agent developed independently by WOBO as the circulating absorption agent. It employs a high-speed centrifugal decarbonization device as both the regeneration and absorption apparatus, capturing and separating CO2 from the exhaust gases of the main and auxiliary engines on the ship.

The system is designed to assist vessels in meeting classification society regulations, with the ultimate goal of maximizing economic benefits for shipowners.

Equipment System Composition

Industrial Grade Carbon Dioxide Recovery Unit:

The system includes:These include dust collectors, scrubbers, desulfurization towers, absorption towers, fractionation towers, cooling towers, gas storage tanks, compressors, drying and liquefaction systems, liquid storage tanks, and filling systems, among others.

Product Parameters

Model	Capacity (T/H)	Purity	Power (KW/T)	Floor Space (M2)
WOCO2-2.4K	0.3	99.99%	250	6x12
WOCO2-1W	1.2	99.99%	230	12x24
WOCO2-2W	2.5	99.99%	220	12x24
WOCO2-3W	3.7	99.99%	210	12x30
WOCO2-4W	5	99.99%	200	12x36
WOCO2-10W	10	99.99%	190	15x40
Parameters may vary with different carbon dioxide gas raw materials

 

CO2 gas index
CO2	min.99.998	% v/v
O2	max.5	ppm v/v
N2 +Ar +He	max.10	ppm v/v
H2S	max.0.1	ppm v/v
DMS	max.0.1	ppm v/v
Ethanol	max.1	ppm v/v
Other alcohols	max.1	ppm v/v
Acetates	max.0.1	ppm v/v
Acetaldehyde	max.0.2	ppm v/v
Other volatile oxygenates	max.1	ppm v/v
H2O	max.10	ppm v/v (dew point -60°)
Taste and odour	No odor

In industrial production engineering, recyclable CO2 can be obtained from various industrial exhaust gases, including chemical industry emissions, boiler flue gas, coal gasification, and livestock and poultry biogas. The CO2 content varies depending on the source: chemical industry emissions typically have a CO2 content of around 10%-30%, boiler flue gas around 8%-15%, and livestock and poultry biogas around 20%-40% (the CO2 content of various biogases varies).

Product Advantages

1. Quality Components: We use premium international components for reliability.
2. Stainless Steel Build: Durable, corrosion-resistant stainless steel construction.
3. End-to-End Service: In-house design, manufacture, and installation for seamless service.
4. User-Friendly: Competitive pricing and ease of use.
5. High Automation: PLC and DCS control for efficient operation.
6. Real-time Monitoring: Constant monitoring of key parameters.
7. Instant Alerts: Immediate notifications in case of deviations.
8. Remote Access: Allows remote control and monitoring.
9. Unattended Operation: Advanced features for hands-free management

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