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Diesel Fired Based Carbon Di-Oxide Production Plant

Diesel Fired Based Carbon Di-Oxide Production Plant operates in a continuous process. The process in this plant meets the international food grade quality standards. The carbon dioxide plant is used extensively in soft drinks companies, breweries and many other sectors. The plant is developed and designed with complete isolation between the combustion chamber and lubricating oil, thus preventing contamination.

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Features

Prevents contamination of lubricating oil
Sturdy design including cross head and stuffing box
Improves CO₂ absorption

Complete stripping of CO₂
Low pressure purification
Promotes fuel-savings and cost effective

Specifications

Ashirwad Carbonics (India) Private Limited, Ghaziabad (India)
Utility Requirement for Different Capacity Co₂ Production Plant
Plant Capacity	Recommended Area						Power	Make Up Water		Liquid Co₂ Storage Capacity	Fuel Oil
Plant Capacity	Length		Width		Height		Power	Make Up Water		Liquid Co₂ Storage Capacity	Fuel Oil
In Kg/Hr.	Ft.	Mtr.	Ft.	Mtr.	In Ft.	Mtr.	KW	GPM	L/MIN	In Metric Ton	GPH	L/HR
100	50	15.2	28	8.5	39	11.9	58	8	30	10	11	42
250	57	17.4	39	11.9	40	12.2	111	20	76	30	27	102
500	66	19.8	46	14.0	41	12.5	170	39	148	50	55	207
650	65	19.8	55	13.8	41	12.5	200	48	182	50	71	267
1000	72	21.9	55	16.8	48	14.6	241	75	284	100	108	350
* Larger Capacities are available on request as per customer requirement.

Flow Chart

Diesel Fired Based Carbon Di-Oxide Production Plant Flow Chart

Production Process

PLC panel controls the conditions under which the fuel is burned
Water /soda is scrubbed in DCC tower/SO₂ removal tower and the flue gas is absorbed in the monoethanolamine based solution in absorber tower and then into the stripper tower which is then heated by the combustion process to release the raw CO₂ gas
The carbon dioxide undergoes purification train commonly known as PTK comprising of two KmNO₄ Towers
It is fed into activated carbon filter, from there, it led to two stage vertical or horizontal compressor and finally goes to the high pressure pre-cooler and then in to the dryer
Passing through the dryer, it moves towards the liquefaction system generally screw compressor and R 404A is used as a refrigerant in it
Finally pure and liquefied carbon dioxide can then feed to a bulk storage tank

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