Comprehensive Energy Utilization Combining Power Generation and Heat Recovery Steam Turbine

• Customization: Available
• After-sales Service: Global Service
• Warranty: 12 Months After Supply
• Model NO.: 1MW~60MW
• Power: 1MW~60MW
• Generator Type: Synchronous Generator
• Certification: CCC, ISO, TLC, CE
• Standard: Nonstandard
• Form: Impulsive
• Material: Comply with Standards
• Medium: Steam
• Adjustment Method: Electro-Hydraulic Regulation
• Transport Package: Sea and Land Transport
• Specification: Different specifications
• Trademark: Anhuizhengyufeng
• Origin: Anhuiwuhu
• Production Capacity: 100

Product Description

Product Description

Steam turbine is a kind of rotating power machinery that converts the thermal energy of steam into mechanical energy, and is widely used in the field of thermal power generation.

working principle
The steam turbine is based on the thermodynamic cycle, and the blades are rotated through high-temperature and high-pressure steam to do work. The steam generated by the boiler enters the steam turbine, expands and accelerates in the nozzle or static blade, the heat energy is converted into kinetic energy, the high-speed steam hits the moving blades (rotor blades), pushes the rotor to rotate, the kinetic energy is converted into mechanical energy, and the steam turbine rotor connection drives the generator rotor to rotate for power generation output.

Combined heat and power:
Combined heat and power (CHP) uses the waste heat generated by the fuel in the power generation process, which is converted into a useful heat supply through a heat recovery device, while also generating electricity. This technology can meet the needs of heating and power supply at the same time, improving the efficiency and economy of energy use.
Generator generation: The boiler steam is used to generate electricity first, and the remaining steam heat energy is then put into a certain industrial process, and the electricity generated at the same time is also put into the industrial process, and the remaining electricity is sold to the power grid. Industries suitable for medium-temperature processes: food, paper, chemicals, farming, agriculture.
Post-power generation: The boiler steam is first used in an industrial process, and the remaining steam heat energy is then put into power generation, and the electricity generated at the same time is also put into the industrial process, and the surplus electricity is sold to the power grid.

Product Parameters

Back-pressure steam turbine
Exhaust steam from the turbine is used for heating or downstream industrial processes (cogeneration of heat and power).
 

model	Power(MW)	Steam inlet parameters		Steam consumption(kg/kw.h)	Steam intake(t/h)	Speed(r/min)
		Pressure(Mpa)	Temperature(ºC)
B1.5-3.43/0.981	1.5	3.43	435	14.2	21.3	6500/3000
B1.5-4.9/0.981	1.5	4.9	470	11.9	17.85	6500/3000
B1.5-2.35/0.49	1.5	2.35	390	13.33	20	6500/3000
B3-0.98/0.245	3	0.981	280	16.6	49.8	3000
B3-2.35/0.29	3	2.35	390	10	30	3000
B3-2.35/0.49	3	2.35	390	12.8	38.4	3000
B3-3.43/0.49	3	3.43	435	938	29.4	6500/3000
B3-3.43/0.981	3	3.43	435	13.9	41.7	6500/3000
B3-3.43/1.57	3	3.43	435	23.2	69.6	3000
B3-3.43/2.1	3	3.43	435	37.8	113.5	3000
B3-4.9/0.981	3	4.9	470	11.4	34.2	6500/3000
B3-4.9/3.1	3	4.9	470	37.7	113.1	3000
B4.5-8.83/2.2	4.5	8.83	535	12.2	54.9	6500/3000
B6-0.98/0.245	6	0.981	280	16	96	3000
B6-3.43/0.49	6	3.43	435	9.5	57	3000
B6-3.43/0.785	6	3.43	435	12.15	72.9	3000
B6-3.43/0.981	6	3.43	435	13.77	82.6	3000
B6-3.43/1.57	6	3.43	435	21	126	3000
B6-4.9/0.49	6	4.9	470	8.63	51.8	3000
B6-4.9/0.981	6	4.9	470	11.1	66.6	3000
B7-4.9/0.7	7	4.9	470	9.55	66.9	3000
B7-4.9/1.27	7	4.9	470	12.6	88.2	3000
B7-8.83/3.63	7	8.83	535	18.28	128	6500/3000
B7-8.83/3.63	7	8.83	535	18.57	130	3000
B7-9.0/3.5	7	9	535	17.42	122	6500/3000
B7-9.2/6.7	7	9.2	535	52	364	3000
B7.5-3.43/0.49	7.5	3.43	435	9.6	72	3000
B7.5-3.43/0.785	7.5	3.43	435	12	90	3000
B7.5-3.43/0.981	7.5	3.43	435	13.67	102.5	3000
B7.5-4.9/0.49	7.5	4.9	470	8.48	63.6	3000
B7.5-4.9/0.785	7.5	4.9	470	9.65	72.4	3000
B7.5-4.9/0.981	7.5	4.9	470	10.87	81.6	3000
B9-4.9/0.49	9	4.9	470	7.9	71.1	3000
B9-8.83/5.0	9	8.83	535	27.67	249	3000
B12-3.43/0.98	12	3.43	435	13.47	161.6	3000
B12-4.9/0.49	12	4.9	470	8.14	97.7	3000
B12-4.9/0.78	12	4.9	470	9.78	117.4	3000
B12-4.9/0.98	12	4.9	470	10.49	126.8	3000
B12-4.9/1.27	12	4.9	470	12.08	145	3000
B15-9.0/0.58	15	9	535	6.45	96.8	6500/3000
B15-4.9/0.685	15	4.9	470	8.8	132	3000
B15-4.9/0.98	15	4.9	470	10.3	154.5	3000
B15-6.5/0.7	15	6.5	470	8	120	3000
B15-9.0/0.98	15	9	535	7.58	113.7	3000
B15-9.0/3.0	15	9	535	14	210	3000
B20-8.83/4.1	20	8.83	535	19.1	382	3000
B22-9.0/0.98	22	9	535	7.25	159.5	3000
B25-4.9/0.98	25	4.9	470	10.25	256.3	3000
B25-9.0/0.98	25	9	535	7.58	189.5	3000
B30-4.9/0.98	30	4.9	470	10.18	305.4	3000
B30-9.0/0.98	30	9	535	7.54	226.2	3000
B32-12.7/0.98	32	12.7	535	7.13	228.16	3000

Extraction Backpressure steam turbine
Extraction Backpressure Steam Turbine is a kind of steam power equipment with both "extraction" and "back pressure" functions, which belongs to the subdivision type of industrial steam turbine. Its core feature is to extract part of the medium-pressure steam (for heating or process needs) and at the same time directly supply the low-pressure steam that has done the work to the downstream heat user in the form of "back pressure", so as to realize combined heat and power (CHP) or industrial waste energy utilization.

model	Power(MW)	Steam inlet parameters			Pumping      parameters		Steam consumption(kg/kw.h)	Speed(r/min)	exhaust pressure
		Pressure(Mpa)	Temperature(ºC)	Flow	Pressure(Mpa)	Flow			(Mpa)
				(t/h)		(t/h)
CB10-8.83/0.98/0.6	10	8.83	535	75	0.98	25	7.5	3000	0.6
CB13.6-4.9/2.5/0.98	13.6	4.9	470	152.6	2.5	12	11.22	3000	0.98
CB14.1-4.9/3.0/0.9	14.1	4.9	470	150	3	12	10.638	3000	0.9
CB15-3.43/0.98/0.53	15	3.43	435	150.2	0.98	20	10	3000	0.53
CB16-12.7/2.5/1.76	16	12.7	535	152	2.5	35	9.5	3000	1.76
CB18-9.2/2.8/0.98	18	9.2	535	160.2	2.8	40	8.9	3000	0.98
CB25-8.83/2.8/0.98	25	8.83	535	219	2.8	70	8.76	3000	0.98
CB30-9.2/3.0/0.8	30	9.2	535	239.5	3	60	7.98	3000	0.8

  
Condensing steam turbine
Exhaust steam from the turbine enters a condenser to form condensed water, which is returned to the boiler via a condensate pump for recycling and power generation.

model	Power(MW)	Steam inlet parameters		Steam consumption(kg/kw.h)	Steam intake(t/h)	Speed(r/min)	exhaust pressure
		Pressure(Mpa)	Temperature(ºC)				(Mpa)
N1.2-0.155	1.2	0.155	195	9.76	11.71	3000	0.007
N4-0.88	4	0.88	280	6.5	26	3000	0.008
N6-3.43	6	3.43	435	4.6	27.6	3000	0.0076
N15-4.9	15	4.9	470	3.95	59.25	3000	0.007
N25-8.83	25	8.83	535	3.58	89.5	6500/3000	0.006
N15-3.43	15	4.9	470	4.1	61.5	3000	0.007

Extraction condensing steam turbine
Extraction Condensing Steam Turbine is a kind of steam power equipment with both "extraction" and "condensing" functions, which is an important subdivision type of industrial steam turbine.

model	Power(MW)	Steam inlet parameters			Pumping      parameters		Steam consumption(kg/kw.h)	Speed(r/min)	exhaust pressure
		Pressure(Mpa)	Temperature(ºC)	Flow	Pressure(Mpa)	Flow			(Mpa)
				(t/h)		(t/h)
C12-6.5/1.2	12	6.5	470	105.3	1.2	75	7.02	3000	0.007
C15-3.43/0.98	15	3.43	435	101.5	0.98	45	6.76	3000	0.007
C20-8.83/0.98	20	8.83	535	90	0.98	45	6	3000	0.007
C25-3.43/0.98	25	3.43	435	101.5	0.98	45	6.76	3000	0.007
C30-3.43/0.98	30	3.43	435	101.5	0.98	45	6.76	3000	0.007
C55-8.83/0.98	55	8.83	535	90	0.98	45	6	3000	0.007
C60-8.83/0.98	60	8.83	535	90	0.98	45	6	3000	0.007

Detailed Photos

 

 

FAQ

1. Question: How to determine product parameters?
    Reply: Design steam turbine units with different working conditions according to the customer's current production technical parameters to meet production needs.
2. Question: How to determine product quality?
    Reply: You can do it through on-site field visits and provide relevant inspection and testing reports and other materials.
3. Question: How to ensure after-sales service?
    Reply: The company's technical staff solves difficult problems online and offline.