GRE Pipe for Oil Exploration and Transportation

GRE Pipe for Oil Exploration and Transportation System 1

GRE Pipe for Oil Exploration and Transportation System 2

GRE Pipe for Oil Exploration and Transportation System 3

GRE Pipe for Oil Exploration and Transportation

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Loading Port:: Qingdao

Payment Terms:: TT or LC

Min Order Qty:: 100 Meters m

Supply Capability:: 50000 m/month

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Introduction of GRE Pipes for Oil Exploration and Transportation

Lightweight and easy to handle and install, GRE pipes have a smooth internal surface that reduces friction and enables a high pipe flow capacity. The low thermal conductivity of GRE pipes relative to steel (only one percent of steel values) minimises the cost of insulation and heat loss. Another major benefit of GRE pipes is that, once they are installed, they are virtually maintenance-free.
GRE pipes are well suited for environments where corrosion resistance is required at a reasonable price.
Main uses include petrochemical process lines, oil and gas systems, fire-fighting systems, offshore and onshore systems, and ship and marine applications.
GRE pipes are available in diameters ranging from DN 25 to DN 1,000 mm.

Advantage of GRE Pipes for Oil Exploration and Transportation

Excellent chemical resistance property

Able to withstand high pressur and high termperature

Higher transportation efficiency

Ligh-weight easy to install

Designable electrical property

Lower abrasion coefficient

Able to connect with steel pipe

Smoothly inner wall, no scaling, no waxing, not prone to clogged

Longer service life that is 4 to 5 times compare to steel pipe(about 20 years)

Low maintenance cost

Application of GRE Pipes for Oil Exploration and Transportation

Injection and delivery pipeline

Crude oil

Potable water

Brine transport pipeline

Oilfield sewage, chemical sewage and wastewater process pipeline

Fire water pipeline

Storage tank connector

Polymer solution transmission pipeline

Petrochemical process pipeline

Geothermal pipes

Slotted liner and sieve vessels

Natural gas

CO2 or H2S

CO2 or H2S gathering and transport lines

Specification of GRE Pipes for Oil Exploration and Transportation

Anhydride GRE pipe
Diameter		Pressure	ID	OD	Threading	Wall Thickness	Weight	Min. Radius	Length/pc
mm	(in)	(Mpa)	(mm)	(mm)	(in)	(mm)	(Kg/pc)	(m)	(m)
DN40	1 1/2	7	38.2	41.8	1.9	1.78	6.2	30	9.14
		8.5	38.2	41.8		1.78	6.5	30
		10	38.2	42.3		2.04	7.5	30
		12	38.2	43.2		2.48	7.8	30
		14	38.2	44		2.92	8	32
		16	38.2	45		3.38	9.8	32
		18	38.2	45.9		3.86	10	34
		20	38.2	46.9		4.34	11.3	34
		22	38.2	47.9		4.85	13	36
		25	38.2	49.5		5.63	14.6	38
DN50	2	5.5	50.6	54.1	2 3/8	1.78	8.9	40	9.14
		7	50.6	54.3		1.86	9.2	40
		8.5	50.6	55.1		2.27	10.7	42
		10	50.6	55.9		2.7	11	42
		12	47.9	54.1		3.1	11.6	42
		14	47.9	55.2		3.67	13.3	42
		16	47.9	56.4		4.24	15.2	44
		18	47.9	57.6		4.84	17.1	44
		20	47.9	58.8		5.45	17.4	44
		22	47.9	60.1		6.08	19.6	44
		25	47.9	62		7.06	23.4	46
DN65	2 1/2	5.5	62.4	65.9	2 7/8	1.78	11.6	48	9.14
		7	62.4	67		2.29	13.7	48
		8.5	62.4	68		2.8	14	50
		10	62.4	69		3.33	14.3	50
		12	56.5	63.8		3.66	17.9	50
		14	56.5	65.1		4.32	18.2	50
		16	56.5	66.5		5.01	20.9	52
		18	56.5	67.9		5.7	24.3	52
		20	56.5	69.3		6.42	27.1	54
		22	56.5	70.8		7.17	29.5	54
		25T&C	56.5	73.1		8.32	33	56	8.9
DN80	3	3.5	75.9	79.4	3 1/2	1.78	14.1	60	9.14
		5.5	75.9	80.2		2.17	14.7	60
		7	75.9	81.4		2.79	16.9	60
		8.5	75.9	82.7		3.41	19.8	60
		10	69.3	76.7		3.7	20.7	60
		12	69.3	78.3		4.49	23.5	62
		14	69.3	79.9		5.3	26.1	62
		16	69.3	81.6		6.14	28.5	62
		18	69.3	83.3		7	31.5	64
		20	69.3	85.1		7.88	34	64
		22	69.3	86.9		8.79	39.9	64
		25T&C	69.3	89.7		10.21	45.9	66	8.9
DN100	4	3.5	100.9	104.5	4 1/2	1.82	21.3	74	9.14
		5.5	100.9	106.7		2.89	24.7	74
		7	100.9	108.3		3.7	28.7	74
		8.5	100.9	110		4.54	32.7	74
		10	100.9	111.7		5.38	36.7	74
		12	85.1	96.1		5.51	38.4	76
		14	85.1	98.1		6.51	42.3	76
		16	85.1	100.2		7.54	46	76
		18T&C	85.1	102.3		8.59	55.9	76	8.8
		20T&C	85.1	104.5		9.68	65.2	76
		22T&C	85.1	106.7		10.79	71.2	80
DN150	6	3.5	159.5	165.2	7	2.87	45.6	110	9.14
		5.5	159.5	168.6		4.56	51.5	110
		7	159.5	171.2		5.86	63	110
		8.5	159.5	173.8		7.17	73.3	112
		10	137.9	152.6		7.36	81.2	112
		12T&C	137.9	155.8		8.94	96.4	112	8.8
		14T&C	137.9	159		10.55	114.7	112
		16T&C	137.9	162.3		12.22	124.7	116
DN200	8	3.5	193.8	200.8	8 5/8	3.49	77.3	130	8.6
		5.5	193.8	204.9		5.54	90.7	130
		7	193.8	208		7.11	104.7	130
		8.5	193.8	211.2		8.71	127.4	135
		10T&C	193.8	214.5	9 5/8	10.34	173.5	135	8.2
		12T&C	193.8	218.9		12.56	184.6	140
		14T&C	193.8	223.5		14.83	198.5	140

FAQ:

1, Connection of the GRE Pipes:

API screw thread seal with aquaseal connection of 8 round or 10 round;

2, Standard of the GRE Pipes?

API Spec 15HR

3, Fittings supplied?

All of the standard GRE fittings are matched well with the original pipes. Most of the fittings are produced by filament winding process.all fittings should be ordered as per thread specification and design pressure.

Photos:

GRE Pipe for Oil Exploration and Transportation

Q:How to repair and repair the broken hole of GRE glass fiber reinforced plastic pipe?: The service will be restored in 24 hours, and I hope this will help you! Can private letter to contact is not clear!

Q:Glass fiber reinforced plastic GRE pipe broken hole how to repair and repair?: Resin selection of good points, the general also line, as well as accelerators, curing agents, high-quality glass fiber cloth.

Q:What are the differences between FRP pipes and sand pipes in their uses?: Glass fiber reinforced plastic sand pipe is mainly used for conveying medium and low pressure water, raw water and sewage.

Q:What are the differences between inorganic FRP pipes and plexiglass pipes, what are the advantages and disadvantages?: Fiberglass pipeacid: organic resin and glass fiber cloth hand pasting a small proportion of strength and long life advantages

Q:CGCT what's the meaning of the GRP sand pipe?: The pipeline in the design according to the use of pressure, stiffness and other conditions to determine the need for sand, if the thickness of the pipe can satisfy the pressure requirements and can meet the requirement of stiffness, is generally not the sand.

Q:What is the standard of flange coefficient for FRP ducts?: Negotiations did not consider, people reported flange you have to consider, 15% below have been used to see your negotiating skills, there is no standard specification! The above said I have used, and now I generally talk about n yuan / square meter, including the wind pipe, pipe fittings, flanges and valve components to connect the flange are included in

Q:What are the standards for FRP pipes?: To install FRP pipes, first check the radial deflection of the GRP pipe. In accordance with the requirements of the specification, the FRP pipe shall be tested within 24 hours after the completion of the installation to test whether the initial radial deflection of the pipe installed is deformed and whether the pipe has occurred in the case of bulge, flat and other mutations.

Q:What are FRP pipes made of?: It has excellent corrosion resistanceDo not use cathodic protection and other anti-corrosion measures to produce two contamination of water and other media. Long service life of products.

Q:Galvanized steel sheet and inorganic glass fibre reinforced plastic pipe are calculated according to this norm or norm: According to the project of quota valuation mode, input the actual quantity according to the quota item number, the following materials will automatically adjust the quota quota project, has been considering material wastage, when engineering calculation does not need additional.

Q:How to install FRP pipe correctly: And glass fiber reinforced plastic parts (three, elbow, etc.) in general, the best way is on-site bonding, quality stability and convenience.

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