Rury HDPE tworzą wydajny, oszczędzający wodę system nawadniania

W miarę pogłębiania się światowych niedoborów wody, wydajne, oszczędzające wodę systemy nawadniające stały się głównym zapotrzebowaniem w rolnictwie, architektura krajobrazu, i inżynierii miejskiej. As a producer of Rury HDPE z 20 lat doświadczenia w branży, we have summarized the golden rule of system design centered on HDPE pipes based on practical data from over 300 water-saving irrigation projects. This article will reveal how to increase irrigation efficiency by 30% and reduce leakage risk by 50% through scientific pipe network layout.

Why are HDPE pipes the core of water-saving irrigation systems?

1. Comparison of measured data: HDPE pipes vs. Traditional pipes

Leakage rate comparison: Cast iron pipe leakage rate > 12% per year, PVC pipe joint leakage rate 8%, HDPE hot melt welding achieves zero leakage (National Water Resources Research Institute 2023 data)

Żywotność: Ordinary PVC pipes have a lifespan of 8-10 lata, while HDPE pipes have a lifespan of up to 50 years in an environment of -60 ° C do 60 ° C

Flow retention rate: DN200 pipe has a pressure loss rate of only 3.2% nad 20 lata (certified data by German TUV)

2. Core advantages of HDPE pipes

Molecular-level sealing: Hot-melt welding forms molecular chain fusion, completely eliminating the risk of leakage at the interface

Dynamic pressure resistance: CRA pressure curves show that HDPE pipes can withstand 2.5 times instantaneous water hammer impacts

Terrain adaptability: 1500D bending radius enables seamless installation in complex terrains

Ecological safety: FDA food grade certified, heavy metal leaching < 0.001ppm

Pięć important rules for designing Water-saving irrigation systems

Rule 1: Three-level pressure zoning control

High-pressure zone (> 0.6MPa) : The main pipe is made of SDR11 series HDPE pipe with a wall thickness of ≥12.3mm

Medium pressure zone (0.4-0.6MPa) : Branch pipes of SDR13.6 specification, equipped with pressure-compensating drippers

Low-pressure area (< 0.4MPa) : The capillary network uses labyrinth drip irrigation tape with a working pressure of 0.1MPa

Rule 2: Precise hydraulic calculation model

Calculate head loss along the way using the Hazen-Williams formula:

  \ [h_f = 10.67 \ \ times times L Q ^ {} 1.852 / (C ^ ^ 1.852} {\ times D 4.8655} {) \)

  (C value is 150, HDPE pipe roughness 0.007mm)

Rule 3: Intelligent irrigation parameter configuration

Rodzaj uprawy	Irrigation intensity (mm/h)	Water demand per day (m³/ mu)	Suggested pipe diameter
Greenhouse vegetables	6-8	2.5-3.2	DN50
Fruit trees	4-6	1.8-2.4	DN65
Lawn	10-12	3.5-4.2	DN40

Practical Tips for HDPE Pipe Layout (with 3D layout diagram analysis)

Tip 1: Terrain adaptive topology algorithm

Używać “contour line encirsion” for pipe layout on slopes, and install pressure relief valves when the slope is greater than 15°

A “feng” shaped pipe network is implemented on the flat ground, with the spacing of branch pipes in a ratio of 1.2:1 to the range of nozzles

Tip 2: Key points for quality control of hot melt welding

210±5 ° C fusion temperature maintain pressure 0.15MPa

Heat absorption time = Pipe wall thickness (mm)×10 seconds, cooling time ≥ wall thickness (mm)×1 minute

Tip 3: Dynamic expansion compensation design

Set up Ω compensators every 50 metrów, with a 5% extension allowance

The fixed piers are cast in C25 concrete, with dimensions = 3 razy średnica rury

Practical case: 

A 3,000-mu cotton field project in Xinjiang achieved a 43% water saving and a 22% increase in yield per mu by using SDR17 series HDPE pipes and pressure-compensating drip irrigation tapes. The pipe network layout adopted the “three levels and four zones” model, with the main pipes laid along the field ridges and the branch pipes spaced 56 metrów, corresponding to a sprinkler range of 47 metrów.

Four innovative combinations of the intelligent irrigation system

1. Integration of Internet of Things monitoring systems

Install soil moisture sensors every 200 metrów

The electric valve is linked to the SCADA system with an error of less than 0.02MPa

2. Anti-clogging technical solution

Install a 120-mesh laminated filter at the head

The main pipe is designed with a 0.5% slope and a drain valve every 100 metrów

3. Configuration of solar pumping stations

5kW photovoltaic system drives pipeline booster pump

With energy storage battery for 24-hour pressure stabilization

HDPE pipe selection guide with 20-year warranty

Quick reference table for selection parameters

Items	Standard values	Detection method
Melt flow rate	0.2 0.4 G / 10 min	GB/T3682
Szybkość zwijania wzdłużnego	≤3%	GB/T6671
Czas indukcji utleniania	≥20min	GB/T19466.6

Special reminder: Make sure to recognize the blue band marking. The density of PE100 grade raw materials should be ≥0.948g/cm³ to ensure compliance with the national standard GB/T13663.

Dostawca

Luoyang Datang Energy Tech Co., z oo. jest wiodącym chińskim producentem specjalizującym się w wysokiej jakości rurach i kształtkach z tworzyw sztucznych. Wyposażone w najnowocześniejsze zautomatyzowane linie produkcyjne i wspierane przez zespół 200 profesjonaliści, Oferujemy szeroką gamę produktów obejmującą ponad 150 types of plastic pipes and fittings designed for water supply and drainage systems, przesył gazu, i systemy ogrzewania podłogowego. Naszymi głównymi produktami są rury i kształtki PCV, PE (HDPE) Rury i armatura, Rury i kształtki PPR, i rury do ogrzewania podłogowego PEX.

Jeśli masz jakiekolwiek pytania dotyczące rur PVC & Rura PE w nawadnianiu rolniczym, nie wahaj się z nami skontaktować!

Tel.:0086-183 3790 0677

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