Irregular Terrain
Complex field levels and fragmented plots made uniform pressure and water distribution difficult to achieve.
PROJECT CASE · GANSU, CHINA
Gansu PepperIrrigation Project
A customized water and fertilizer integration system designed for more than 1,000 mu of pepper farmland.
1,000+MU · PROJECT SCALE
3 DAYSREQUIRED IRRIGATION CYCLE
FULL SYSTEMWATER & FERTILIZER INTEGRATION
01 / PROJECT BACKGROUND
A demanding landscape. A short irrigation window.
This large-scale pepper irrigation project is located in Gansu, China, and covers more than 1,000 mu of farmland. The client needed a dependable irrigation network capable of serving a complex site with limited water resources.
Irrigation for every zone had to be completed within only three days. That requirement made hydraulic balance, system capacity and field-level operating efficiency central to the design.
02 / CLIENT CHALLENGES
Three constraints shaped every design decision.
Limited Water Supply
The available water source had to serve a large planting area with minimum conveyance and application loss.
Three-Day Cycle
Every irrigation zone needed to complete watering within a strict three-day operating window.
03 / ON-SITE INVESTIGATION
Designed from measured field conditions.
Our technical team conducted an on-site investigation before preparing the irrigation plan. Terrain changes, soil quality, water-source distribution and soil salinization were assessed as one connected system.
The survey data allowed the team to define practical irrigation zones, calculate flow demand and choose a solution that could be operated reliably by the local project team.
04 / CUSTOMIZED SOLUTION
From field data to a complete fertigation system.
The final design combined hydraulic zoning, filtration, fertilizer delivery and matched drip tape into one coordinated system built around the site’s real operating limits.
On-site Investigation
The technical team surveyed terrain, soil condition, water-source distribution and salinization before system design.
Hydraulic Zoning
The farmland was divided into practical irrigation zones to balance pressure, flow and the available irrigation window.
Integrated Fertigation
A complete water and fertilizer integration system was configured for accurate nutrient delivery and simplified control.
Matched Drip Tape
Drip tape type and specification were selected around the field layout, crop spacing and required discharge uniformity.
05 / FIELD VIDEO
Installation progress across the project.
Three field records show preparation, regional scale and the coordinated construction process behind the completed system.
01
Bed Preparation & Installation
Field crews prepare the protected growing beds and install the irrigation layout inside the greenhouse structures.
02
Project Scale & Terrain
An aerial view reveals the project scale, fragmented plots and the surrounding Gansu mountain terrain.
03
Mechanized Field Construction
Mechanized bed covering and coordinated field work accelerate delivery across the large planting area.
06 / PROJECT OUTCOME
Higher efficiency. Stable pepper growth.
After the system upgrade, irrigation efficiency improved significantly and the short three-day cycle could be completed as required. Uniform water and nutrient delivery now supports stable, high-quality pepper growth across the project area.
- Short-cycle irrigation demand fully met
- More efficient use of limited water resources
- Stable water and fertilizer delivery across uneven terrain
- A scalable system designed for long-term field operation
PROJECT 02 · HAINAN, CHINA
Hainan 500 MuGalangal Planting Case
BUTTERFLY MICRO SPRINKLER
This project covers 500 mu of galangal fields in Hainan, where the customer required exceptionally fine atomization and stable, gentle irrigation for a high-value medicinal crop.
500 MUGALANGAL PLANTING AREA
FINE MISTSOFT, UNIFORM RAINFALL
FERTIGATIONWATER & NUTRIENTS TOGETHER
WHY THIS SYSTEM
Soft rainfall for a crop with strict irrigation standards.
After comparing multiple irrigation solutions, the customer selected our butterfly micro sprinklers. Their fine water droplets are gentle and uniform, helping protect stems and leaves while avoiding concentrated runoff or standing water.
The uniform wetting pattern prevents surface soil from hardening and helps maintain good air permeability. The same network also supports integrated fertigation, allowing water and nutrients to reach the root zone evenly.
Fine Atomization
Soft, mist-like rainfall distributes fine droplets evenly across the crop canopy.
Gentle on Leaves
Low-impact droplets protect tender galangal stems and leaves from mechanical water damage.
Healthy Soil Structure
Uniform coverage avoids local ponding, reduces surface hardening and preserves soil aeration.
Fertigation Ready
Water and dissolved nutrients can be delivered evenly to the active root zone through one system.
FIELD PERFORMANCE
See the butterfly micro sprinkler operating on site.
The field records show the sprinkler layout during crop growth and the broad, stable coverage achieved across the planting area.
01
Crop-Stage Irrigation
Butterfly micro sprinklers apply a soft, uniform mist across the established galangal planting rows.
02
Coverage & Layout Test
Field testing confirms stable sprinkler spacing, broad coverage and consistent operation across the site.
RECOMMENDED APPLICATIONS
Precise mist irrigation for high-value crops.
- Vegetables
- Medicinal Herbs
- Economic Crops
- Fertigation Projects
PROJECT 03 · HENAN, CHINA
Henan 2000 MuWheat Irrigation Project
POLE SPRINKLER SYSTEM
A cost-efficient irrigation solution designed for 2,000 mu of wheat fields, balancing broad coverage, low installation quantity and reliable long-term use.
2,000 MULARGE-SCALE WHEAT FIELD
3–4 / MUROCK ARM SPRINKLERS
3–4 YEARSREUSABLE EQUIPMENT LIFE
SYSTEM SELECTION
Large coverage with a lower long-term field cost.
For broad-acre crops such as wheat, the customer focused on overall planting cost and irrigation efficiency. The pole sprinkler system was selected because its durable equipment can be reused for three to four years rather than replaced every season.
Wheat does not require ultra-fine atomization, so rock arm sprinklers with a large spraying diameter provide the right coverage. Only three to four sprinkler points are needed per mu, reducing both installation quantity and field labor.
Reusable for 3–4 Years
Durable pole sprinkler equipment can serve multiple growing seasons, reducing repeated investment compared with disposable drip tape.
Wide Spraying Diameter
Rock arm sprinklers provide broad field coverage that matches wheat's irrigation needs without unnecessary ultra-fine atomization.
Only 3–4 Units per Mu
Large coverage means fewer sprinkler points, a simpler field layout and lower installation and labor requirements.
Fertigation Compatible
The complete system distributes irrigation water and dissolved nutrients uniformly across extensive wheat fields.
FIELD PERFORMANCE
See the scale and spacing of the pole sprinkler network.
Two field records show the extensive sprinkler layout and the long wheat rows served by the reusable irrigation network.
01
Pole Sprinkler Coverage
A field record shows the wide-spacing pole layout and large-area coverage delivered by rock arm sprinklers.
02
2,000 Mu Wheat Field Layout
Long, aligned planting rows demonstrate how a limited number of sprinkler points can serve a large field efficiently.
PROJECT VALUE
Low-cost, high-efficiency irrigation for large field crops.
The completed pole sprinkler network supports full fertigation management and uniform water and nutrient distribution. Its broad coverage, reduced equipment quantity and multi-year service life make it a practical choice for wheat and other large-area field crops.
Plan a Large-Field SystemPROJECT 04 · GUIZHOU, CHINA
Guizhou 800 MuHilly Vegetable Project
POLE SPRINKLER IRRIGATION
A terrain-adapted sprinkler solution serving 800 mu of vegetable fields distributed across the hills of Guizhou.
800 MUVEGETABLE PROJECT AREA
HILLY SITECHANGING LEVELS & IRREGULAR PLOTS
WIDE SPRAYMULTI-POINT FIELD COVERAGE
PROJECT APPROACH
Reliable coverage across fragmented hillside farmland.
Vegetable fields in Guizhou are often divided by slopes, paths and elevation changes. The irrigation layout therefore needs to follow the land rather than depend on one uniform rectangular field plan.
Pole-mounted sprinklers provide broad overhead coverage across the planting beds. Distributed irrigation points make it easier to serve separated plots while reducing repeated manual movement of hoses and temporary sprinklers.
FIELD RECORD
Hillside Pole Sprinklers in Operation
The vertical field view preserves the full hillside profile and shows several sprinkler points operating across adjacent plots.
Terrain-Responsive Layout
Sprinkler points can be arranged around changing field levels and irregular vegetable plots across the hilly site.
Broad Spray Coverage
Pole-mounted sprinklers distribute water over a wide area, reducing the need to move irrigation equipment by hand.
Flexible Field Zoning
The 800 mu project can be organized into manageable irrigation areas that follow the natural shape of the farmland.
Vegetable-Field Ready
Uniform overhead application supports practical irrigation across open-field vegetable beds and multiple planting blocks.
PROJECT VALUE
Practical irrigation shaped around the mountain landscape.
The finished layout turns a complex hillside site into manageable irrigation areas. Wide sprinkler coverage and flexible placement help the customer water extensive vegetable fields with a clearer, more repeatable field operation.
Plan a Hillside Irrigation ProjectPROJECT 05 · HENAN, CHINA
Henan 600 MuGarlic Base Project
POLE SPRINKLER IRRIGATION
An organized sprinkler network designed around 600 mu of long, parallel garlic planting beds in Henan.
600 MULARGE GARLIC PRODUCTION BASE
POLE SPRAYELEVATED, WIDE FIELD COVERAGE
ROW BASEDORDERLY IRRIGATION LAYOUT
FIELD PERFORMANCE
A repeatable sprinkler layout for a large garlic base.
The video shows long planting beds served by yellow field supply lines and evenly distributed pole sprinklers. Their elevated position creates broad overlapping coverage while keeping the irrigation hardware clear of the crop rows.
This structured arrangement supports clearer field zoning and reduces the need to repeatedly move hoses or temporary sprinklers across the planted area.
16-SECOND FIELD RECORDGarlic Base Sprinkler Coverage
Row-Aligned Layout
Supply lines and sprinkler poles follow the long garlic beds, creating an orderly network that is easy to inspect in the field.
Wide Field Coverage
Elevated sprinkler points spread water across multiple planting rows and make efficient use of each operating position.
Clear Irrigation Zones
The 600 mu base can be divided into practical operating areas for more organized, repeatable irrigation management.
Less Manual Moving
A fixed field arrangement reduces repeated hose handling and temporary sprinkler relocation between garlic beds.
PROJECT VALUE
Large-base irrigation made orderly and practical.
The row-aligned pole sprinkler network gives the garlic base a stable field arrangement that is easier to operate, inspect and repeat throughout the irrigation season.
Plan a Garlic Irrigation ProjectPROJECT 06 · CHENGDU, CHINA
Chengdu RegionRice Seedling Project
LOW-POSITION MICRO SPRINKLER
A fine-mist irrigation layout designed to maintain even moisture across long outdoor rice seedling beds in the Chengdu region.
CHENGDUREGIONAL RICE NURSERY PROJECT
FINE MISTGENTLE SEEDLING IRRIGATION
EVEN BEDSOVERLAPPING MOISTURE COVERAGE
FIELD RECORDMicro Sprinklers Across the Nursery Beds
IRRIGATION APPROACH
Soft, continuous moisture for sensitive seedling growth.
Rice seedlings require stable bed moisture without the impact of heavy water streams. Multiple low-position micro sprinklers are arranged along the blue supply line to form a light, overlapping spray above the protected nursery surface.
The video shows simultaneous operation across several planting beds. This repeated layout helps the grower maintain more even moisture while keeping the irrigation network simple to observe and manage.
Fine Mist Application
Small droplets create a soft irrigation pattern suited to delicate rice seedlings and newly established nursery beds.
Uniform Bed Moisture
Closely arranged sprinkler points overlap their coverage to reduce dry areas across the long protected beds.
Low-Position Layout
Compact risers keep each sprinkler close to the seedling zone for focused, practical nursery irrigation.
Continuous Coverage
The blue supply line supports multiple micro sprinklers in sequence, creating a clear and repeatable field layout.
PROJECT VALUE
A focused irrigation system for a stronger nursery stage.
Fine droplets, overlapping coverage and a low-position field layout provide the rice nursery with a practical method for maintaining consistent moisture during the sensitive seedling period.
Plan a Rice Nursery System