Seasonal reliability
Design storage and operating schedules around realistic source availability rather than peak assumptions alone.
Farm Water Management Nepal
Treat water storage, pumping, filtration, irrigation and drainage as one farm utility system
Water-management planning for Nepal farms covering source assessment, storage tanks, pumps, filtration, pressure zones, irrigation distribution and drainage.
✓Water source
✓Storage
✓Pumping
✓Drainage
Site-first planning
Water problems are often system problems, not only irrigation problems
Ag-En Plus treats equipment as part of a production system. The correct choice changes with site conditions, crop, water, operating capacity and the level of control actually required.
Pump head
Elevation, pipe friction and required operating pressure all influence pump selection and energy demand.
Sediment & quality
Dirty water can damage pumps, block emitters and increase maintenance unless pretreatment and filtration are planned.
Storage placement
Tank elevation, access, overflow, foundation and connection points affect both gravity potential and maintenance.
Distribution
Mainlines, submains, valves and zones should match crop blocks, future expansion and practical operating flow.
Drainage
Excess rain or irrigation water needs a safe path away from crops, structures, paths and foundations.
System pathways
A complete farm water chain
Explore the connected solution and product families, then narrow the technical scope using actual project information.
Explore
Source & intake
Assess flow, reliability, sediment and seasonal variation before system sizing.
Open guide →ExploreWater storage
Buffer irregular supply and create a controllable operating reserve for irrigation.
Open guide →ExplorePumping
Match pump duty to elevation, friction, flow and required system pressure.
Open guide →ExploreFiltration
Protect irrigation and misting components based on source-water condition.
Open guide →ExploreDistribution
Pipe, valves, pressure control and zones deliver water where and when it is needed.
Open guide →ExploreDrainage
Plan controlled removal of excess water around fields, greenhouses and working areas.
Open guide →Nepal context
Adapt the engineering decision to the site
These are planning contexts rather than fixed prescriptions. Final sizing and specifications should be based on a site-specific assessment.
Gravity opportunities in hills
Useful elevation can reduce pumping demand, but pressure still needs to remain within system limits.
Water-limited sites
Storage, efficient irrigation and crop scheduling become central parts of the production strategy.
Monsoon-exposed farms
Drainage capacity and safe runoff routes should be planned alongside dry-season irrigation.
Protected farms
Greenhouse crops depend on planned irrigation, so backup storage and filtration can be critical operational assets.
Project workflow
Turn a broad farm idea into an engineering brief
A useful quotation starts with measurable site information. This reduces guesswork and makes product quantities, water-system decisions and installation scope easier to define.
1
Step 1
Measure source flow and seasonal availability
2
Step 2
Map elevation and required delivery points
3
Step 3
Define storage reserve and tank location
4
Step 4
Calculate pump and mainline duty
5
Step 5
Select filtration and pressure zones
6
Step 6
Plan drainage, overflow and maintenance access
Frequently asked questions
Make the technical scope clearer before buying
Exact specifications, commercial terms and installation requirements should be confirmed against the final project scope.
How large should a farm water tank be?
Tank size depends on crop demand, irrigation schedule, source reliability, pumping window and desired reserve. It should be calculated for the specific farm.
Can gravity replace a pump?
Where elevation provides enough pressure and flow it may reduce or avoid pumping, but the distribution network still needs hydraulic checking.
Do greenhouses need drainage?
Yes. Roof runoff, wash water and irrigation drainage should be managed so the structure and crop area remain serviceable.
What information is needed for pump selection?
Useful inputs include source level, delivery elevation, pipe length and size, design flow, pressure requirement and expected operating schedule.
Nepal agriculture project desk