General Product
Arsenic Removal Plants
Arsenic mitigation is chemistry-specific; treatment selection must follow source-water analysis and operating discipline.
Project overview
Arsenic removal requires targeted chemistry and media/process selection based on arsenic speciation and co-contaminants.
System design must consider source variability, pre-oxidation needs, media lifecycle, and safe residual handling.
Unicare deploys arsenic treatment with application-specific O&M plans so compliance remains practical in the field.
Each system is engineered after source-water analysis, hydraulic checks, and utility integration constraints to avoid underperforming installations.
Our project approach includes design basis confirmation, instrumentation planning, and operator-focused handover documents.
Typical applications
- Community drinking water schemes
- Institutional rural supply
- Groundwater correction programs
- Village-level utility upgrades
- Commercial and institutional utility infrastructure
- Industrial process and service-water lines
- Rural and peri-urban groundwater safety projects
Why teams choose this solution
Source-led chemistry selection
Community-scale deployment suitability
Serviceable media change strategy
Field-practical operating framework
Design decisions tied to actual source-water and operating variability
Structured commissioning with measurable startup checkpoints
Operator-friendly SOPs for day-to-day consistency
Source-chemistry-driven process selection to reduce field underperformance risk
How the system works
Step 01
Source testing
Confirm arsenic profile and key co-contaminants before process selection.
Step 02
Conditioning stage
Apply oxidation/pretreatment where needed for better removal kinetics.
Step 03
Primary removal
Run through selected media/adsorptive process train.
Step 04
Safe operation
Manage residuals and media replacement under defined SOPs.
Step 05
Engineering and approvals
Freeze P&ID logic, utility tie-ins, and deliverable schedule before fabrication.
Step 06
Commissioning and handover
Run performance checks, SOP training, and acceptance documentation for stable startup.
Technical snapshot
Design basis
Arsenic concentration + co-contaminant profile
Core process
Adsorptive/media-led treatment logic
Monitoring
Periodic verification per supply duty
O&M
Media replacement and safe disposal planning
Documentation package
GA/P&ID, O&M manual, commissioning checklist, and preventive maintenance plan
Execution model
Design, supply, installation support, and post-commissioning service pathways
FAQs
Can one arsenic process fit all sites?
No. Design changes with arsenic form, co-contaminants, and source variability.
Why is periodic testing still required after installation?
Because source-water chemistry can shift seasonally; verification protects long-term safety.
What project inputs are required before final design?
Typical inputs include source-water report, flow demand profile, available footprint, utility constraints, and compliance/reuse target.
Do you support installation and post-commissioning service?
Yes. Unicare supports installation planning, startup supervision, operator training, and AMC-oriented service continuity.
Need this system designed for your site conditions?
Share your raw-water profile, flow target, and operating constraints. Our team will suggest the right treatment train with practical O&M expectations.