Construction Project Management Software for Indian Water Infrastructure Contractors
Built for the contractors
Indian water systems run through.
Dams, irrigation canals, water supply networks, and sewage treatment plants. CPHEEO manual references, JJM project tracking, IS-code-aligned QA/QC, and joint-measurement workflows that hold up to PMC and World Bank scrutiny.
CPHEEO + JJM
Manual references and Jal Jeevan Mission alignment
Test-witness logs
Hydrostatic, water-tightness, infiltration tests linked to BOQ
Pump-house wise
Asset register from BOQ → as-built → DLP
Joint measurement
World Bank and PMC-grade audit trail
Water work is paid by the metre, judged by the test.
Water infrastructure is paid against laid quantity but graded on test acceptance. A 20km pipeline can be 100% laid and 0% accepted because hydrostatic testing failed at three joints. The test register, the failed-joint list, and the rectification log are usually in three different spreadsheets, on three different laptops.
Hydrostatic test failures with no traceable test register
Pipeline laid, joint-by-joint pressure tested. Five joints fail. The site team rectifies. The PMC asks for the test certificate showing original-pressure-failure-rectified-retest sequence. The certificate exists somewhere; finding it takes a day. Payment delays a week.
Material at site, no third-party-test certificates filed
DI pipes arrive at site with manufacturer test certificates. The PMC asks for matching third-party lab tests at the time of joint approval. Lab tests were done; certificates are in a WhatsApp from the lab to a junior engineer who has since left.
Water tightness test on STP tanks discovered late
Sewage treatment plant tank construction finishes on Friday. Water-tightness test scheduled for the following Monday, except the BOQ includes a 14-day waiting period after final pour. The test is now scheduled for the wrong day; the PMC's representative books leave; the test slips two weeks.
JJM connection-count vs as-built reconciliation
Jal Jeevan Mission projects pay per household connection. The contract says 12,400 connections; the as-built shows 12,217. The 183 missing connections are real, but the explanation lives in three site engineer's notebooks. The variation letter takes a month to draft.
From DPR upload to test-certificate-linked RA bills.
Water work generates more documents per metre than any other sector. CivilBolt threads test certificates, joint registers, and material logs into the project record from day one. Payment never waits on a missing PDF.
Step 01
Upload the DPR, contract, and SOR
Detailed Project Report, awarded contract, schedule of rates. Civil Brain reads CPHEEO references, IS codes for pipe materials, and the test acceptance protocols specified in the contract.
Step 02
Project record built around assets, not just BOQ
Pipelines by reach, pumphouses by ID, OHTs and reservoirs by location. Each asset has its own test register, material register, and as-built drawing. The BOQ items map to assets, not to abstract line items.
Step 03
Tests, joints, and material logs flow into one record
Hydrostatic test logged from site with photo and pressure reading. Joint-rectification entry threaded with the failed-test entry. Third-party material certificates uploaded against the joint approval. PMC reviews the same record.
Step 04
RA bills with test-certificate links auto-populated
RA bill against laid pipeline pulls the matching test certificate, joint register, and material verification automatically. PMC's monthly review takes hours, not days.
Contract modes used on Indian water infrastructure projects.
JJM and AMRUT-funded urban water work skews item-rate. State irrigation departments and dam projects skew EPC. World-Bank-funded work uses FIDIC variants under the BOQ shell.
Run a real water-infra tender through CivilBolt.
30 minutes with a construction expert. Send us a JJM, AMRUT, irrigation, or dam tender. We'll process it on the demo and show you the test-certificate workflow, asset register setup, and CPHEEO traces.