Bio-Pure Ground & Surface Water
Budget: ₹100 – ₹400 INR
I am launching “Water Om jalparwah”, a hands-on initiative devoted to lifting the quality of both groundwater and surface water in our area. The single priority is biological safety: bacteria, viruses, protozoa—anything that turns otherwise plentiful water into a health risk—has to go.
Here’s what I need from you:
• A concise baseline assessment. Collect or review recent field data, confirm the microbiological load in wells, rivers and canals, and identify the most critical hotspots.
• A treatment blueprint. Recommend the most practical removal technologies for each source—whether that is chlorination, UV, ultrafiltration, slow-sand, or a hybrid system—complete with sizing, schematics and operating parameters.
• A step-by-step implementation plan that shows cost, material and manpower requirements so field teams can move straight from concept to installation.
• Post-treatment verification protocols. Outline the sampling schedule, lab methods (e.g., membrane filtration, qPCR) and acceptance thresholds to prove that the finished water meets national drinking-water standards.
All documents must be in clear English, editable (Word or Google Docs) and supported by any raw data sheets or design spreadsheets you create. Your approach should be grounded in environmental engineering best practice and backed by recent peer-reviewed references or WHO guidelines.
Once I approve the design, we’ll roll into a brief review phase where you address comments before final sign-off.
Here’s what I need from you:
• A concise baseline assessment. Collect or review recent field data, confirm the microbiological load in wells, rivers and canals, and identify the most critical hotspots.
• A treatment blueprint. Recommend the most practical removal technologies for each source—whether that is chlorination, UV, ultrafiltration, slow-sand, or a hybrid system—complete with sizing, schematics and operating parameters.
• A step-by-step implementation plan that shows cost, material and manpower requirements so field teams can move straight from concept to installation.
• Post-treatment verification protocols. Outline the sampling schedule, lab methods (e.g., membrane filtration, qPCR) and acceptance thresholds to prove that the finished water meets national drinking-water standards.
All documents must be in clear English, editable (Word or Google Docs) and supported by any raw data sheets or design spreadsheets you create. Your approach should be grounded in environmental engineering best practice and backed by recent peer-reviewed references or WHO guidelines.
Once I approve the design, we’ll roll into a brief review phase where you address comments before final sign-off.