Proposed Design of Water Supply and Treatment System for Barangay Macalamcam B, Rosario, Batangas – Client Support by Students Brain Boost Cooler

CONTENTS:

• Introduction: Project Background and Client Type
• Services Delivered
• Highlights and Considerations
• Client Feedback

This infographic visually represents the proposed design of a water supply and treatment system in Macalamcam B, Rosario, Batangas—highlighting the flow from groundwater extraction to household tap access through treatment and storage infrastructure.

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Introduction: Project Background and Client Type

This project was led by fourth-year students from the Bachelor of Science in Sanitary Engineering program at Batangas State University - Alangilan Campus, as part of their SE 411 - Sanitary Engineering Design Project I course. Focused on Barangay Macalamcam B in Rosario, Batangas, the study addresses the critical issue of water insecurity in a geographically isolated and underserved rural barangay. With limited access to formal water infrastructure, the community depends on deep wells and untreated sources, exposing residents to health risks. The client requested assistance from the MDRRMO to access vital geospatial and hydrogeological data to support their capstone project, which aims to design a sustainable water supply and treatment system grounded in site-specific conditions.

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Services Delivered

• Provided Groundwater Availability Map for Rosario to guide well siting

• Supplied Rivers and Creeks Network Map to analyze water sources and terrain flow

• Shared Elevation Map for hydraulic modeling and tank placement analysis

• Delivered Google Earth and OSM Overlays of Barangay Macalamcam B

• Released Groundwater Discharge and Withdrawal Rate Data for feasibility studies

• Made accessible other thematic maps relevant to water infrastructure

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🌟 Highlights or Unique Considerations

• The project is part of Batangas State University’s integration of SDG 6: Clean Water and Sanitation into local research applications

• It aligns with the Philippine Water Supply and Sanitation Master Plan (PWSSMP) 2019–2030 and Rosario’s Comprehensive Development Plan (2023–2028)

• A full suite of GIS-based spatial data was used to support EPANET simulations, water tank design, and siting compliance with national standards

• The team evaluated two design alternatives for the water system—one with an elevated tank and another with a combined cistern-elevated storage configuration

• The final proposal incorporated population projections, topographic analysis, risk management, and microbiological water quality results, demonstrating high academic rigor and real-world relevance

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💬 Client Feedback

"Thank you so much for the valuable information you shared with us. Your dedication to conducting research in Rosario, Batangas is truly inspiring and has been a great help to us as students. We are also deeply grateful for the warm welcome you gave us, even though the information you provided was quite critical and in-depth.

Thank you for generously sharing your knowledge—it will truly guide us as we work on our thesis. Your insights have not only enriched our understanding but have also motivated us to do our best.

We truly appreciate your time, effort, and openness. May you continue to inspire and help many more students like us. Thank you once again from the bottom of our hearts!"

Sincerely yours,

Ilonah, Arlene, Sienna. KM and Bernard

The project team from Batangas State University poses for a souvenir photo in front of a large screen displaying a satellite map with the outlined boundary of Barangay Macalamcam B, following their presentation of research requests for the proposed water supply and treatment system design aimed at improving access to clean water in the community.

Suggested Thesis Titles for BS Sanitary Engineering Based on Rosario’s Local Investment Development Program 2022–2025 – Client Support by Students Brain Boost Cooler

CONTENTS:

• Introduction: Project Background and Client Type
• Services Delivered
• Highlights and Considerations
• Client Feedback

3D-rendered icons in bold red and blue represent BS Sanitary Engineering on a dark navy background—featuring a faucet, plumbing pipe, drainage cover, and recycling bin.

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Introduction: Project Background and Client Type

This initiative focused on supporting Bachelor of Science in Sanitary Engineering students in identifying context-based and socially relevant thesis titles. The client, a public university student group aligned with municipal planning efforts, sought assistance from Students Brain Boost Cooler to integrate GIS-based environmental datasets with priority infrastructure and sanitation programs in Rosario, Batangas. The main challenge was localizing academic topics to real-world planning priorities drawn from the Executive-Legislative Agenda (ELA) and Local Development Investment Program (LDIP) 2022–2025 of the Municipality.

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Services Delivered

• Suggested thesis titles using actual LDIP project priorities

• Integrated each proposed title with GIS data applications

• Localized relevance by including Rosario’s administrative boundaries and hazard profiles

• Highlighted climate adaptation, water sanitation, and public health concerns in all concepts

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🌟 Highlights or Unique Considerations

• Direct use of municipal development priorities made the list academically relevant and implementable

• Hazard datasets (flood, landslide, seismic, climate vulnerability) were embedded to ensure a DRRM-informed approach

• The topics are ideal for collaborations between the LGU and academic institutions, especially in areas of water safety, sanitation infrastructure, and climate change adaptation

• A notable inclusion is the focus on waste management, water resource sustainability, and disease risk reduction across Rosario’s barangays

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💡 Suggested Thesis Titles

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🚰 A. Water Supply and Sanitation Infrastructure

1. Flood Risk-Informed Design Proposals for Rosario’s Potable Water Systems Rehabilitation

2. GIS-Based Site Suitability Analysis for a Sanitary Landfill in Rosario Using Seismic and Flood Risk Zones

3. Assessment of Rain-Induced Erosion Risks to Shallow Tube Wells in Agricultural Areas of Rosario

4. Integration of GIS and Climate Vulnerability Index in Planning Climate-Resilient Water Pumps

5. Design of a Community-Based Biogas Facility Using Hazard Maps and Settlement Patterns in Rosario

6. Hydro-Climatic Sensitivity Analysis of Flood Control Projects on Drinking Water Safety

7. Public Toilet Accessibility Mapping and Disease Risk Overlay in Rosario’s Densely Populated Areas

8. Water Quality and Health Risk Assessment of Barangays Adjacent to Rosario’s MRF and Landfill Sites

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🦠 B. Wastewater and Pollution Management

1. Seismic-Resilient Wastewater Treatment Facility Planning in Hazard-Prone Barangays of Rosario

2. Design and GIS-Based Impact Projection of Septic Tank Retrofits in Vulnerable Residential Zones

3. GIS-Based Evaluation of Soil Absorption Capacity for Wastewater Percolation in Sloped Areas

4. Modeling of Leachate Movement from Informal Waste Dumps Using Landslide Susceptibility Zones

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♻️ C. Solid Waste Management and Logistics

1. GIS Mapping of Sanitation Gaps and Proposed Expansion of the Sanitation Program

2. Waste Collection Route Optimization Using GIS in Relation to Flood and Landslide Susceptibility

3. GIS-Integrated Monitoring Framework for Solid Waste Compactor Truck Route Efficiency

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🏫 D. Public and Institutional Sanitation

1. Sanitary Facility Risk Assessment in Schools Located in Multi-Hazard Zones in Rosario

2. Multi-Hazard Evaluation of Evacuation Centers' Access to Safe Water and Sanitation Facilities

3. Pilot Planning of Earthquake-Resistant Sanitation Structures for Rosario’s Emergency Shelters

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🔍 E. Disaster-Resilient Planning and Climate Adaptation

1. Proposed Rainwater Harvesting Systems for Flood-Prone Barangays Based on GIS Elevation Models

2. Climate-Responsive Design of Sanitation Components for Resettlement Areas in High-Risk Zones

Reference

Local Development Investment Program List from the Executive-Legislative Agenda (ELA) 2022-2025 of the Municipality of Rosario, Batangas

Discovering Rosario Point: What Every Student Navigator Should Know

CONTENTS:

• What’s This About?
• Why It Matters
• What You Should Know About Rosario Point
• Real Talk: Rosario Point in the Eyes of a Student
• Quick Recap
• Final Thoughts

A detailed hydro-topographic map showing Rosario Point, the Rosario River watershed, and subwatershed boundaries in southern Batangas. This map supports marine and environmental studies by visualizing terrain elevation, river flow paths, and anchorage zones near Rosario Point (Source: Municipal Disaster Risk Reduction and Management Office Planning and Research Section).

📚 Ever stared at a map and saw a place called “Point” and wondered—what’s that all about? If you’re a student diving into cartography, marine navigation, or just curious about how geography shapes our coastlines, then Rosario Point in Batangas is a great case study!

Let’s break it down together, Students Brain Boost Cooler style—easy, useful, and local! 🧠💡

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🎯 What’s This About?

This post explores Rosario Point, a navigational feature along the Batangas coastline. Taken from an official U.S. Government nautical publication, it describes its location, landmarks, river outflow, and anchorage details. Whether you’re a maritime cadet, a tourism student, or a GIS mapper, this post helps you understand how coastal points like this serve real-world uses.

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💡 Why It Matters

• 📌 Geography students learn how physical coastal features impact navigation.

• ⚓ Marine cadets need to know safe anchorage techniques and location cues.

• 🗺️ Local planners and environmental students may use this info for coastal zoning or protection.

• 🏫 Rosario Point gives us a live example of a “Point” as used in charts—and it’s right here in the Philippines!

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✅ What You Should Know About Rosario Point

1. 🌍 Location:
   Rosario Point is located at 13°38'N., 121°12'E. on the southern coast of Batangas.

2. 🏞️ River Feature:
   The Rosario River flows into the sea northwest of the point. But heads up! There's a sandbar with only 0.9m depth, which can block boats.

3. 🏠 Landmark Alert:
   A white warehouse northeast of the point helps identify it. It used to have a stone jetty—but by 1991, it was reported gone.

4. 🌬️ Caution During Southwest Monsoon:
   Landings can be risky when waves are high. Take note if you're plotting a field study during the rainy season.

5. ⚓ Anchorage Instructions (for locals or trained navigators):

   • Drop anchor 0.15 mile offshore in 22 meters of water

   • Make sure:

     • Malabrigo Point Light bears 118° over Rosario Point

     • The white warehouse bears 036°

   • The seabed is steep, so anchor carefully!

6. 🌊 Bottom Composition:
   Coastal depth drops fast. But the seabed of coarse sand and gravel gives reliable grip for anchors.

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🔁 Real Talk: Rosario Point in the Eyes of a Student

"Akala ko dati 'Point' lang means 'tuldok sa mapa.' Pero grabe pala—Rosario Point has real-world impact! Nakaka-amaze how one landmark affects navigation, anchorage, and even planning. Gusto ko pa aralin coastal features, lalo na 'yung nasa atin."

Yup, once you start connecting map labels with on-the-ground (or on-the-water!) meaning, it opens up a whole new way of thinking.

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📌 Quick Recap

✔️ Rosario Point is a coastal headland in Batangas
✔️ It’s marked by a nearby river, warehouse, and historical jetty
✔️ Anchorage is possible but tricky—know the local bearings
✔️ Ideal for marine, geography, and environmental students
✔️ A great real-world example of how coastal geography works

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🚀 Final Thoughts

Now that you know what makes Rosario Point more than just a name on a map, keep exploring! Every “Point” you see could mean something big—like a river outflow, a safe haven for boats, or even a spot to study coastal erosion.

Stay curious, stay local, and keep boosting your brain!

🌐 Visit us again here at Students Brain Boost Cooler—where local knowledge meets smart learning. 🧠💙

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📖 Reference

National Geospatial-Intelligence Agency. (2010). Sailing Directions (Enroute) – Philippines: Pub. 162 (16th ed.). Bethesda, MD: National Geospatial-Intelligence Agency. Retrieved from https://msi.nga.mil/Publications/SDEnroute