March 03, 2020 NOTICE for SMALL VALUE PROCUREMENT The

Total Page:16

File Type:pdf, Size:1020Kb

March 03, 2020 NOTICE for SMALL VALUE PROCUREMENT The March 03, 2020 NOTICE FOR SMALL VALUE PROCUREMENT The Metro Manila 1 District Engineering Office-National Capital Region, Department of Public Works and Highways through the Bids and Awards Committee, invites bidders to apply for the Small Value Procurement (see attached file for the specification and estimated price) 1. Contract ID No. : 20CSOB0011 Name of Project : Sub-Surface Soil Exploration for the: a) Construction of Multi- Purpose Building at Brgy. Mabini J. Rizal; b) Construction of Multi-Purpose Building at Brgy. Wack-Wack; and c) Rehabilitation of Multi-Purpose Building (Old Building) at Rizal Technological University all in Mandaluyong City Approved Budget for the Contract: PhP670,530.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 2. Contract ID No. : 20CSOB0012 Name of Project : Sub-Surface Soil Exploration for the Construction of Multi- Purpose Building at Sunny Ville 2, Gen. Ordoñez, Marikina City Approved Budget for the Contract: PhP179,130.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 3. Contract ID No. : 20CSOB0013 Name of Project : Sub-Surface Soil Exploration for the: a) Construction of Southern Police District Crime Laboratory Building; b) Construction of Multi-Purpose Building at Lakeshore, Brgy. Lower Bicutan;; and c) Construction of Multi-Purpose Building & Site Development at Camp Bagong Diwa, Brgy. Central Bicutan; and d) Construction of Pio Felipe Street leading to C-5 all in Taguig City Approved Budget for the Contract: PhP718,200.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 4. Contract ID No. : 20CSOB0014 Name of Project : Sub-Surface Soil Exploration for the Bank Improvement at Brgy. Aguho (Phase VI & VII), Pateros, Metro Manila Approved Budget for the Contract: PhP358,260.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 5. Contract ID No. : 20CSOB0015 Name of Project : Sub-Surface Soil Exploration for the Bank Improvement/ Protection along Pateros River, Brgy. Aguho (Phase VIII & IX) and Brgy. Martirez (Phase IX & X) both in Pateros, Metro Manila Approved Budget for the Contract: PhP716,520.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 6. Contract ID No. : 20CSOB0016 Name of Project : Sub-Surface Soil Exploration for the Bank Improvement/ Protection along Pateros River, Brgy. Martirez (Phase XI & XII) Pateros, Metro Manila Approved Budget for the Contract: PhP358,260.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 7. Contract ID No. : 20CSOB0017 Name of Project : Sub-Surface Soil Exploration for the: Construction of Connecting Road from Cayetano Boulevard via Ruhale Road, Brgy. Ususan to Brgy. Calzada Tipas, Taguig City Approved Budget for the Contract: PhP179,130.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 8. Contract ID No. : 20CSOB0018 Name of Project : Sub-Surface Soil Exploration for the: a) Construction of 9th Post Engineer Detachment Building with Motorpool Fort Andres Bonifacio & Construction of Military Police Batallion Administration Building, Forth Andres Bonifacio both in Taguig City Approved Budget for the Contract: PhP358,260.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 9. Contract ID No. : 20CSOB0019 Name of Project : Sub-Surface Soil Exploration for the Construction of Multi- Purpose Building and Integrated Transport Terminal with Park Facility, Brgy. Central Bicutan, Taguig City Approved Budget for the Contract: PhP141,330.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 10. Contract ID No. : 20CSOB0020 Name of Project : Sub-Surface Soil Exploration for the Construction of Slope Protection and Linear Park along Taguig River, Brgy. Sta. Ana, Taguig City Approved Budget for the Contract: PhP179,130.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 11. Contract ID No. : 20CSOB0021 Name of Project : Sub-Surface Soil Exploration for the Construction of Slope Protection and Linear Park along Taguig River, Brgy. Tuktukan, Taguig City Approved Budget for the Contract: PhP179,130.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 12. Contract ID No. : 20CSOB0022 Name of Project : Sub-Surface Soil Exploration for the Construction of Slope Protection and Linear Park along Taguig River, Brgy. Ususan, Taguig City Approved Budget for the Contract: PhP179,130.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 13. Contract ID No. : 20CSOB0023 Name of Project : Sub-Surface Soil Exploration for the Construction of Slope Protection and Linear Park along Taguig River, Brgy. Wawa, Taguig City Approved Budget for the Contract: PhP179,130.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 14. Contract ID No. : 20CSOB0024 Name of Project : Sub-Surface Soil Exploration for the Construction of General Santos Avenue, Brgy. Lower Bicutaan to Brgy. Central Bicutan, Taguig City Approved Budget for the Contract: PhP179,130.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 15. Contract ID No. : 20CSOB0025 Name of Project : Sub-Surface Soil Exploration for the Construction of New Brgy. Hall, Brgy. Pinagsama, Taguig City Approved Budget for the Contract: PhP141,330.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 16. Contract ID No. : 20CSOB0026 Name of Project : Sub-Surface Soil Exploration for the Construction of Multi- Purpose Building & Site Development, Brgy. Central Bicutan, Taguig City Approved Budget for the Contract: PhP141,330.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD 17. Contract ID No. : 20CSOB0027 Name of Project : Sub-Surface Soil Exploration for the Construction of Multi- Purpose Building & Site Development, Brgy. Maharlika, Taguig City Approved Budget for the Contract: PhP141,330.00 Description : Sub Surface Soil Exploration Source of Funds : Preliminary Detailed Engineering Duration : 30 CD Please submit your sealed bids on or before March 12, 2020 at 10:00 AM with the following requirements: Business Permit SEC or DTI Registration BIR Certificate of Registration PhilGEPS Certificate Audited Financial Statement including Annual Income Tax Return Certificate of Product Registration (if needed) Only those who submit completely the above-mentioned requirements will undergo review and evaluation. Please also take note that the items are subject for post qualification evaluation by the Technical Working Group (TWG). Approved: LAMBERTO C. DE LEON OIC-Assistant District Engineer Chairman-BAC .
Recommended publications
  • 1 Introduction
    Formulation of an Integrated River Basin Management and Development Master Plan for Marikina River Basin VOLUME 1: EXECUTIVE SUMMARY 1 INTRODUCTION The Philippines, through RBCO-DENR had defined 20 major river basins spread all over the country. These basins are defined as major because of their importance, serving as lifeblood and driver of the economy of communities inside and outside the basins. One of these river basins is the Marikina River Basin (Figure 1). Figure 1 Marikina River Basin Map 1 | P a g e Formulation of an Integrated River Basin Management and Development Master Plan for Marikina River Basin VOLUME 1: EXECUTIVE SUMMARY Marikina River Basin is currently not in its best of condition. Just like other river basins of the Philippines, MRB is faced with problems. These include: a) rapid urban development and rapid increase in population and the consequent excessive and indiscriminate discharge of pollutants and wastes which are; b) Improper land use management and increase in conflicts over land uses and allocation; c) Rapidly depleting water resources and consequent conflicts over water use and allocation; and e) lack of capacity and resources of stakeholders and responsible organizations to pursue appropriate developmental solutions. The consequence of the confluence of the above problems is the decline in the ability of the river basin to provide the goods and services it should ideally provide if it were in desirable state or condition. This is further specifically manifested in its lack of ability to provide the service of preventing or reducing floods in the lower catchments of the basin. There is rising trend in occurrence of floods, water pollution and water induced disasters within and in the lower catchments of the basin.
    [Show full text]
  • The Human Impact of Floods Towards Mega Dike Effectiveness
    International Journal of Disaster Recovery and Business Continuity Vol.7 (2016), pp.1-12 http://dx.doi.org/10.14257/ijdrbc.2016.7.01 The Human Impact of Floods towards Mega Dike Effectiveness Tomas U. Ganiron Jr IPENZ, New Zealand Qassim University, College of Architecture, Buraidah City [email protected] Abstract Flooding caused by typhoon inflicted serious damage in the Philippines River and the incremental high lake stage, respectively. The study is based on the perception of people in Taguig City about floods and flood control, the existing Pampanga mega dike and specifically on the construction of Taguig City mega dike along the Laguna Lake. The aim of the study is to present the human impact of floods and its resources of constructing a mega dike and to compare the effectiveness of the mega dikes in Pampanga and Taguig City. Keywords: Dike, flood control, flooding, floodway, mega dike 1. Introduction The Municipality of Taguig City is one of the low-lying areas along the Shore of Laguna Lake with an average elevation of 11.30 meters. The water surface elevation of Laguna Lake from April to December rises up from elevation 10.72 meters to elevation 12.90 meters, in which cased the said areas will always be subjected to flooding especially during the months of October to December [1,2]. Rising of water surface elevation of Laguna Lake is due to thirteen (13) major tributary rivers and more than 100 (minor creeks) at the watershed areas of the lake along the area of Rizal. Laguna, Batangas and Quezon Province.
    [Show full text]
  • METRO MANILA 1ST DISTRICT ENGINEERING OFFICE West Bank Road Manggahan Floodway UPDATED FINAL ANNUAL PROCUREMENT PLAN (APP) BASED on GAA 2019
    Republic of the Philippines DEPARTMENT OF PUBLIC WORKS AND HIGHWAYS METRO MANILA 1ST DISTRICT ENGINEERING OFFICE West Bank Road Manggahan Floodway UPDATED FINAL ANNUAL PROCUREMENT PLAN (APP) BASED ON GAA 2019 Schedule for Each Procurement Activity Estimated Budget (PhP) Remarks Submission/ Contract ID No. Contract Name PMO/End User Procurement Method Advertisement/ Notice of Contract Source of Funds Opening of Total MOOE CO Brief Description of Program/ Project Posting of REOI Award Signing Bids San Juan Rehabilitation/Major Repair of Santolan Bridge (B02126LZ) along San Juan- 310304100305000 Construction Section Public Bidding 02/28/2019 03/22/2019 05/15/2019 05/27/2019 GAA 2019 2,894,976.73 2,894,976.73 Rehabilitation/Major Repair of bridge Santolan Road, San Juan City 320101102801000 Construction of Box Culvert along G. Soriano St., San Juan City Construction Section Public Bidding 10/30/2018 11/20/2018 05/15/2019 05/27/2019 GAA 2019 11,387,160.21 11,387,160.21 Construction of Box Culvert Construction of Revetment Wall along Salapan Creek, Brgy. Salapan, San 320101102810000 Construction Section Public Bidding 11/29/2018 12/19/2018 05/15/2019 05/27/2019 GAA 2019 48,999,948.71 48,999,948.71 Construction of Revetment Wall Juan City 320102100708000 Construction of Revetment Wall along San Juan River, San Juan City Construction Section Public Bidding 10/30/2018 11/20/2018 05/15/2019 05/27/2019 GAA 2019 29,399,972.69 29,399,972.69 Construction of Revetment Wall Completion of Two Storey Multi-Purpose Building, Brgy. Sta. Lucia, San Completion of Two Storey Multi-Purpose 300103200706000 Construction Section Public Bidding 03/26/2019 04/16/2019 05/15/2019 05/27/2019 GAA 2019 4,582,432.50 4,582,432.50 Juan City Building Construction of Multi-Purpose Building including Covered Court, Kabayanan Construction of Multi-Purpose Building 300103200725000 Construction Section Public Bidding 01/24/2019 02/13/2019 05/15/2019 05/27/2019 GAA 2019 24,499,969.54 24,499,969.54 Elementary School, Brgy.
    [Show full text]
  • How Taguig Is Shaping a Dynamic Future • Inside
    THE TAGUIG CITY GUIDE ISSUE 1 VOLUME 1 | 2017 • How Taguig is shaping a dynamic future • Inside the Philippines’ most progressive city • 20 Minutes with Mayor Lani Cayetano • Where to invest in the Philippines • Exploring the city from day to night • Organic farming in the City Mandaluyong P ASIG RIVER EDSA C5 ROAD PASIG RIVER Pasig Uptown Makati D Bonifacio EDSA 32nd Street PASIG RIVER Fort Bonifacio A Metro Market Market 5th AvenueSM Aura Pateros Premier C Manila Mckinley American West Cemetery and Memorial Lawton Avenue H Vista Mall Taguig City Hall G Heritage Park SOUTH LUZON EXPRESSWAY Acacia Estates C6 ROAD Libingan ng mga Bayani E C5 ROAD B F Characterized by a strong government, a diverse population and robust industries, Taguig is a highly urbanized Arca city that is evolving into a dynamic and sustainable community by supporting and driving economic growth, South NINOY AQUINO focusing on the development of its people, and integrating environmental thinking into its plans. INTERNATIONAL PNR FTI AIRPORT Taguig C6 ROAD Laguna Lake M.L.Quezon Avenue Parañaque Taguig lies at the western shore of PNR Bicutan Laguna Lake, at the southeastern portion of Metro Manila. Napindan River (a tributary of Pasig River), forms the common border of Taguig and Pasay City, while Taguig River Muntinlupa (also a Pasig River tributary) cuts through the northern half of the city. The city’s topography has given it a rather unique characteristic, where water features, farmlands, urbanized centers and commercial districts are all within a 20-minute drive from each other. A Bonifacio Global City Land Area: 45.38 sq.km.
    [Show full text]
  • Biochemical Oxygen Demand (DO-BOD) System Dynamics Model of Pasig River, Philippines Using STELLA
    Development of a Dissolved Oxygen - Biochemical Oxygen Demand (DO-BOD) System Dynamics Model of Pasig River, Philippines using STELLA Engr. Eduardo Bornilla Jr. Engr. Tolentino Moya, Ph.D. Merliza Bonga Brisbane, Australia | 20-24 October 2019 What’s important with DO and BOD? Dissolved Oxygen Biochemical Oxygen Demand - an essential element supporting - a measure of organic pollutants the aquatic life in the water - provides the maximum - amount of dissolved oxygen information about water quality needed to break down organic conditions (Ji, 2008) matter in water Polluted aquatic systems lead to reduction of dissolved oxygen. Further reduction to 2 – 3 mg/L DO concentration leads to a hypoxic condition or worse to anoxic condition (0 mg/L DO) that results to altered breathing patterns or fish kills. Brisbane, Australia | 20-24 October 2019 The Case of Pasig River System • Coastal estuarine • Drains the Philippine National Capital Region • Connects the Laguna Lake and Manila Bay • Declared biologically dead in Manila Bay early 2000s (Gorme, et al. 2010) Laguna Lake Brisbane, Australia | 20-24 October 2019 Source: Pasig River Rehabilitation Commission (PRRC) Annual Water Quality Data Water Quality Standard • BOD ≤ 7 mg/L • DO ≥ 5 mg/L Brisbane, Australia | 20-24 October 2019 Source: Pasig River Rehabilitation Commission (PRRC) Rationale behind the Pasig River Model Situationer Potential Applications • This model was an academic research • reconstruct pollution transport and project in partnership with PRRC for identify the hypoxia hot spots
    [Show full text]
  • Environmental Mutagenesis. Water Studies
    Trans. Nat. Acad. Science & Tech. (Phils.) 1988: 1 0: 163-173 ENVIRONMENTAL MUTAGENESIS: WATER STUDIES Clara Y. Iim-Sylianco and Virginia F. lnefinada Institute of Chemistry University of the Philippines Diliman, Quezon City ABSTRACT The "Blue Cotton" method was used to separate mutagens from water samples from rivers �nd esteros around Manila. The Rec assay was used to deter­ mined direct DNA damaging capacity. Ames test was employed to study muta­ genicity potential before metabolic activation. Genetoxicity after metabolic acti­ vation was determined by the Host-mediated assay while chromosome breaking effects were investigated using the micronucleus test. Water samples from Pasig river, Las Pinas river, Marikina river, Navotas river, and Zapote river did not possess direct DNA damaging potentiaL These did not exhibit mutagenic activity before and after metabolic activation. These did not possess chromosome breaking effects. Water samples from Malabon river, (near Federico St., Isla de Cocoma), Paranaque river (across MIA road), ·san Juan river (across P. Sanch�z St.) and Taguig river (along Gen. Luna St., Sta. Ana, Peteros) were mutagenic before metabolic activation. However, the mutagenicity of the water samples from Paranaque and Taguig rivers disappeared after metabolic activation. Water samples from Malabon river and San Juan river were genotoxic before and after metabolic activation. None of the river water. samples around Manila exhibited chromosome breaking effects. Water samples frm 20 esteros did not exhibit direct DNA damag­ ing effects and were not mutagenic before and after metabolic activation. How­ ever, chromosome breaking effects were observed from water samples of Estero de Magdalena, Estero de Uli-Uli, Estero de Tripa de Galina and estero de San Lazaro.
    [Show full text]
  • E. Drainage Facility Plan
    E. DRAINAGE FACILITY PLAN E - i TABLE OF CONTENTS Page E.1 GENERAL .................................................................................................................. E - 1 E.2 PREVIOUS STUDIES AND PLANNED PROJECTS OF FLOOD CONTROL AND DRAINAGE IMPROVEMENT.......................................................................................................... E - 2 E.2.1 General .................................................................................................................... E - 2 E.2.2 Previous Flood Control and Drainage Improvement Plans..................................... E - 2 E.2.3 Current Studies Related to Drainage Improvement in the Core Area ................... E - 12 E.3 COMPLETED AND ONGOING FLOOD CONTROL AND DRAINAGE IMPROVEMENT PROJECTS IN THE CORE AREA................................................................................ E - 16 E.3.1 General .................................................................................................................. E - 16 E.3.2 Completed Projects ............................................................................................... E - 16 E.3.3 Ongoing Projects................................................................................................... E - 20 E.4 DRAINAGE CONDITIONS ......................................................................................... E - 24 E.4.1 Drainage System in the Core Area........................................................................ E - 24 E.4.2 Drainage Facilities................................................................................................
    [Show full text]
  • Hukay Is a Tagalog Term That Can Either Be the Verb ‚To Dig‛ Or a Noun, ‚A Hole in the Ground As a Result of Digging‛
    Hukay is a Tagalog term that can either be the verb ‚to dig‛ or a noun, ‚a hole in the ground as a result of digging‛. It also means ‚an excavation‛ among archaeology practitioners in the Philippines. Published twice a year, Hukay is the refereed journal of the University of the Philippines - Archaeological Studies Program. We accept articles on the archaeology, ethnoarchaeology, palaeoenvironmental studies, and heritage of the Asia and Pacific regions. The Editors and the Reviewers are not responsible and should not be held liable for any personal views or opinions expressed here by the contributing authors. All questions and/or reactions to such should be addressed to the author(s) concerned. Founding Editor Victor J. Paz Editor Grace Barretto-Tesoro Associate Editor Francis N. Claravall Layout Design Francis N. Claravall Cover Design Francis N. Claravall Anna Pineda Taj Vitales Archaeological Studies Program Albert Hall University of the Philippines, Diliman, Quezon City http://asp.upd.edu.ph/hukay © Archaeological Studies Program All Rights Reserved No copies can be made in part or in whole without prior written permission from the author and the publisher. ISSN 0119-173X On the cover: Ground floor plan of Structure A, Figure 16 from Angelus Maria P. Sales’ article on p. 15. Hukay Journal for Archaeological Research in Asia and the Pacific Volume 18 2013 Archaeological Studies Program University of the Philippines 2013 Contents i Foreword 1 Building in the Past: A Preliminary Analysis of the Construction Materials and Methods Used in Structure A in Barangay Pinagbayanan, San Juan, Batangas Angelus Maria P. Sales 31 Estimates of Quaternary Philippine Coastlines, Land Bridges, Submerged River Systems and Migration Routes: A GRASS GIS approach Emil Charles Robles 54 Archaeological Research in the Laguna de Bay area, Philippines Timothy James Vitales 82 Proposal for a Surface Archaeology Methodology in Bluff lands Archaeology (the Cordillera region of Luzon) Michael Armand P.
    [Show full text]
  • The Human Impact of Floods Towards Mega Dike Effectiveness
    International Journal of Disaster Recovery and Business Continuity Vol.7 (2016), pp.1-12 The Human Impact of Floods towards Mega Dike Effectiveness Tomas U. Ganiron Jr IPENZ, New Zealand Qassim University, College of Architecture, Buraidah City [email protected] Abstract Flooding caused by typhoon inflicted serious damage in the Philippines River and the incremental high lake stage, respectively. The study is based on the perception of people in Taguig City about floods and flood control, the existing Pampanga mega dike and specifically on the construction of Taguig City mega dike along the Laguna Lake. The aim of the study is to present the human impact of floods and its resources of constructing a mega dike and to compare the effectiveness of the mega dikes in Pampanga and Taguig City. Keywords: Dike, flood control, flooding, floodway, mega dike 1. Introduction The Municipality of Taguig City is one of the low-lying areas along the Shore of Laguna Lake with an average elevation of 11.30 meters. The water surface elevation of Laguna Lake from April to December rises up from elevation 10.72 meters to elevation 12.90 meters, in which cased the said areas will always be subjected to flooding especially during the months of October to December [1,2]. Rising of water surface elevation of Laguna Lake is due to thirteen (13) major tributary rivers and more than 100 (minor creeks) at the watershed areas of the lake along the area of Rizal. Laguna, Batangas and Quezon Province. The Marikina River thru (Manggahan Village) Floodway Project) is only one of the rivers which contribute approximately 7.69% on the rising of water elevation of the said lake.
    [Show full text]
  • EIS) for METRO MANILA SUBWAY PROJECT (MMSP) (Phase 1
    ENVIRONMENTAL IMPACT STATEMENT (EIS) FOR METRO MANILA SUBWAY PROJECT (MMSP) (Phase 1) VOLUME I MAIN REPORT SEPTEMBER 2017 DEPARTMENT OF TRANSPORTATION (DOTr) Metro Manila Subway Project i of xxvi TABLE OF CONTENTS LIST OF FIGURES ...................................................................................................................................... v LIST OF APPENDICES ............................................................................................................................. vii LIST OF ABBREVIATIONS ...................................................................................................................... viii PROJECT FACT SHEET ............................................................................................................................. xi EXECUTIVE SUMMARY .......................................................................................................................... xii 1. PROJECT DESCRIPTION .......................................................................................................... 1 1.1. PROJECT LOCATION AND AREA ............................................................................................. 1 1.1.1. Alignment .............................................................................................................................. 1 1.1.2. Description of Impact Areas .................................................................................................. 3 1.2. PROJECT RATIONALE / BACKGROUND OF THE PROJECT ....................................................
    [Show full text]
  • Environmental and Social Impact Assessment (ESIA) EXECUTIVE SUMMARY
    Environmental and Public Disclosure Authorized Social Impact Assessment (ESIA) – EXECUTIVE SUMMARY Public Disclosure Authorized Project Name: Metro Manila Flood Management Public Disclosure Authorized Project Public Disclosure Authorized May 1, 2017 Environmental and Social Impact Assessment (ESIA) EXECUTIVE SUMMARY Metro Manila Flood Management Project Prepared by: Department of Public Works and Highways (DPWH) And Metro Manila Development Authority (MMDA) May 1, 2017 Environmental and Social Impact Assessment Executive Summary Metro Manila Flood Management Project EXECUTIVE SUMMARY INTRODUCTION i. Metro Manila, the center of economy and trade in the Philippines and home to about 15 million people, has suffered recurrent flooding resulting in adverse consequences to people’s lives and the economy. The effects of a changing climate, an increased frequency of stronger typhoons and storm rainfall, coupled with sea level rise, leads to a higher level of flood risk to Metro Manila. In 2009, Typhoon “Ondoy” (internationally named “Ketsana”) caused substantial damage and losses, which according to the Post Disaster Needs Assessment (PDNA) was equivalent to about 2.7 percent of the Gross Domestic Product (GDP). Normal business operations were hampered by access problems, power and water shortages, damaged machinery, and absent employees. Flooding has both short and long term effects on jobs, the economy and livelihoods. ii. The Government of the Philippines, with the technical and financial support from the World Bank, prepared a Flood Management Master Plan for the Greater Metro Manila Area. The plan, approved by the National Economic and Development Authority (NEDA) Board on September 4, 2012, sets out priority structural and non-structural measures to facilitate sustainable flood management in the Metro Manila area.
    [Show full text]
  • Pateros River
    PATEROS RIVER Research proposal Fenna den Hartog Lisa van Loon Human Technology 2016 Kenniscentrum Noorderruimte Interncoordinator: Floris Boogaard Lecturer: Maria Prins Pagina 0 van 45 OCCASSION Pagina 1 van 45 1 Occasion Research is being conducted in response to the water pollution problem in Pateros, Manila. The Pateros River is polluted by people throwing garbage into the river. A large part of the waste ends up in the water from the families living directly and indirectly near the water. The Philippine people should use solid waste management that take on the responsibility of the waste of households. Sadly the waste legislation does not apply for everyone. 1.1 Summary of problem analysis The Philippines has a large contrast in rich and poor. After World War II, a large group of illegal immigrants moved to Metro Manila for work and a good reconstruction of their own family. After the Philippines have been occupied by the Spaniards after over 300 years, the Roman Catholic faith became the dominant faith of the whole country. 83% of the population is strict Roman Catholic. This fact could logically be the cause of the strict rejection for contraception and family planning. This is reflected with the family size, the average family consisted out of 5-7 children. The population in Metro Manila grows every year with 1.8 percent and consists out of more than 50% of all inhabitants of the Philippines. (landenweb, 2016). The informal settlers are also known as informal settlers which are popularly known as the 'squatters' . A squatter is someone who decides to leave their given social house to someone else to live in the city.
    [Show full text]