centralized sewage treatment plant...

BONIFACIO WATER CORPORATION. – CENTRALIZED SEWAGE TREATMENT FACILITY 50th Corner 31st Street,Pamayanang Diego Silang, Ususan, Taguig City Project Description Report

Project Proponent:

BONIFACIO WATER CORPORATION 31st Street, cor. 2nd Ave Bonifacio Global City, BGC Taguig City, Philippines

Project Preparer:

BROADFIELD Engineering Technologies and Integrated Services 4590A Guadal Canal St. Brgy. 587, Sta. Mesa Manila

Centralized sewage treatment plant facility

ENVIRONMENTAL COMPLIANCE

CERTIFICATE

(ECC) AMMENDMENT

PROJECT DESCRIPTION REPORT

50TH

Corner 31st

Street,Pamayanang Diego Silang, Ususan, Taguig City


Prepared by: BROADFIELD Engineering Technologies & Integrated Services

PROJECT DESCRIPTION REPORT

CENTRALIZED SEAWAGE TREATMENT PLANT FACILITY

50TH Corner 31st Street,Pamayanang Diego Silang, Ususan, Taguig City

BONIFACIO WATER CORPORATION



1. BASIC INFORMATION ON PROJECT AND PROPONENT

1.1 Brief Project Description

Table 1: Brief Project Description

Project Title CENTRALIZED SEWAGE TREATMENT PLANT FACILITY

Proponent BONIFACIO WATER CORPORATION

Project Location 50th Corner 31st Street,Pamayanang Diego Silang, Ususan, Taguig City

Nature of Project Sewage Treatment Plant Facility

Existing Area 23,126 M² / 2.3126Hectares

Gross Floor Area 23,126 M² / 2.3126Hectares

1.2 Proponent Profile

Table 2: Proponent Profile

Company BONIFACIO WATER CORPORATION.

Address 31st Street, cor. 2nd Ave Bonifacio Global City, BGC Taguig City, Philippines

Classification Corporation

SEC Reg. No. A199816979

Landline (632) 8183601 ext 2410

Contact Person/

Authorized

Representative

Allan N. Escobar / Resident Mechanical Engineer



1.3 Preparer

Table 3: Preparer

Company BROADFIELD Engineering Technologies &

Integrated Services

Business Address 4590A Guadal Canal St., Barangay 587, Sta. Mesa,

Manila

Contact Details (0917)5550624

Representative JAMES M. AQUENDE CE/EnSE

Designation General Manager

Email Address [email protected]

Details of Data and corresponding information will be discussed in the forgoing

report indicated herein.

mailto:[email protected]



2. BASIC DESCRIPTION

2.1 Project Information

Project Title CENTRALIZED SEWAGE TREATMENT PLANT FACILITY

Project Location 50th Corner 31st Street,Pamayanang Diego Silang, Ususan, Taguig City

Nature of Project Sewage Treatment Plant Facility

Existing ECC Number ECC-NCR-1502-0054

Existing Area 23,126 M² / 2.3126Hectares

Gross Floor Area 23,126 M² / 2.3126Hectares

Land Zoning Classification

Socialized Housing Zone

Project Geographical Coordinates:

Point 1:

Latitude: 14°31'29.47"N

Longitude: 121° 3'38.97"E

Point 2:

Latitude: 14°31'31.30"N


Point 3:

Latitude: 14°31'20.54"N


Components

BONIFACIO WATER CORPORATION is a domestic corporation engaged in the collection, purification of wastewater and distribution of potable water operated by Manila Water Company Inc . Bonifacio Water Corporation is undergoing a complete transformation for human and industrial effluents to be disposed of without danger to human health or unacceptable damage to the natural environment and potable water to its consumer.

BONIFACIO WATER CORPORATION is heavily investing in the

modernization and development of its facilities. Partnering with ARUP

and M.E Sicat Construction, the construction of a world-class

Centralized Sewage Treatment Plant Facility ensure BWC’s continued

ability to provide superior wastewater treatment.

BONIFACIO WATER CORPORATION was previously granted with

Environmental Compliance Certificate by Environmental Management

Bureau. Its existing facility is located at 50th Corner 31st

Street,Pamayanang Diego Silang, Ususan, Taguig City.



The firm then decided to Increase the capacity of sewage treatment

plant to cater the growing demand of their customers.

With this, the facility is on the process of amending its existing ECC to

include all the future development in compliance with Philippine

Environmental Impact Assessment (EIA) P.D. 1586.

The location of the project is primarily ideal since facilities discharging wastewater happen to be operating adjacent to the project site.

Waste Streams

Construction/ Development Phase

Dust, Smoke & Noise from Heavy equipment during expansion and

redevelopment of the Bonifacio Water Corporation facility

Domestic Wastewater from expansion and redevelopment of the

Bonifacio Water Corporation

Residuals/ Solid waste generation/ Debris

Scrap/ Reusable waste materials

Operational Phase

Dust, Smoke & Noise

Domestic Wastewater

Waste (Toxic and Hazardous Waste)

Residuals/ Solid waste generation/ Garbage

Scrap/ Reusable waste materials

Domestic Sludge from expansion and redevelopment of the

Bonifacio Water Corporation Septic Tank and waste water treatment

facility


BONIFACIO WATER CORPORATION STP

PROCESS FLOW CHART

L

TO EFFLUENT RIVER OUTFALL

SLUDGE CAKE FOR RECYCLING

TO SOLID WASTE DISPOSAL

FINE SCREENING

GRIT & GREASE REMOVAL

Removes Grits and Grease in Wastewater



Satellite View of the

Project Site

CENTRALIZED SEWAGE TREATMENT PLANT FACILITY BONIFACIO WATER CORPORATION

Figure 1: Satellite View of the Project Site



EXISTING FACILITY


Figure 2: Existing Facility



LOCATION MAP


Figure 3: Location Map



VICINITY MAP


Figure 4: Vicinity Map



SITE DEVELOPMENT

PLAN


Figure 5: Site Development Plan



Figure 6: Comparison of Existing and Proposed Project

NATIONAL CAPITAL

REGION LAND COVER MAP


Figure 7: NCR Land Cover Map



Satellite View of the Project

Impact Areas

Primary – 500 m.

Secondary – 1 km


Figure 8: Satellite View of the Project Impact Areas



ENVIRONMENTAL IMPACT STATEMENT (EIS) WORKSCOPE

1. Methodology for Data Gathering

Primary data (pertinent project information) has been provided by the project proponent while secondary data has been compiled by conducting researches on different government agencies and other resources available. Pertinent project information is gathered by the EIA Team including actual observation on the current operation of the project. In the preparation of this EIS study, both primary and secondary data were used.

2. Secondary Data Gathered & Sources

Secondary data were obtained through extensive research work with different agencies of the government & private including PAGASA, DENR-EMB, and the City Government of Taguig.

3. Primary/ Baseline Data

Primary data were obtained through actual site inspection and data provided by the project proponent. The following are the methodology used in gathering information and data about the environmental setting and receiving environment of the project site:

a. Survey/ ocular inspection of the project site and its surroundings were done to identify the

adjacent industries/ activities within the 100 meter radius and the receiving environment.

b. The proponent was interviewed regarding operation of the project and requested other information/ technical data to complete this study.

c. Conduct research to the different government agencies concerned such as the Department of Environment and Natural Resources/ EMB, CPDO of Taguig and other reference were also used to complete this EIS study.

The EIA process aims to prepare an EIS document and the following scope of work:

Prepare the description of the project;

Prepare a description of existing environmental profile of the project site;

Identify impacts in the activities/ operation of the project;

Evaluate environmental performances in the protection and mitigation measures to eliminate/ minimize adverse impacts of the project and the enhancement to maximize positive impacts; and

Evaluate performance in environmental management and monitoring.



General Approach

The EIA study involves four (4) distinct steps:

a. Scoping

The Consultant conducted a scoping meeting with the Proponent to identify environmental issues associated with the project. The project information will be collected and discussed with the Proponent to consider all environmental concerns and project requirements in data collection phase.

b. Data and Reports Collection Phase This involves the collection of primary data and other related secondary information that will be used for the performances evaluation of the past and present mitigation and enhancement measures to address adverse environment impact in the area and will be the key inputs to EIS. Data will be collected using standard methods.

c. Environmental Performances Assessment The impacts of the existing project activities to the environment will be assessed during the Environmental Performances Assessment. Both beneficial and adverse impacts of the project to the environment will be discussed and will assess the efficacy of the current environmental management measures to mitigate significant adverse impacts and enhancement measures.

d. Impact Management Plan The Impact Management Plan (IMP) will be established for the identified performance assessment. Environmental management will be integrated in the over-all project activities consisting of impact management plan, environmental monitoring plan and accountability framework.

Key Activities

The key activities to be conducted in accomplishing the objectives of the EIA study include the following tasks:

Task 1: Data Collection and Characterization of the Existing Environment

All available secondary data which are related to the project will be collected and reviewed. The base map illustrating the location of the project will serve as initial background information on the environmental situation of the existing project. This activity will also involve the characterization of the present environmental condition which will serve as the main input to the impact assessment and preparation of the impact management and monitoring plans.



Task 2: Impact Assessment

An essential starting point for proper environmental management of project activities is the fundamental knowledge of environmental consequences of such activities. These consequences can be categorized in terms of environmental pollution, environmental problems due to project location, environmental problems relating to planning and design of facilities and environmental problems relating to installation and operations and etc. Physical pollution problems are normally the negative effects of development projects. These problems stem from its physical properties, such as noise, smoke emissions, dust and suspended solids in water. Physical pollution is the most obvious negative environmental effect of industrial activities that may affect beneficial uses of the resource. Occupational health and safety planning is also of paramount importance in the installation and operation phase of the project.

Task 3: Environmental Management Plan

The environmental management plan (EMP) provides for various measures to ensure that the project will not cause undue adverse impacts on the environment and vice versa and truly contribute to social and economic development of the country. The EMP contains the following:

Impact Management Plan – Measures that would minimize, mitigate or compensate

the adverse impact of major significance and importance and enhance beneficial or positive impacts.

Environmental Monitoring Plan – Deals with monitoring of residual impacts, i.e., those impacts that could not be mitigated or reduced. Contains a discussion of the residual impacts predicted, indicators or parameters for these impacts, methodology for monitoring and guidelines for evaluation of these indicators or parameters.

Task 4: Preparation of the EIS Document

The results of the environmental site characterization, impact assessment and development of mitigating/ enhancement measures will be written into an EIS document. The EIS document will follow the outline prescribed in DENR-EMB’s Revised Procedural Manual (RPM) of Administrative Order (DAO) No. 2003-30 which includes the salient feature of evaluating the impacts of the existing project and considers the significant beneficial impact to the affected areas.



2.1 Public Participation

The proponent secured shall Barangay Clearance in accordance with the decision of the Barangay

Council and its constituents. This clearance shall be granted in favour of the proponents proposed

project and that there’s neither objection nor opposing party recorded upon the issuance of

aforementioned subject.

In addition, the project proponent will prepare materials such as brochures/leaflet containing

project description to inform the public on the nature of the on-going project. These materials will

be distributed in coordination with barangay officials and the proponent. An updated signage and

warning signs will be made visible around the project’s premises to inform the public, commuters

and transport groups on the status of the project before, during and after the construction. Traffic

advisory will also be disseminated by the proponent before the commencement of the project

construction, to warn the public possible traffic in the area and suggest alternate routes



1) Summary of Baseline Characterization Key Environmental Impacts and Management & Monitoring Plan and EMF & EGF Commitments Several baseline conditions have been considered in the formulation of the environmental management and monitoring plan. These are the following:

Table 4: Baseline Characterization

ECOSYSTEM ENVIRONMENTAL QUALITY STATUS

The Land

Land

The site is located in Barangay Ususan and is 700-meter West of the Taguig River a tributary of Pasig River , and North West of Laguna de Bay . According to Google Earth, the site has an elevation of about 7.62 meter above the ground Presently, the Land use classification of the project site is Specialized Zone based on the City Planning and Development office of Taguig City and with the Comprehensive Land Use Plan of the City of Taguig .The dominant establishments in the barangay include retail stores and groceries, from input stores, business and personal services. The project doesn’t alter the land classification of the area since the Bonifacio Water Corporation is classified as Socialized Housing Zone

The Water

Water Quality

The body of water near the project site is Taguig River East of the Site and on the Laguna de bay West. Significant impact on the quality of water near the project site which will be addressed by proper waste water management and treatment system. The proposed project will not contribute in the flooding of the Barangay because it will be constructed with well-engineered drainage system which will allow normal flow of flood/ storm water during rainy days. Bonifacio Water Corporation expected discharge will come from domestic sources only. However, the company will construct its own Sewage Treatment Plant (STP) to treat wastewater which will be discharge in Taguig River.

The Air

Air Quality

No major source emission within the area aside from the few vehicles passing along 50th street . For the proposed expansion project, projected impact on the quality of air will be mitigated by proper maintenance of generator set. Regular maintenance of clients vehicles and trucks within the project site shall also be required and monitored regularly Regular Emission testing and Ambient Air Monitoring be required to monitor the condition of the air quality within the project site.



ECOSYSTEM ENVIRONMENTAL QUALITY STATUS

Noise

DENR Standard for Noise Quality ranges from 50 to 75 dBa depending on the classification of the area. Typical sources of noise emission are the vehicles coming in and out of the facility. No major source of noise emitting equipment that will be used in project operation. Work hour during construction will be limited during the daytime.

The People

Employment

Bonifacio Water Corporation project enhances the waste management system in Taguig City. It will also contributes to the income of the city by paying regular taxes. The proponent also solve problem such as unemployment in the host area.

Tax Revenue Increase economic growth in local government of Taguig

Impacts Management Plan focuses on the identified and possible impacts of the project throughout its

implementation.

Impacts of the project will be mainly on:

1. Land

2. Water

3. Air

4. Socio – Economic

The impacts could be temporary or permanent, significant or not significant depending on the nature of the existing quality of receptors. Such impacts could include: high level of suspended particulates, noise associated with loading, unloading and drilling operations and negative aesthetic impacts. Project Impacts are classified into the three stages:

1. Pre-Construction Phase 2. Construction Phase 3. Operational Phase

Studies showed comparison between no–project and with project has formed a Summary matrix of Environmental Issues and Impacts, to enable the EIA team conclude and analyze environmental degradation and/or improvements. The analysis briefly presents the main environmental issues and possible impacts scenarios. Ratings of Impacts are qualitative only.



SUMMARY OF MATRIX OF ENVIRONMENTAL ISSUES / IMPACTS Table 5: Summary Matrix of Environmental Issues/ Impacts

Phase Environmental Parameter Without Project

Scenario With Project

Scenario

Pre-Construction

Reliability of Water availability N N

Reliability of Water Quality M M

Land acquisition and resettlement N N

Disturbance of economic activities N N

Construction

Disturbance of land use N M

Loss of Natural Vegetation M M

Disturbance of stream channels, aquatic plant and animal habitats N M

Soil and Water Contamination N M

Hindrance (noise, air, traffic, etc) due to construction activities N N

Operation

Public Health N N

Sufficient Water Supply M M

Contamination of steam channels M M

Water Logging and Sanitation N M

Water supply competition M M

Legend: S – Significant Impact M – Moderate Impact N – No impact B – Beneficial


Table 6: Summary Impact Management Plan

Project Phase / Environmental

Aspect

(Project Activity Which Will Likely

Impact the Environmental

Component)

Environmental

Component

Likely to be Affected

Potential Impact Option for Prevention or

mitigation or Enhancement Responsible Entity Cost

Guarantee / Financial

Arrangement

I. PRE-CONSTRUCTION &

CONSTRUCTION PHASE/

DEVELOPMENT PHASE

A. The land

Solid waste

generation

Designation of temporary storage area/ MRF prior to collection

Regular collection through a private garbage collector

Proponent/ Contractor P20T/ year Shall be included in the

TOR

Hazardous Waste

Generation

Designation of temporary storage area prior to collection

Registration from EMB as Hazardous & Toxic Waste Generator

Regular collection of an accredited hazardous waste hauler and treater


TOR

Soil contamination

due to oil or

lubricant spills

caused by heavy

equipment

Provide proper construction machines and vehicles and maintain them properly

Proponent/ Contractor Included on the

contractors fee

Shall be included in the

TOR

Soil erosion

Provide buffer zone between the construction site and the receiving body of water

Use silt fences and sediment traps, cover exposed earth especially

Proponent/ Contractor P100T/year Shall be included in the

TOR


before heavy rains are expected, benching cuts, use of sediment basins

Provision of surface water runoff drainage systems

Limit height of stockpile Follow schedule of

earthworks activities as recommended by professionals such as engineers and architects

B. The Air

Smoke emission

from vehicles Ensure proper

maintenance of vehicles Proponent/ Contractor P15T/ year

Shall be included in the

TOR

Noise pollution

Installation of control devices such as mufflers and noise suppressor to all construction equipment

Regular maintenance of heavy equipment construction machinery

Provision for temporary noise barriers particularly in noise sensitive areas in the immediate vicinity of the construction area


TOR

Dust generation

during construction

activities

Regular wetting of ground soil in the construction site

Regular preventive maintenance of heavy equipment and service vehicles

Construction site must be fenced for safety reason and security reasons.


TOR

Climate Change Flooding Improvement of current

drainages within the vicinity to be resilient to the effects


contractors fee


Increase in

structural fatigue

and materials failure

of climate change such as typhoon and flooding

Sufficient and effective drainage systems shall be incorporated in the design. The proponent shall coordinate with DPWH and LGUs how to integrated the drainage systems in to the existing canal/culverts

Consider design of building robust or resilient to the effect of climate change


C. The Water

Generation of

domestic

wastewater /

sewage

Provision for portable sanitary facilities (portalets) to collect dometic waste water which will be collected and disposed by accredited waste haulers


TOR

Flooding

Sufficient and effective drainage systems shall be incorporated in the design. The proponent shall coordinate with DPWH and LGUs how to integrated the drainage systems in to the existing canal/culverts


contractors fee

Siltation

Provide buffer zone between the construction site and the receiving body of water

Regular hauling of construction debris such as excess sand and cement

Implementation of appropriate erosion control measures particularly during rainy season

Proponent/ Contractor P100T/year

D. The People

Occupational health

and safety

Proper orientation during pre-employment

Enforce wearing of appropriate working attire

Provision for PPE


TOR

Fire and natural

hazards

Fire extinguishers are strategically located throughout the facility.

Formulation of Emergency Preparedness and Response Program.


TOR


Sanitation Enforce wearing of

appropriate working attire Regular housekeeping


TOR

Employment Priority given to qualified local residents

Proponent/ Contractor Shall be included in the

TOR

Traffic

Limit delivery of materials during night time

Provide security guard to assist traffic flow during construction

Strict implementation of traffic management plan

Proponent/ Contractor P15/month Shall be included in the

TOR

III. OPERATION PHASE A. The land

Solid waste generation Proper storage to the allotted

area/MRF prior to collection Regular collection through City

Garbage collector

Proponent/

Management P20T/ year

Included in the operational

cost

Residual wastes

generation and Scrap

materials

Regular collection through City Garbage collector

Collection/ buying of scrap/ reusable materials by Scrap trading company

Proponent/

Management P20T/ year


cost

Toxic and Hazardous

Waste

Registration from EMB as toxic and hazardous waste generator

Collection of waste and stored temporarily in a designated storage to be treated by accredited third party hazwaste hauler and treater

Proponent/

Management

Accredited Third party

Haz Waste hauler and

Treater

P20T/ year


B. The Air Air pollution emissions

Application for Permit to Operate for APS/CF

Clients/ Visitor’s vehicles not under the control of the proponent

Ensure proper maintenance standby generator set

Public announcement of keeping your vehicles running in good condition to avoid emission of harmful smoke.

Proponent/

Management


cost

C. Climate Change

Flooding

Increase in

structural fatigue

and materials failure

Maintenance of current drainages within the vicinity to be resilient to the effects of climate change such as typhoon and flooding

Regular checkup and maintenance of building structure


contractors fee


cost

D. The Water Generation of

domestic wastewater Securing Discharge Permit

from EMB Provision for STP/WTP

Proponent/

Management


cost

E. The People Solid waste generation Proper storage to the allotted

area/MRF prior to collection Regular collection through City

Garbage collector

Proponent/

Management


cost


Residual wastes

generation and Scrap

materials

Regular collection through City Garbage collector

Collection/ buying of scrap/ reusable materials by Scrap trading company

Proponent/

Management


cost

Employment Priority given to qualified local residents

Proponent/

Management


cost

Traffic

Provide security personnel assisting vehicles going in and out the building

Provide enough parking to avoid cars parking on Radial Road 10

Proper implementation of Traffic Management Plan

Designate loading and unloading area for commuters.

Proponent/

Management P20T/month


cost

IV. ABANDONMENT PHASE

A. The land Solid waste

generation

Proper storage to the allotted area

Regular collection through a private garbage collector contracted by the company

Management Unable to

determine yet

Will be included in the

contractor’s scope of work

B. The Water Debris Ensure that debris are

confined within the site All workers involved shall

be provided with PPEs


determine yet



C. The Air

Generation of

domestic

wastewater

Coursed through the existing WTP


determine yet



D. The People Unemployment Compensate based on

tenure Referral and endorsement

based on performance

HRD / Management Unable to

determine yet




Table 7: Summary Environmental Monitoring Plan

Key Environmental

Aspects per Project

Phase

Potential

Impacts Per

Env’tl Sector

Parameter to

be Monitored

Sampling & Measurement Plan

Lead

Person

Annual

Estimate

d Cost

EQPL MANAGEMENT SCHEME

Method Frequency Location EQPL RANGE

MANAGEMENT

MEASURE

Alert Action Limit Alert Action Limit

I. CONSTRUCTION

PHASE/

DEVELOPMENT

PHASE


generation Weighing Daily

Storage Area

within the

project site

Proponent P10T/

month

uncollected

within a day

uncollected

within 2 days

Uncollected

within a week

provide

temporary

storage

area

Coordinate

with local

hauling

collector for

regular

hauling

Buy own hauling

equipment to

transfer waste to

temporary

dumping site

B. The Air

Smoke emission

from Generator

(CO, NO x)

Emission

testing Annually

Within the

Project site Proponent P15T/ year

NOx = 1,200

mg/NCM

CO = 300

mg/NCM

NOx = 1,600

mg/NCM

CO = 400

mg/NCM

NOx = 2,000

mg/NCM

CO = 500

mg/NCM

Regular

maintenanc

e of genset

Check-up &

replacement

of defective

parts

Complete repair of

the unit and

consider buying a

replacement

Dust generation

during

construction/

Development

activities

Visual Daily Within the


Within the

project site

Outside the

project site

Neighboring

establishmen

t/ residents

continuous

wetting

Provide net

buffer zone for

dust

generation

Buy dust collection

system

C. The

People

And Water

Solid waste


Within the

Project site Proponent

P10T/

month

uncollected

within a day

uncollected

within 2 days

Uncollected

within a week

provide

temporary

storage

area

Coordinate

with local

hauling

collector for

regular

hauling

Buy own hauling

equipment to

transfer waste to

temporary

dumping site

Generation of

domestic

wastewater /

sewage

Grab

sampling Semi annual

Within the


BOD =

30mg/L

COD =

60mg-O2/L

TSS =42mg/L

O&G =

3.0mg/L

pH =7 & 8.5

Color =90CU

Coliforn

=6,000

BOD =

40mg/L

COD =

80mg-O2/L

TSS =56mg/L

O&G =

4.0mg/L

pH =6.8& 8.8

Color =120CU

Coliforn

=8,000

BOD =

50mg/L

COD = 100mg-O2/L

TSS

=70mg/L

O&G =

5.0mg/L

pH =6.5& 9.0

Color

=150CU

Coliforn

=10,000

Regular

maintenanc

e of STP

Check-up &

replacement

of defective

parts

Increase capacity

or consider

redesign of the

STP


II. OPERATION PHASE

A. The Land

Solid waste


Storage Area

within the

project site

Proponent P20T/ year uncollected

within a day

uncollected

within 2 days

Uncollected

within a week

provide

temporary

storage

area

Coordinate

with local

hauling

collector for

regular

hauling

Buy own hauling

equipment to

transfer waste to

temporary

dumping site

Toxic and

Hazardous

Waste

Collection

of waste

and stored

temporarily

in a

designated

storage to

be treated

by

accredited

3rd party

hazwaste

treater

quarterly

Storage Area

within the

project site

Proponent P50T/ year Uncollected

monthly

Uncollected

quarterly

Uncollected

within a year

provide

temporary

storage

area

Coordinate

with

accredited 3rd

party haz

waste hauler

Change or get

another qualified

and responsible 3rd

party hauler

B. The Air

Air pollution

emissions/

Smoke emission

from genset

(CO, NO x)

emission

testing Annually

Within the


NOx = 1,200

mg/NCM

CO = 300

mg/NCM

NOx = 1,600

mg/NCM

CO = 400

mg/NCM

NOx = 2,000

mg/NCM

CO = 500

mg/NCM

Regular

maintenanc

e of genset

Check-up &

replacement

of defective

parts

Complete repair of

the unit and

consider buying a

replacement

C. The

Water

Generation of

domestic

wastewater/

sewage

(Ph, BOD, COD,

TSS, Coliform &

Color)

Grab

Sampling Quarterly

Within the


P15T/

month

BOD =

30mg/L

COD =

60mg-O2/L

TSS =42mg/L

O&G =

3.0mg/L

pH =7 & 8.5

Color =90CU

Coliforn

=6,000

BOD =

40mg/L

COD =

80mg-O2/L

TSS =56mg/L

O&G =

4.0mg/L

pH =6.8& 8.8

Color =120CU

Coliforn

=8,000

BOD =

50mg/L

COD = 100mg-O2/L

TSS

=70mg/L

O&G =

5.0mg/L

pH =6.5& 9.0

Color

=150CU

Coliforn

=10,000

Regular

maintenanc

e of STP

Check-up &

replacement

of defective

parts

Increase capacity

or consider

redesign of the

STP

D. The

People

Solid waste


Storage Area

within the

project site

Proponent P20T/ year uncollected

within a day

uncollected

within 2 days

Uncollected

within a week

provide

temporary

storage

area

Coordinate

with local

hauling

collector for

regular

hauling

Buy own hauling

equipment to

transfer waste to

temporary

dumping site


Generation of

domestic

wastewater/

sewage

Grab

Sampling

Quarterly Within the


P20T/

month

BOD =

30mg/L

COD =

60mg-O2/L

TSS =42mg/L

O&G =

3.0mg/L

pH =7 & 8.5

Color =90CU

Coliforn

=6,000

BOD =

40mg/L

COD =

80mg-O2/L

TSS =56mg/L

O&G =

4.0mg/L

pH =6.8& 8.8

Color =120CU

Coliforn

=8,000

BOD =

50mg/L

COD = 100mg-O2/L

TSS

=70mg/L

O&G =

5.0mg/L

pH =6.5& 9.0

Color

=150CU

Coliforn

=10,000

Regular

maintenanc

e of STP

Check-up &

replacement

of defective

parts

Increase capacity

or consider

redesign of the

STP

III. ABANDONMENT

PHASE



Collection by

Third party

hauler

Proponent Included in the abandonment program and will apply for separate ECC for the implementation of the abandonment program.

B. The

Water Debris Weighing Daily

Collection by

Third party

hauler

Proponent Included in the abandonment program and will apply for separate ECC for the implementation of the abandonment program.

C. The Air Generation of

domestic

wastewater

Grab

Sampling Quarterly

Collection by

Third party

hauler

Proponent

Included in the abandonment program during and will apply for separate ECC for the implementation of the abandonment

program.


Social Development Program (SDP)

Concern

Responsible

Community Member/

Beneficiary

Government Agency /Non-

government Agency and

Services

Proponent Indicative

Timeline Source of Fund

1. Health and Safety

Blood Drive/Donation

Donation of Medicine

Relief good for calamity victims

Barangay Chairman and

Kagawad for Health

-Project Affected

Community

-City Health Office

-Barangay health Centers

-Barangay Disaster Management

Community

Relations Officer

-Pre-construction

-Construction

-Operation

LGU Health Office/

Proponent

2. Education and Recreation

Book Drive

Barangay Kagawad for

Education

-Project Affected Families

-DepED Community

Relations Officer

-Pre-construction

-Construction

-Operation

LGU TESDA/

Proponent

3. Environment and Sanitation

Barangay Clean Up

Cleaning of Estero

Tree Planting

Barangay Kagawad for

Environment

-Project Affected

Community

-CENRO

-CHO

Community

Relations Officer

-Pre-construction

-Construction

-Operation

LGU CENRO/

Proponent


Information, Education and Communication (IEC) Plan

Target Sector Identified as Needing Project IEC

Major Topic/s of concern in Relation to

Project

IEC Scheme/ Strategy/ Method

Information Medium Indicative Timeline

and Frequency Indicative Cost

1. LGU/ Barangay Presentation of

Project Description Technical Meeting

Project Description

Report (Ring Bind)

Before Construction

During Construction

Operation

P50,000.00

2. Construction Worker Presentation of

EMP/IMP/DRRMP Technical Meeting

Structural and

Architectural Plans

Before Construction

During Construction P50,000.00

3. Building Tenants and Employees

Presentation of EMP/IMP/

DRRMP/TMP

Public Information

Campaign

Flyer/ Project

Information Sheet Operation P50,000.00


Prepared By:

JEFFREY TORRES

Consultant IPCO-221

BROADFIELD Engineering Technologies

And Integrated Services

JAMES M. AQUENDE CE/EnSE

General Manager/ Consultant IPCO-220

BROADFIELD Engineering Technologies

And Integrated Services


ANNEX Information and Education Campaign Report

centralized sewage treatment plant...

Documents