THE PHILIPPINE CLEAN AIR ACT OF 1999 (R.A. 8749)
Republic Act No. 8749 The Philippine Clean Air Act of 1999 • An act, which is a consolidation of House Bill 6216 and Senate Bill No. 1255, passed by House of Representatives on May 10, 1999 and Senate on May 13, 1999. • An act providing for a comprehensive air pollution control policy.
General Provisions
Declaration of Principles •* The State shall protect and advance the right of the people to a balanced and healthful ecology in accord with the rhythm and harmony of nature. * The State recognizes the principle that “Polluters must pay” * The State recognizes that clean and healthy environment is for the good of all and should therefore be the concern of all.
What is Air Pollutant? Composition of Air (% by Volume) Nitrogen – 78% Oxygen – 21% Other gases – 1%
• Any matter found in the atmosphere other than oxygen, nitrogen, water vapor, carbon dioxide, and the inert gases in their natural or normal concentrations, that is detrimental to health or the environment.
Two Sources of Air Pollution 1. Natural Sources • • • •
Eruption of Volcano Forest Fire Sand Storm Pollen Grains
2. Man Made Sources a) Mobile Source
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b) Stationary Source
c) Area Source Examples: Burning of Solid Wastes Fugitive Dust from Development Projects
Unpaved Roads
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2012 EMISSION INVENTORY: NATIONWIDE
2012 EMISSION INVENTORY: NATIONAL CAPITAL REGION
EMISSION FROM DIFFERENT STATIONARY SOURCES
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Types of Air Sampling a) Source Sampling activities
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Source Sampling activities - conducted by accredited third party source emission testing firm
b) Motor Vehicle Emission Testing - Conducted by participating LGU and EMB Central Office.
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c) Continuous Ambient Air Quality Monitoring Stations (CAAQMS) Metro Manila Monitoring Stations - Managed by EMB Central and - National Capital Region (NCR)
Real Time Monitoring Station located in PAL Compound Pasay City
Manual Monitoring Station located in Marikina City
Manual Ambient Monitoring Stations
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Effects to Human Health & Environment
Air Pollutants Pollutants
Health
Environment
Particulates (TSP, PM10, PM2.5)
Decreases lung function Causes heart ailments, Causes premature death.
Visibility reduction Environmental Damage Aesthetic Damage
Sulfur Oxides (Sox) Colorless gas with strong suffocating odor
Causes eye irritation and breathing difficulties. Exposure associated with increases risk of mortality from respiratory and cardiovascular disease
Reacts with water and oxygen to form acid rain
Nitrogen Oxides (NOx) Reddish brown gas with irritating odor, by product of incomplete combustion from vehicles.
Has adverse respiratory effects including airway inflammation and increase respiratory symptoms.
Major source of photochemical smog Contributes global warming Hampers plants growth
Air Pollutants Ground Level Ozone Colorless gas with pungent irritating odor
Triggers chest pain, coughing, throat irritation, and congestion. Worsens bronchitis, NOX +VOC + Heat & Sunlight emphysema, and asthma = Ozone
Affects vegetation and ecosystem
Carbon Monoxide (CO) Colorless, odorless gas , by product of incomplete combustion
Reduces the oxygen-carrying Contributes to the capacity of the blood. At formation of smog, groundextremely high levels, can level ozone, cause death
Lead (Pb)
Affects nervous system, kidney function, immune system, reproductive and developmental and cardiovascular system
Affects Ecosystem
National Ambient Air Quality Guideline Values for Criteria Pollutants (Sec 1, Rule VII) Short Term Pollutants
LongTerm
ug/Ncm
Averaging Time
ug/Ncm
Averaging Time
230 150
24 hours 24 hours
90 60
1 yeare 1 yeare
Sulfur Dioxidec
180
24 hours
80
1 year
Nitrogen Dioxide
150
24 hours
Ozone
140 60
1 hour 8 hours
35 mg/Ncm 10 mg/Ncm
1 hour 8 hours
1.5
3 monthsg
1.0
1 year
Suspended Particulate Matterc TSP PM 10
Carbon Monoxide Lead
DENR ADMINISTRATIVE ORDER NO. 2013-13 “Establishing the Provisional National Guideline Values for PM2.5 ” PM 2.5 National Air Quality Guideline Values, ug/NCM Short Term (24 Hr)
Long Term (Annual)
Implementation Period
75
35
Upon effectivity date of DAO until Dec. 31, 2015
50
25
January 1,2016
How Big is Particulate Matter? Size Fractions of TSP, PM10 & PM2.5
Air Pollution Clearances and Permits for Stationary Sources • Sec. 1, Rule XIX. Permit Regulations Section 1, Rule XIX of the IRR of RA 8749 as amended by DAO 2004-26, requires “All sources of air pollution must have a valid Permit to Operate”.
Permit to Operate • refers to the legal authorization granted by the Environmental Management Bureau to operate or maintain any installation for a specified period of time
Two Types of “Permit to Operate”
- Regular “Permit to Operate” valid for 5 years and - Temporary “Permit to Operate” valid for 3 months
PERMITTING REQUIREMENTS Air Pollution Source Installation/Activity Any activity, structure, equipment, facility or appurtenances, wherein its operation is a potential source of air pollution.
Air Pollution Control Device/Facility Any device or apparatus used to prevent, control or abate the pollution of air caused by emissions from identified pollution sources (i.e. cyclone, scrubber, filter baghouse, impingement tanks, electrostatic precipitator etc.)
Air Pollution Installation & Air Pollution Control Device
Air Pollution Source Installations
Steam Generating Boiler
Blast Furnace
Air Pollution Source Installations
Bunker Oil Fired Boiler
Air Pollution Source Installations
Diesel Generator
Gasoline Station
Air Pollution Control Device TWIN CYCLONE DUST COLLECTOR
WATER SCRUBBER SYSTEM
ACTIVATED CARBON BED ADSORBER ELECTROSTATIC PRECIPITATOR
AIR POLLUTION SOURCE INSTALLATION APPLICATION FORM • RENEWAL OF PERMIT • NEW INSTALLATIONS • * down load in www.emb.gov.ph
INSTRUCTIONS
• Fully accomplish the form and complete all the supporting documents. • Submit all documents in duplicate copies to permitting Section for screening/evaluation. • Received application shall be acted upon within thirty (30) working days and you shall be informed of our action accordingly.
Supporting Documents Engineer’s Report prepared by the Pollution Control Officer and approved by the
• • • • • • •
• •
President/General Manager with at least containing the following: Company profile Amount of raw materials and finished products Material balance Process flow diagram indicating all sources of air emission or possible air emission Brief description of process. List of APSI and corresponding air pollution control facility (APCF) with complete specifications Discussion of each APSI & APCF showing the process/mode of operation, design criteria & efficiencies of the APCF, the quantities & types of pollutants in the final emissions. Discussion of mitigating measures undertaken if APSI is not provided with APCF Estimated Annual Mass Rate of the regulated air pollutants in tons/year.
Drawing Requirements Plan/Elevation Drawing with the following: Vicinity Map Plant & Machinery Layout showing the connection of the APSI to APCF Plan & Elevation Drawings of each APSI & APCF Sectional Drawing of APCF Must be drawn in 50 cm by 90 cm signed by the President/General Manager and duly signed by PME/CHE or any from the two.
Supporting Documents Copy of the Certificate of Accreditation of the Pollution Control Office, or appointment/designation as such by the Managing Head.
Environmental Compliance Certificate (ECC) or Certificate of NonCoverage (CNC) copy. Source Emission Test Requirement (if required). Copy of Recent “Permit to Operate” issued by the Office. Copy of Discharge Permit , if applicable. Copy of Hazardous Waste Generator Registration ID, if applicable. Copy of SEC Registration Certificate & Articles of Incorporation Copy of DTI Registration Certificate 11 Proof of compliance to permit conditions (if required).
Rule XIX (DAO 2000-81) MC-2007-003 of Annex 1 1.2 Previous Requirements “ data gathering techniques acceptable to the Bureau” - that emission calculation based on the recognized emission factors such as US EPA’s AP42 publication.
Computation of Estimated Emissions from Source using EPA AP 42 Emission Factors
Emission Factor is a representative value that attempts to relate the quantity of a pollutant released to the atmosphere with an activity associated with the release of that pollutant. This is commonly used to calculate emissions when stack monitoring data are not available.
General Equation E = A x EF x (1-ER/100) where: E = emissions EF = emission factor A = Activity ER = Overall emission reduction efficiency
EPA AP-42 Emission Factors, (Lbs/1000 gal. fuel burned) External Combustion A. Boilers
PM
CO
NOx
SO2
SO3
VOC
A. Bunker Oil < 100 million BTU/hr or 293.3 MW
10
5
55
157 (S) at 3% S = 471
2 (S)
1.28
> 100 million BTU/hr or 293.3 MW
9.19 (S) + 3.22
5
47
157 (S) at 3% S = 471
5.7(S)
B. Diesel < 100 million BTU/hr or 293.3 MW
5
5
20
112 (S)
0.252
2
5
24
157 (S)
0.252
> 100 million BTU/hr or 293.3 MW
EPA AP-42 Emission Factors, (Lbs/1000 gal. fuel burned) Internal Combustion (i.e Gen Sets) A. Diesel Fuel
PM
CO
NOx
SOx
VOC
<600 Hp or 588.24 KW
41.49
127.1
590.2
38.31
48.18
> 600 Hp or 588.24 KW
13.38
133.8
428.3
133.835 (S)
12.045
Sample Calculation for Estimated Annual Mass Rate for Diesel Engine Generator Set • Source : 100 Kw “ Cummins” Generator Set – Fuel Consumption = 7.4 Gallons /hr. – No. of hrs operated/year = 60 hrs – Fuel Consumption/year = 444 gals/year – No Air Pollution Control Device
E = A x EF x (1-ER/100) A = Activity (Fuel Consumption/yr) EF = Emission Factor No APCD: (1-0) = 1 EPA AP-42 Emission Factors, (Lbs/1000 gal. fuel burned <600 Hp or 588.24 KW PM – 41.49 NOx – 590.2 VOC - 48.14 CO – 127.1 SOx – 38.31
Particulate Matter (PM) Emission Factor = 41.49 lbs/1,000 gal of fuel burned PM = 444 gal/yr x 41.49 lbs x ( 1 – 0) 1,000 gal = 18.29 lbs/yr/2.2 = 8.31 kgs/yr = .00831 MT/yr
Carbon Monoxide (CO) Emission factor = 127.1 lbs/1000 gallons of fuel burned NOx = 444 gal/yr x 127.1 lbs x (1 – 0) 1000 gal = 56.43 lbs/yr/2.2 = 25.65 kgs/yr = .02565 MT/yr.
Nitrogen Dioxide (NOx) Emission Factor = 590.2 lbs/1,000 gal of fuel burned PM = 444 gal/yr x 590.2 lbs x ( 1 – 0) 1,000 gal = 262.05 lbs/yr/2.2 = 119.11 kgs/yr = .119 MT/yr
Sulfur Dioxide (SOx) Emission factor = 38.31 lbs/1000 gallons of fuel burned NOx = 444 gal/yr x 38.31 lbs x (1 – 0) 1000 gal = 17 lbs/yr/2.2 = 7.73 kgs/yr = .0077 MT/yr.
Volatile Organic Compound (VOC) Emission Factor = 48.14 lbs/1,000 gal of fuel burned PM = 444 gal/yr x 48.14 lbs x ( 1 – 0) 1,000 gal = 21.37 lbs/yr/2.2 = 9.71 kgs/yr = .0097 MT/yr
Steam Generating Installation / Boiler • Source: 100 Hp “Chuan Li” LSFO-fired Boiler • Fuel Consumption: 3,000 liters/month = 9,810 gal/year • Using Table in AP 42 5th Edition: < 100 million BTU/hr
• No Air Pollution Control Device E = A x EF x (1-ER/100) A = Activity (Fuel Consumption/yr) EF = Emission Factor No APCD: (1-0) = 1
EPA AP-42 Emission Factors, (Lbs/1000 gal. fuel burned) <100 Million BTU/hr or 293.26 MW PM – 10 CO – 5 NOx – 55 SOx: SO2 – 157 (S) SO3 – 2(S) VOC -1.284
• Particulate Matter (PM) Emission Factor = 10 lbs/1,000 gal of fuel burned PM = 9810 gal/yr x 10 lbs x ( 1 – 0) 1,000 gal = 98.10 lbs/yr/2.2 = 44.59 kgs/yr. = .04 MT/year
• Carbon Monoxide (CO) Emission factor = 5 lbs/1000 gallons of fuel burned NOx = 9810 gal/yr x 5 lbs x (1 – 0) 1000 gal = 49.05 lbs/yr/2.2 = 22.29 kgs/yr = .02 MT/yr.
• Sulfur Dioxides (SOx) Emission Factor = 157 (S) lbs/1,000 gal of fuel burned if sulfur content of LSFO is 1% SO2= 9810 gal/yr x 157 (1) lbs x ( 1 – 0) 1,000 gal = 1,540 lbs/yr/2.2 = 700 kgs/yr = 0.7 MT/yr SO3= 9810 gal/yr x 2 (1) lbs x ( 1 – 0) 1,000 gal = 19.62 lbs/yr/2.2 =8.91kgs/yr = 0.0089 MT/yr
• Nitrogen Oxides (NOx) Emission factor = 55 lbs/1000 gallons of fuel burned NOx = 9810 gal/yr x 55 lbs x (1 – 0) 1000 gal = 539.55 lbs/yr /2.2 = 245.25 kgs/yr = .245 MT/yr.
• Volatile Organic Compound (VOC) Emission Factor = 1.28 lbs/1,000 gal of fuel burned PM = 9810 gal/yr x 1.28 lbs x ( 1 – 0) 1,000 gal = 12.56 lbs/yr/2.2 = 5.7 kgs/yr = .0057 MT/yr
Steps for applying the permit 1. Pre - evaluation of documents 2. Go to accounting section to get Order of Payment 3. Pay to cashier the processing fee of 80 pesos 4. Proceed to Records Section to received the application.
Steps to get the issued Permit 1. If you have the APA – approval of permit application 2. Go to Accounting Section to get Order of Payment 3. Proceed to Cashier Section to pay the computed permit fee. Payable to EMB-NCR 4. Claim your permit at the Records Section 5. Check the permit before you received
PERMIT CONDITIONS FOR NEW INSTALLATIONS
Permit Conditions By _given month_submit the following: •Updated Certificate of Accreditation of appointed PCO; •Reduction/Mitigation Plan on the activities that potentially may contribute greenhouse gases or global warming, including its timetable of implementation; and •Source Emission Test (SET) report for NOx/PM on the __name of installation to be tested__.
Include ambient PM10 and SO2 monitoring data in every__assign quarter___ submission of the SMR. Samplings should be done at an elevation of at least two (2) meters above the ground level and should be conducted at a downwind & upwind distance of 5 to 20 times the height of the stack.
required issuance
Install a closed circuit television (CCTV) camera on the stack of your boiler/furnace with receiver located in the boiler/furnace room. Said camera shall be web-based and capable of real-time viewing with night vision and readily accessible by our Office, DENREMB. Submit proof of compliance by ___assign month______.
Date of Memorandum 30 Oct 2014 Installation of CCTV camera on stacks of Fuel Burning Equipment as per DAO 2008-81
REQUIREMENTS FOR PERMIT RENEWAL • Latest four quarters of SMR • First page with received copy, module 4 and last page with notary. • Copy of the latest Permit to Operate • Copy of SET report with received copy and summary of Emission Test. • Copy of PCO Certificate of Accreditation
Self Monitoring Report (SMR) – Module 4 Summary of APSE/APCF Process Eqpt/Storage Facility
Location
Mixer
Process bldg.
100
Fuel storage Tank
Shaded Area
2208
Fuel Burning Eqpt
Location
Fuel Used
# of hrs of operation
Quantity Consumed
# of hrs of operations
150 Hp Boiler
Back of process bldg.
Bunker oil
4,000
300
200 Hp Boiler
Back of process bldg
Bunker oil
6,000
350
Pollution Control Facility
Location
# of hrs of operation
Water Scrubber System
Tapped to 2 boilers
350
Cost of Treatment
Month 1
Month 2
Month 3
Cost of Person employed, (salary)
P 12,000
P 12,000
P 12,000
30
32
28
-
-
-
100
120
80
Total Consumption of Water (cubic meters) Total Cost of chemicals used (e.g., activated carbon, KMnO4) Total Consumption of Electricity (KwH)
Sample Permit To Operate
SOURCE EMISSION TEST REQUIREMENTS Memorandum Circular 2007-003 (Compliance to Testing Requirements) • Boiler rated at less than 50 Hp • Generator set rated at less than 300 KW (regardless of frequency of operation) • Source that has the potential to emit less than 10 tons per year Emission testing not required Small Source
Small Source • Boiler rated at less than 50 Hp to 100 HP • Generator set rated at less than 300 KW to 599 KW (regardless of frequency of operation) • Source that has the potential to emit 10 to < 30 tons per year Emission testing required once every two years * each test shall consist of three sampling runs
Medium Sized Source: • Boiler with rated capacity from 100 to 250 Hp • Generator set with rated capacity of 600 KW and above (regardless of the frequency of operation) from MC 2009-004 (Amending MC 2007-003) • Source that has the potential to emit 30 to <100 tons per year -Emission Testing annually * each test shall consist of three sampling runs
Large Source • Boiler with rated capacity of 251 Hp or greater • Source that has the potential to emit 100 tons or more per year -Testing is twice (2x) per year * each test shall consist of three sampling runs
Pollution From Stationary Sources National Emission Standard for Source Specific Air Pollutants Pollutant
Standard Applicable to Source
Particulates
1. Fuel Burning Equipment a) Urban and Industrial Area b) Other area
150 200
2. Cement Plants (kilns, etc.)
150
3. Smelting Furnaces
150
4. Other Stationary Sources
200
NOx
1. Manufacture of Nitric Acid 2. Fuel Burning Steam Generators a) Existing Source b) New Source Coal-Fired Oil-Fired
Maximum Permissible Limits (mg/Ncm)
2,000 as acid & NO2 1,500 as NO2
1,000 as NO2 500 as NO2
Pollutant
NOx
Standard Applicable to Source
3. Diesel Powered Electricity Generators 4. Any source other that 1, 2, 3 Existing Source New Source
Sulfur Oxides 1. Existing Sources a) Manufacture of Sulfuric Acid Old Installation: and Sulf(on)ation Process Installed & Operated b) Fuel Burning Equipment before 11/26/2000 c) Other Stationary Sources New Installation: Installed & Operated on or after 11/26/2000
2. New Sources a) Manufacture of Sulfuric Acid and Sulf(on)ation Process b) Fuel Burning Equipment c) Other Stationary Sources
Maximum Permissible Limits (mg/Ncm) 2,000 as NO2
1,000 as NO2 500 as NO2
2,000 as SO3 1,500 as SO2 1,000 as SO3
1,500 as SO3 700 as SO2 200 as SO3
Pollutant
Standard Applicable to Source
Maximum Permissible Limits (mg/Ncm)
Carbon Monoxide Any Industrial Source
500 as CO
Lead
Any trade, industry or process
10 as Pb
Mercury
Any Source
5 as elemental Hg
Nickel and its Cmpds.
Any Source
20 as Ni
Copper and its Cmpds
Any Source
100 as Cu
Cadmium and its Cmpds
Any Source
10 as Cd
Arsenic and its Cmpds.
Any Source
10 as AS
Grounds for Suspension or Revocation of Permit • Non-compliance or violation of any provision of the Act • False or inaccurate information given in the permit application • False or inaccurate information in the monitoring data or report • Refusal to allow inspection conducted by EMB • Non payment of appropriate fees • Other valid purposes
Fines and Penalties for Violation of the Act • Pursuant to Section 45, Chapter 6 of RA 8749, for violation of actual exceedance of air quality standards, the Pollution Adjudication Board (PAB) shall impose a fine of not more than One Hundred Thousand Pesos (PhP100,000.00) for every day of violation against the owner of the source. Cease and desist order shall also be issued by the PAB.
• Pursuant to Section 47, Chapter 6 of RA 8749, for violation of other provisions, a fine of not less than Ten Thousand Pesos (P 10,000.00) but not more than One Hundred Thousand Pesos (P 100,000) or six (6) months to six (6) years imprisonment or both shall be imposed for violators.
OTHER PROVISIONS OF THE PHILIPPINE CLEAN AIR ACT Prohibited Acts • Emission of Fugitive Particulates • Emission of Volatile Organic Compounds or Solvent Nuisance • Conduct of Open Burning Activity • Banning of Incineration.
Pollution From Other Sources Section 1. Ban on Smoking
The LGU shall, within 6 months from affectivity of these IRR, implement or enforce ban on smoking inside a public building or an enclosed public vehicles and or other means of transport or in any enclosed area outside of one’s private residence, private place of work or any duly designated smoking area which shall be enclosed.
Section 2. Regulation of Other Sources The DOTC shall regulate and implement emission standards on mobile sources other than those referred to under Section 21 of the Act.
Part IX. Pollution From Motor Vehicles- DOTC thru LTO • Emission Control for New Motor Vehicles • Emission Control for In-Use Motor Vehicles • National Motor Vehicle Inspection and Maintenance Program • Roadside Inspection of Motor Vehicles.
Part X. Fuels, Additives, Substances and Pollutants • Mechanism for Setting Fuel SpecificationsDOE, Bu. Of Product Standards of DTI, DOST, representatives of fuel & automotive industries, academe. • Specification of Allowable Additive Content • Review & Revision of Fuel Specifications • Monitoring Compliance through Fuel Sampling
Can we still regain the clean environment of old Manila?
Reduce Air Pollution and increase your life span.
DENR POLICY • MALINIS NA KAPALIGIRAN AT MAYAMANG KALIKASAN PARA SA BUONG SAMBAYANAN *SALAMAT PO…
DIRECTORY Office of the Regional Director - 931-1331 Permitting Section - 931-2954 / 931-2397 Monitoring and Enforcement Section 931-2684 / 931-3506 Records Section – 931-2654 Web Site: www.ncr.emb.gov.ph