RCER-2010, Volume II, Form PA-H1 Hazardous Substance Handling & Storage

Royal Commission Environmental Regulations-2010RCER-2010,Volume II, Environmental Permit Program, Form PA-H1 Hazardous Substance Handling & Storage

PERMIT APPLICATION FOR AUTHORIZATION FOR HANDLING AND STORAGE OF HAZARDOUS MATERIALS

1. HAZARDOUS MATERIALS HANDLING

Provide the following information on all hazardous substances (raw materials/feed stocks, products / by products additives, catalysts, fuels, solvents, lubricants, and any other chemicals or materials) to be used at the facility and stored in quantities in excess of 50 kg.

Hazardous Substance/

Major Hazardous Constituent

s

Physical Properties

Hazardous Materials

Classifications

Process/ Unit Used

Maximum Storage Quantity

(kg)

Transport/Storage

Methods*

* Above ground storage tank, underground storage tanks, ISO Container, cylinder, tote, drum, stockpile or surface impoundment, other

a. Provide Material Safety Data Sheet (MSDS) for all hazardous substances to be handled List the relevant section/ page numbers in the attachment

b. Provide details of any radioactive materials handled by the facility.

2. HAZARDOUS MATERIALS STORAGE – MOBILE STORAGE

a. Complete the following table for all hazardous materials stored in above ground storage tanks

Hazardous

Material

Type of Storage1

No. of Units

Capacity of Unit

(m3)

Storage Temperat

ure2

True Vapour

Pressure at Storage

Temp

Storage Area3

H1-1Facility: ______ Initials: ______


( kPa)

1. ISO container, tote, drum, bags, cylinder, other2. Ambient temperature = 40 C3. Warehouse, yard or other

b. Provide design details, specifications and drawing for the secondary containment where the containers for each area where these units are stored. Details must include

i. Capacity of the areaii. Construction materials

iii. Impervious liner characteristicsiv. Drainage, if any.

List the relevant section/ page numbers in the attachment

Drawing No. _________________

3. HAZARDOUS MATERIALS STORAGE – ABOVE GROUND STORAGE TANKS

a. Complete the following table for all hazardous materials stored in

above ground storage tanks

Hazardous Material

Tank ID

Capacity(m3)

Shape 1 Dimensions (m)

Storage Temp

(C)

>>> table continued

True Vapor Pressure at

Storage Temp( kPa)2

Type of Tank3 Secondary Containment

Capacity(m3)



1. Cylindrical, Horizontal, vertical, rectangular, 2. if storage is at ambient temperature then provide True Vapor Pressure @

400 C3. Fixed roof, Fixed Roof w/Internal Floating Roof, Pressurized Tank,

External Floating Roof

b. Provide the following for each type of storage tank i. Design details, specifications and materials of construction for

each storage tankDrawing No.

ii. Overspill and leak detection systemsiii. Secondary containment including construction material and

impervious liner characteristics and drainage, if any.iv. Inspection criteria including floating roof as well as primary and

secondary seal inspections


c. Provide description of the process that use or generate above hazardous substances


4. HAZARDOUS MATERIALS STORAGE – UNDERGROUND STORAGE TANKS

a. Complete the following table for all hazardous materials stored in

underground storage tanks

Hazardous Material

Tank ID Capacity(m3)

Dimensions (m)

>>> table continued



Storage Temperature

True Vapor Pressure at

Storage Temp( kPa)

Secondary Containment

Capacity(m3)

b. Provide the following for each type of underground storage tanki. Justification for using underground storage ii. Design details, specifications and materials of construction for

each storage tankDrawing No. _________________

iii. Tank corrosion protection and structural integrityiv. Overspill and leak detection systemsv. Secondary containment including construction material and

impervious liner characteristics and drainage, if any.vi. Inspection criteria

List the relevant section/ page numbers in the report

c. Provide description of the process that use or generate above hazardous substances


5. EMISSIONS CONTROL

a. Provide calculations for storage tank emissions using USEPA AP-42 Methods for both static losses and during tank turnovers




b. Are there any emission control devices?

[ ] Yes [ ] No

If yes, specify type of the control device (add additional rows if necessary)

Source Control Device

Control Unit ID

Pollutant Pollutant Inlet Conc.

(mg/m3)

Pollutant Inlet Load(t/y)

Control Efficiency

(%)

b. Provide technical information, design details along with vendor guarantees for each control device


6. AIR POLLUTANTS

Complete the following table for all emission sources. For sources that are equipped with an emission control device, provide data after the emission control.

Source

Unit

ID

Pollutant

Max Conc.(mg/m3)

Max. Conc.in Regulated

Unit

Max. Emission

Rate (kg/hr)

Avg. Emission

Rate(t/yr)

Emission Estimation Technique*

Conc. Unit

* Provide a sample calculation for emission estimation. Emission estimation must be based on one of the following

EF: Emission Factors – USEPA AP 42 MB: Material BalanceEC: Engineering Calculation



7. DATA FOR USEPA AP-42 EMISSION CALCULATIONS

a. Fixed Roof Tanks: (insert more columns if necessary)

Fixed Roof Tanks 1 2 3

Tank Identification No.

Total number of identical tanks

Type of tank

Name of material stored in the tank

Tank Diameter (Ft)

Color of the a) Roof

b) Shell

Tank Capacity (gallons)

Total throughput per year (gallons)

Number of turnover per year

Height of tank

Average vapor space height (ft)

Avg. temperature of storage liquid , Ts. (Deg. F)

True vapor pressure of storage liquid at the storage temperature (Ts) in Pisa

Molecular weight of vapor in storage tank at 82oF , (lb/lb mole)



(b). Floating Roof Tanks: (insert more columns if necessary)

Floating Roof tanks 1 2 3

Tank Identification No.

Total number of identical tanks

Name of material stored in the tank

Type of tank (Internal floating/ External floating roof)

Type of seal (Fill as per Note-1)

Tank Diameter (Ft)

Color

a) Roof

b)Shell

Condition of shell (light rust/ Dense rust /Gunite lined)

Number of columns (for Int. fl. Tanks)

Effective column diameter (Ft) (= Column perimeter/ 3.14)

Tank Capacity (gallons)

Total throughput per year (gallons)

Number of turnover per year

Avg. temperature of storage liquid , Ts. ( Deg. F)

True vapor pressure of storage liquid at the storage temperature (Ts) in Pisa

Average density of the liquid stored (lb/gallon)

Molecular weight of vapor in storage tank at 60oF (lb/lb mole)

Note 1: A - Metallic shoe seal with primary seal onlyB - Metallic shoe seal with shoe mounted secondary sealC - Metallic shoe seal with rim mounted secondary sealD - Liquid mounted resilient seal with primary seal onlyE - Liquid mounted resilient seal with weather shieldF - Liquid mounted resilient seal with rim mounted secondary

sealH1-7

Facility: ______ Initials: ______


G - Vapor mounted resilient seal with primary seal onlyH - Vapor mounted resilient seal with weather shieldI - Vapor mounted resilient seal with rim mounted secondary

seal

(c). Internal Floating Roof Tanks (insert more columns if necessary)

Deck fittings

Deck fitting type (Fill as per Note -2)

Number of such deck fittings

Total length of deck seams (ft)

Area of Deck (ft2)

Note 2 : A - Access hatch, Bolted cover, GasketedB - Access hatch, Unbolted cover, GasketedC - Access hatch, Unbolted cover, UngasketedD - Automatic gauge float well, Bolted cover, GasketedE - Automatic gauge float well, Unbolted cover, GasketedF - Automatic gauge float well, Bolted cover, UngasketedG - Column well , Built-up column-sliding cover, GasketedH - Column well , Built-up column-sliding cover, UngasketedI - Column well , Pipe column-flexible fabric sleeve seal J - Column well , Pipe column-sliding cover, GasketedK - Column well , Pipe column-sliding cover, UngasketedL - Ladder well, Sliding cover, GasketedM - Ladder well, Sliding cover, UngasketedN - Roof leg or hanger well, AdjustableO - Roof leg or hanger well, FixedP - Sample pipe or well, Slotted pipe-sliding cover, GasketedQ - Sample pipe or well, Slotted pipe-sliding cover, UngasketedR - Sample pipe or well, Sample well-slit fabric seal, 10% open

areaS - Stb drain, 1 Inch diameterT - Vacuum breaker, Weighted mechanical actuation, GaskettedU - Vacuum breaker, Weighted mechanical actuation


RCER-2010, Volume II, Form PA-H1 Hazardous Substance Handling & Storage

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Transcript of RCER-2010, Volume II, Form PA-H1 Hazardous Substance Handling & Storage