45

Click here to load reader

Improving Indoor Air Quality for Safety in Oil & Gas Industry

Embed Size (px)

DESCRIPTION

Offshore facilities – living quarters turn around of occupant is very frequent, leaving little time to clean and disinfect the environment. Offshore food storage – food supplies are sent in bulk. (Need to be kept in a clean environment to avoid them from getting contaminated fast). 24/7 manned control room (must be kept clean/sterilized at all times). Absenteeism due to health condition - results in reduced productivity. This presentation shows how to solve the problems through a simple and relatively inexpensive UVC systems.

Citation preview

Page 1: Improving Indoor Air Quality for Safety in Oil & Gas Industry

The absence of evidence is not

the evidence of absence

Page 2: Improving Indoor Air Quality for Safety in Oil & Gas Industry

O & G SCENARIOS

• Offshore facilities – living quarters turn around of occupant is very

frequent, leaving little time to clean and disinfect the environment.

Page 3: Improving Indoor Air Quality for Safety in Oil & Gas Industry

O & G SCENARIOS

• Offshore food storage – food supplies are sent in bulk. (Need to be

kept in a clean environment to avoid them from getting

contaminated fast).

Page 4: Improving Indoor Air Quality for Safety in Oil & Gas Industry

O & G SCENARIOS

• 24/7 manned control room (must be kept clean/sterilized at all

times).

Page 5: Improving Indoor Air Quality for Safety in Oil & Gas Industry

O & G SCENARIOS

• Absenteeism due to health condition - results in reduced

productivity.

Page 6: Improving Indoor Air Quality for Safety in Oil & Gas Industry

Offshore

ventilation

• Positive pressure

• Safety

• recirculated air

being used.

OFFSHORE/ONSHORE INDOOR CLIMATE/HVAC SYSTEM

Pressure to be kept 25-50 pa over the outside ambient pressure.

Page 7: Improving Indoor Air Quality for Safety in Oil & Gas Industry

ISSUES / PROBLEMS AT O&G FACILITIES

Over-pressure principle (positive pressure)

Stale air in accommodation Quarters, offices, kitchen Quarters & control

Rooms

Resulting in a build up and habitation of fungus, bacterial, and mold.

Pressure to be kept 25-50 pa over the outside ambient pressure

STALE AIR!

Page 8: Improving Indoor Air Quality for Safety in Oil & Gas Industry

STAGES OF INFECTIOUS DROPLETS & DROPLET NUCLEI

Page 9: Improving Indoor Air Quality for Safety in Oil & Gas Industry

INFECTIOUS DROPLETS & DROPLET NUCLEI TRAVEL

LENGTHS

Page 10: Improving Indoor Air Quality for Safety in Oil & Gas Industry

ISSUES / PROBLEMS

Offshore living quarters with IAQ issues / problems

• Poor ventilation

• Stale odor

• High turn around

of occupant - hard

to keep it clean

Page 11: Improving Indoor Air Quality for Safety in Oil & Gas Industry

ISSUES / PROBLEMS

Control rooms / office etc. with IAQ issues / problems

• Poor ventilation

• Stale odor

• Contamination from

occupants

Page 12: Improving Indoor Air Quality for Safety in Oil & Gas Industry

THE FACTS

The US EPA (U.S. Environmental Protection Agency) states

that poor indoor air quality is one of the top five

environmental risks to public health.

Page 13: Improving Indoor Air Quality for Safety in Oil & Gas Industry

THE FACTS

Indoor air pollution is a SILENT THREAT. You are more likely

to get sick from pollution in your home and office than from

pollution in the air outside.

Page 14: Improving Indoor Air Quality for Safety in Oil & Gas Industry

THE FACTS

We actually spend 90% of our time indoors in average.

Spending time

Indoor

outdoor

INDOOR

90%

OUTDOOR

10%

Page 15: Improving Indoor Air Quality for Safety in Oil & Gas Industry

THE FACTS

All cleaning and scrubbing only works on surface, air need to be

sterilized and disinfected.

Page 16: Improving Indoor Air Quality for Safety in Oil & Gas Industry

Spread of airborne related diseases

EFFECTS FROM POOR INDOOR AIR QUALITY

Page 17: Improving Indoor Air Quality for Safety in Oil & Gas Industry

EFFECTS FROM POOR INDOOR AIR QUALITY

Exposure to harmful chemicals such formaldehyde from paint and cigarette

smoke

Page 18: Improving Indoor Air Quality for Safety in Oil & Gas Industry

Developments of mold, fungi and mildew

EFFECTS FROM POOR INDOOR AIR QUALITY

Page 19: Improving Indoor Air Quality for Safety in Oil & Gas Industry

EFFECTS FROM POOR INDOOR AIR QUALITY

Long and repetitive illness due to source of disease is not looked into

Page 20: Improving Indoor Air Quality for Safety in Oil & Gas Industry

Unhealthy environment for the people with allergic problems

EFFECTS FROM POOR INDOOR AIR QUALITY

Page 21: Improving Indoor Air Quality for Safety in Oil & Gas Industry

EFFECTS FROM POOR INDOOR AIR QUALITY

Increase in cost and expenses due to medical fees, cleaning, maintenance

Page 22: Improving Indoor Air Quality for Safety in Oil & Gas Industry

EU & WHO AIR QUALITY GUIDELINES

The WHO guidelines for indoor air quality, developed under the coordination of WHO/Europe,

address three groups of issues that are most relevant for public health:

Page 23: Improving Indoor Air Quality for Safety in Oil & Gas Industry

THE FACTS

Page 24: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL

• It is our unique product - a low cost method for evaluating controlling

and improving indoor environment quality for the prevention of

bacteria, yeast and mold.

LEO 3

LEO 2

LEO 1

Page 25: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL

• It is a proactive approach toward ensuring proper indoor air quality

assurance.

Page 26: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL

• It involves procedures for the

performance of indoor air quality

testing and inspections.

• It involves training requirements and

guidelines for handling emergencies.

• It supplies standards for acceptable

indoor air quality.

Page 27: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL

• It involves procedures for the performance of indoor air quality

testing and inspections.

Page 28: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL

It supplies standards for acceptable indoor air quality.

Page 29: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL Contents and Scope

• Surveys and assessments.

• Measurements of volatile compounds and particles from building

materials and furnishings.

• Ventilation, evaluations and remediation.

Page 30: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL

Contents and Scope

• Problem solving.

• Air cleaning filters.

Page 31: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL

Contents and Scope

• Reevaluation and measurement of VOC and particles.

• Emergency response to IAQ.

Reevaluation &

Measurement Response Feedback

Page 32: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IAQ SOLUTIONS PROTOCOL

Contents and Scope

Investigation of complaints

Page 33: Improving Indoor Air Quality for Safety in Oil & Gas Industry

24/7 TOTAL IAQ PROTOCOL SOLUTION

Comprehensive 24/7 IAQ Protocol

Solution

Titanium dioxide coating Ultraviolet

Germicidal Irradiation LEO

Series

Ultraviolet for Air Conditioning

System

UV Disinfection

System

Germicidal Air Purifiers

Germicidal Energy-saving

Lamp

Infection Control

Unit

Ultraviolet Germicidal Irradiation System

Page 34: Improving Indoor Air Quality for Safety in Oil & Gas Industry

ULTRAVIOLET GERMICIDAL IRRADIATION

LEO 3

LEO 2 UVGI LEO SERIES

LEO 1

MODEL TYPE LEO-1 LEO-2 LEO-3

Type Commercial /

Domestic Commercial /

Domestic Commercial /

Domestic

Voltage 220 - 230 V / 50-60

Hz 220 - 230 V / 50-60

Hz 220 - 230 V / 50-60

Hz

Rating (Watt) 55 20 28

Ozone (ppm)(optional) ≤ 0.04 ≤ 0.03 ≤ 0.02

UVC wavelength (nm) 253.7 253.7 253.7

UV Intensity (µm/cm2) 170000 65000 85000

UVC life span (Hrs) 8000 8000 8000

Efficient Area SUBJECTED TO ACTUAL CONDITION AND HUMAN DENSITY

ONSITE

(ft2) 250 250 duct

(m2) 24 24 duct

Dimension (mm) 580 x 200 x 200 350 x 110 x 110 380 x 120 x 90

Weight (kg) 2.5 2.5 1

Page 35: Improving Indoor Air Quality for Safety in Oil & Gas Industry

PREVAILING IAQ PROBLEMS IN O&G

Living Quarters

To be installed on the wall of

the quarters

UVGI LEO 2

Page 36: Improving Indoor Air Quality for Safety in Oil & Gas Industry

PREVAILING IAQ PROBLEMS IN O&G

Kitchen Quarters

No. of units depending on the

size of the kitchen quarters

UVGI LEO 2

UVGI LEO 1

Page 37: Improving Indoor Air Quality for Safety in Oil & Gas Industry

PREVAILING IAQ PROBLEMS IN O&G

Control rooms

No. of units will depend on

the size of the control rooms

UVGI LEO 2

Page 38: Improving Indoor Air Quality for Safety in Oil & Gas Industry

PREVAILING IAQ PROBLEMS IN O&G

Ducting Systems

No. of units depending on the

horsepower of the AHU / air flow

rate

UVGI LEO 3

Page 39: Improving Indoor Air Quality for Safety in Oil & Gas Industry

UV-C LIGHTS CAN KILL & STERILIZE VIRAL DROPLET

NUCLEI

Room 1 Room 2

Ultraviolet light

(LEO-2) in the room

Ultraviolet light (LEO-3)

in ducting system

Ultraviolet light

(LEO-1) in the room

Page 40: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IMPORTANCE OF IAQ SOLUTION PROTOCOL

Benefits

Significant reduction in liability

Asset

Lialibility

Page 41: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IMPORTANCE OF IAQ SOLUTION PROTOCOL

Benefits

Assurance of occupant comfort

Page 42: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IMPORTANCE OF IAQ SOLUTION PROTOCOL

Benefits

Reduction in insurance / medical costs

Page 43: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IMPORTANCE OF IAQ SOLUTION PROTOCOL

Benefits

Reduction in HVAC maintenance cost

Profit

Cost

Page 44: Improving Indoor Air Quality for Safety in Oil & Gas Industry

IMPORTANCE OF IAQ SOLUTION PROTOCOL

Benefits

Reduction in absenteeism