Importance of Technical Standards for Deepwater Development · OS-D101 Electrical: OS-D201...

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DNV GL © 2014 SAFER, SMARTER, GREENER DNV GL © 2014 INTSOK Mission to Myanmar December 2014 1 Importance of Technical Standards for Deepwater Development Arve Johan Kalleklev Region Manager South East Asia

Transcript of Importance of Technical Standards for Deepwater Development · OS-D101 Electrical: OS-D201...

Page 1: Importance of Technical Standards for Deepwater Development · OS-D101 Electrical: OS-D201 Instrumentation: OS-D202 Fire Safety: OS-D301 Production Plant: Drill Plant: OS-E201 OS-E101

DNV GL © 2014 SAFER, SMARTER, GREENER DNV GL © 2014

INTSOK Mission to Myanmar December 2014

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Importance of Technical Standards for Deepwater

Development

Arve Johan Kalleklev

Region Manager

South East Asia

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DNV GL © 2014

Lessons learned from other jurisdictions that could potentially be applied in Myanmar

DNV GL has developed two position

papers on best practice for offshore

regulatory regimes:

– In USA, we issued a Position Paper in 2010

with a focus towards the best regulatory

regime

– Globally, we issued a Paper in 2012

summarizing our views on how to achieve

the same improvement to Major Accidents

as shown for Occupational Safety

Some key take-aways in the following

slides

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Occupational safety has been strongly improved

Over the last 20 years the offshore and onshore process industries have attained a

step change (factor of ten) improvement in occupational safety.

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However - what works to improve occupational safety does not automatically improve prevention of major accidents

Ref. DNV GL

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Major accident risk also decreases, but not to the same degree

Positive development in the North Sea

Global trend not as good

Deepwater Horizon April 2010

Montara 2009

No major disaster since introduction of Safety Case in UK and risk based legislation in Norway

Nigeria 2011

Texas City 2005

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“Complex systems fail in complex ways” (the US Presidential Report)

Major accidents happen when several barriers of technical, human and organizational

nature fail and decisions are made on weak basis

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Safety, Life, Property

Threat 1

Safety barriers

Managing threats to prevent an accident Mitigating consequences of an accident

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Six critical performance levers to enhance offshore safety

Risk Elements

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The way forward: Balancing prescriptive rules and risk management

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Accident learning

Industry practice

R & D

Prescriptive rules

and regulations

taking learning

from the past

Changing conditions

New technology

Sensitive environme

nt

Risk based

assessments

to foresee

future threats

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DNV GL © 2014

Typical National Safety Regime Model

09 December 2014

8

Laws

Regulations

Industry Standards

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DNV GL © 2014 9

DNV GL Offshore Codes - Global Industry standards, practices and related

services for the oil & gas industry

Pipeline:

OS-F101

RP-F101

RP-F104

RP-F105

RP-F106

RP-F107

RP-F108

Risers:

OS-F201

RP-F201

RP-F202

BOPs:

OS-E101

Mooring:

OS-E301

SEMI-SUB

Safety:

OS-A101

Materials:

OS-B101

Hull:

OS-C101

OS-C103

RP-C103

OS-C-401

Stability:

OS-C301

Marine/Machinery:

OS-D101

Electrical:

OS-D201

Instrumentation:

OS-D202

Fire Safety:

OS-D301

Production Plant:

OS-E201 Drill Plant:

OS-E101

Helideck:

OS-E401

FPSO

Safety:

OS-A101

Materials:

OS-B101

Hull:

OS-C101

OS-C102

RP-C102

OS-C-401

Stability:

OS-C301

Marine/Machinery:

OS-D101

Electrical:

OS-D201

Instrumentation:

OS-D202

Fire Safety:

OS-D301

FSO

Safety:

OS-A101

Materials:

OS-B101

Hull:

OS-C101

OS-C102

RP-C102

OS-C-401

Stability:

OS-C301

Marine/Machinery:

OS-D101

Electrical:

OS-D201

Instrumentation:

OS-D202

Fire Safety:

OS-D301

Anchors:

RP-E301

RP-E302

Chain:

OS-E302

Wire rope:

OS-E303

Qualification of

New Technology:

RP-A203

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DNV GL © 2014

Offshore Service Specifications:

– Principles and procedures for DNV GL offshore verification,

classification, qualification and asset operation services

Offshore Standards:

– Technical provisions and acceptance criteria for general use by the offshore industry as well as the technical basis for DNV GL offshore services including classification.

Recommended Practices:

– Proven technology and sound engineering practice as well as guidance for the higher level Offshore Codes.

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A three level publication hierarchy providing a flexible and user-

friendly menu of services, technical standards and practices meeting

individual needs of oil and gas industry stakeholders.

DNV GL Offshore Codes - A formal document structure

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DNV GL Offshore Codes – Technical standards freely available

Offshore Service Specifications

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– A: Quality & Safety

– B: Materials

– C: Structures

– D: Systems

– E: Special Facilities

– F: Pipelines & Risers

– G: Asset Operation

– H: Marine Operations

– J: Cleaner Energy

– O: Subsea Systems

– U: Unconventional Gas

Offshore Standards

Recommended Practices

- Classification

- Governmental Compliance

- Risk Based Verification

- Technology Qualification

Management

• 137 publications • Freely available from DNV GL internet site

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How can we provide the framework that is necessary to take offshore safety to the next level?

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A holistic risk based approach

International harmonisation

A combination of performance based and prescriptive requirements

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DNV GL © 2014

SAFER, SMARTER, GREENER

www.dnvgl.com

Thank you for your attention

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Arve Johan Kalleklev

[email protected]

+65 9626 3640