Summary:
This webinar provides a comprehensive overview of the ISO 50001 standard. You will learn how using, developing and managing policies and procedures can improve energy efficiency, achieve targets, and reduce costs. You will also gain the confidence to build awareness of energy efficiency across your organization, which is the vital starting point for anyone planning to develop an energy management system.
Speaker:
Eng. Tawfik Soukieh is the managing director of GLOBAL Experience Consulting Company (GEC) from Kuwait, with more than 20 years of international experience in Energy sector. Throughout years, he has acquired invaluable international business experience, which he utilizes to assist companies with ISO standards with a rich portfolio of different quality management certifications such as: ISO 50001, ISO 9001, ISO 14001, ISO 13053, OHSAS 18001, ISO 17025, ISO 29001, etc. He is also a member of: Institute of Industrial Engineers (senior member, Atlanta (IIE- U.S.A)), Kuwait Society of Engineers (KSE-KUWAIT), Association of quality and practice (ASQ-USA).
For ISO 50001 Training, Exam, and Certification, please contact: customer@pecb.com
2. Understanding of EnergyUnderstanding of Energy
Management SystemManagement System
EnMSEnMS
ISO 50001:2011ISO 50001:2011
Issue 1 Rev 0 Issue Date :14.05.2015
3. • ISO 50001 ENMS Standard Introduction
• Need for ISO 50001
• ISO 50001 ENMS Requirements
• Comparison between ISO 50001, ISO 9001 and
ISO 14001
• Benefits of Certification Process
• Non energy benefits ISO 50001
4. Adoption of ISO 50001 by any organization will:
• Reduce energy bills
• Make manufacturing more sustainable
• Promotes energy efficiency throughout the supply chain
• Helps in meeting National reduction targets
ISO 50001 ENMS Standard Introduction
5. “The strategy of adjusting and optimizing energy, using systems
and procedures so as to reduce energy requirements per unit of
output while holding constant or reducing total costs of producing
the output from these systems”
“The judicious and effective use of energy to
maximize profits (minimize costs) and enhance
competitive positions”
Energy Management
6. Energy
Objectives of Energy Management System
Reduce energy and water usage.
Educate our staff and students on energy and water management
Document and publish all information to achieve improvements.
Uphold legal requirements regarding energy use.
Continuously improve our performance and systems,
Effectively utilise energy efficient products and services.
Energy
7. Energy management is doing more with the same amount of
energy or less energy.
Energy management saves money and makes buildings more
comfortable, healthy, and safe.
What is Energy Management?
8. • Applicable to any organization, whatever the size, industry or
geographical location
• An organization embracing ISO 50001 is likely to further accelerate
adoption of energy efficiency practices and to continuously improve its
energy performance and cost.
• Application of the standard can be tailored to fit the requirements of
the organization, including degree of documentation, resources and
complexity of the system
• This International Standard can be used for
certification/registration and/or self-declaration of an organization's
energy management system.
• The fact that it's based on measurement and verification will help
organization stay on track to meet their declared energy policies.
ISO 50001 ENMS Standard Introduction
9. Efficiency
Energy efficiency involves
the use of technology that
requires less energy to
perform the same function.
Focuses on the equipment
or machinery being used
One example is installing
LED light bulbs throughout
the house
Conservation
Energy conservation
includes any behavior that
results in the use of less
energy.
Focuses on the behavior of
people
One example is using
daylighting through
windows rather than
turning on the lights
Efficiency vs. Conservation
10. ISO 50001
To Develop a policy for more efficient use of energy
To fix targets and objectives to meet the policy
To use data to better understand and make decisions
about energy use
To Measure the results
To Continually improve energy management.
Enhance KOC’s existing reputation by embracing an
internationally recognised system.
Systems to improve energy performance.
Covers significant energy users, energy saving
opportunities, energy actions and planning, corrective
actions and audit management.
Why ?
11. • Need to minimize fossil fuel use and mitigate
Fossil fuels such as coal, petroleum, and natural gas make up the bulk of the
Kuwait’s primary energy sources and, their consumption is a major source of
greenhouse gas emissions, leading to concerns about global warming if not
used efficiently.
• Need to adopt Energy Management
With Kuwait’s demand for energy growing, the need to adopt alternative
approaches (like increased energy efficiency, renewable energy, etc.) to meet
energy demand is also growing. Just in this respect, Energy Management
comes on the scene, which although is not new to Kuwait, yet its penetration and
adoption is slow due to various reasons.
Need for ISO 50001
12. Reduces consumption
Increases comfort & safety
Reduces pollution
Makes our economy stronger
Increases our energy security
Benefits of Energy Management
13. 13
•What is an EnMS?
•ISO 50001 gives organizations the requirements for Energy
Management Systems (EnMS), based on the management system model
of continual improvement.
ISO 50001:2011 provides a framework of requirements for
organizations to:
Develop a policy for more efficient use of energy
Fix targets and objectives to meet the policy
Use data to better understand and make decisions about energy use
Measure the results
Review how well the policy works, and
Continually improve energy management.
14. CHECKINGCHECKING
IMPLEMENTATION
AND OPERATION
IMPLEMENTATION
AND OPERATION
ENERGY PLANNINGENERGY PLANNING
ENERGY POLICYENERGY POLICY
MONITORING, MEASUREMENT
AND ANALYSIS
MONITORING, MEASUREMENT
AND ANALYSIS
CORRECTIVE AND
PREVENTIVE ACTIONS
CORRECTIVE AND
PREVENTIVE ACTIONS
INTERNAL AUDITINTERNAL AUDIT
MANAGEMENT
REVIEW
MANAGEMENT
REVIEW
CONTINUAL
IMPROVEMENT
CONTINUAL
IMPROVEMENT
MODEL FOR ISO 50001
15. To achieve and maintain optimum energy procurement and
utilization, throughout the organization
To minimize energy costs / waste without affecting
production & quality
To reduce import dependency
To enhance energy security, economic competitiveness, and
environmental quality
Objectives of Energy ManagementObjectives of Energy Management
16. Global CO2 emissions forecast, G.tons CO2 / year
The weight of Energy savings compared
to other technologies
17. Application of the standard can be tailored to fit the requirements of
the organization, including degree of documentation, resources and
complexity of the system
This International Standard can be used for
certification/registration and/or self-declaration of an organization's
energy management system.
The fact that it's based on measurement and verification will help
organization stay on track to meet their declared energy policies.
Adoption of ISO 50001 by any organization will:
• Reduce energy bills
• Make manufacturing more sustainable
• Promotes energy efficiency throughout the supply chain
• Helps in meeting National GHG reduction targets
ISO 50001: Energy Management Systems
Standard-Introduction
18. Need to minimize fossil fuel use and mitigate GHG
Fossil fuels such as coal, petroleum, and natural gas make up the bulk
of the India’s primary energy sources and, their consumption is a
major source of greenhouse gas emissions, leading to concerns
about global warming if not used efficiently .
Need to adopt Energy Management.
With India’s demand for energy growing, the need to adopt alternative
approaches (like increased energy efficiency, renewable energy, etc.)
to meet energy demand is also growing. Just in this respect, ‘Energy
Management’ comes on the scene, which although is not new to
India, yet its penetration and adoption is slow due to various
Need for ISO 50001
19. ISO 50001 specifies requirements for an organization to establish,
implement, maintain and improve an energy management system.
Specifies energy management system (EnMS) to :
• develop and implement an energy policy,
• establish objectives, targets, and action plans which take into account
legal requirements
This International Standard specifies requirements for all factors
affecting:
• energy supply, uses and consumption
• measurement, documentation and reporting,
• design and procurement practices for energy using equipment,
processes, systems, and personnel.
ISO 50001 does not prescribe specific performance criteria with
respect to energy
ISO 50001-EnMS Requirement
21. • ⎯Plan: conduct the energy use assessment, establish the baseline,
energy performance indicators (EnPIs), objectives, targets and action
plans necessary to deliver results that will improve energy
performance in line with the organization's energy policy;
• ⎯ Do: implement the energy management action plans;
• ⎯Check: monitor and measure processes and the key characteristics
of operations that determine energy performance against the energy
policy and objectives, and report the results;
• ⎯Act: take actions to continually improve energy performance and the
EnMS.
Plan - Do - Check – Act (PDCA)
22. ENERGY POLICY
ISO/FDIS 50001 defines Energy Policy as “Statement by the organization of
its overall intentions, and direction of an organization related to its energy
performance, as formally expressed by top management.”
The energy policy provides a framework for action and for the setting of
energy objectives and energy targets and is documented, communicated, and
understood well within the organization.
Appropriate to the scale and nature of the organization energy use.
Availability of necessary resources and support.
Commitment to comply with applicable regulations and other requirements.
Setting and reviewing of energy objectives and targets.
Supports the purchase of energy efficient technology and services.
In India, energy policy declaration by an organization is seen as a top
management commitment to continual improvement of organization's energy
performance
Plan
23. ENERGY PLANNING
Consistent with energy policy and has the following activities:
• Energy review- determination of Energy performance for identification of energy
saving opportunities
• Energy baseline- establishing basis for energy performance comparison.
• Energy performance indicators (EnPIs)- setting EnPIs, measure of energy
performance.
• Objectives- establishing, implementing and maintaining documented energy
objectives.
• Targets- setting targets consistent with the objectives.
• Action plans- formulating action plans to achieve objectives and targets, legal/
regulations and other requirements and shall include:
• ⎯ designation of responsibility;
• ⎯ the means and time frame by which individual targets are to be achieved;
• ⎯ a statement of the method by which an improvement in energy performance
shall be verified;
• ⎯ a statement of the method of verifying the results.
Plan (contd.)
24. IMPLEMENTATION AND OPERATION
• Organization to use the action plans and other outputs resulting from the
planning process for implementation and operations and would require:
• Competence, training and awareness of work force on their role,
responsibilities and duties
• Communicate internally with workforce on energy performance, EnMS and
establish a process through which suggestions can be invited to improve
EnMS
• Records and document of the implementation and operation of the EnMS-
scope and boundaries, energy policy , objectives , targets, action plan and
other documents as required
• Operational Controls of those operation and maintenance activities related to
significant use of energy
• Design of new, modified and renovated facilities, equipment, systems and
processes that can have a significant impact on energy performance.
• Procurement of energy efficient products, services and energy.
.
Do
25. MONITORING ,MEASUREMENT AND ANALYSIS
• Key characteristics of operations that determine energy performance are
monitored, measured and analysed at planned intervals
Corrective and preventive actions
• Significant energy uses and other outputs.
• Energy Performance Indicators (EnPIs).
• Effectiveness of Action plans.
• Energy measurement plan.
• Evaluation and correction of deviations of the energy performance.
• Control of records.
INTERNAL AUDIT
• Conduct internal audits to ensure that Energy Management System(EnMS)
confirms to:
Check
26. MANAGEMENT REVIEW
Top management shall review the organization's EnMS to ensure its continuing suitability,
adequacy and effectiveness.
• Energy policy.
• Energy Performance Indicators(EnPIs).
• Legal compliance and other requirements.
• Energy objectives and targets.
• Results of the audit.
CORRECTIVE AND PREVENTIVE ACTIONS.
• Projected energy performance.
• Recommendations for improvement.
• Resources.
Continual Improvement
A recurring process which results in enhancement of overall energy performance and the
EnMS
Output of Management Review will include:
• Changes in the energy policy.
• Changes in the EnPIs.
• Changes in the targets, goals and objectives.
• Allocation of resources.
Act
27. • ISO 50001 is proposed to be in line with ISO 9001 and ISO 14001 standards
that address quality management and environmental management issues.
• ISO 50001 is based on the same Plan-Do-Check-Act approach of ISO 9001
and ISO 14001 and it draws extensively on the structure and content of the
QMS and EMS.
• Implementation of ISO 9001 means what the organization does to fulfill the
customer's quality requirements, and applicable regulatory requirements,
while aiming to enhance customer satisfaction,
• Implementation of ISO 14001 means what the organization does to minimize
harmful effects on the environment caused by its activities, and to achieve
continual improvement of its environmental performance.
• Similarly ISO 50001 implementation is expected to address what the
organization does to effectively manage energy resources and performance
that is relevant to global standards.
Comparison between ISO 50001, ISO
9001 and ISO 14001
28. 28
•Benefits of EnMS
Assist organizations in making better use of their existing energy
consuming assets
Create transparency and facilitate communication on the management
of energy resources
Promote energy management best practices and reinforce good energy
management behaviors
Assist facilities in evaluating and prioritizing the implementation of new
energy-efficient technologies
Provide a framework for promoting energy efficiency throughout the
supply chain
Facilitate energy management improvements for greenhouse gas
emission reduction projects
Allow integration with other organizational management
29. • Greater Energy savings
• Identification of energy saving opportunities
• Valuable Technical feedback
• External verification of best practice
• Independent validation of energy management projects
Benefits of Certification Process
30. • Operational efficiencies
• Cooperation between departments
• Communication between departments
• Improved organizational behavior
• Maintains legal compliance
Non energy benefits ISO 50001
32. • ISO 50001 specifies requirements for an organization to establish,
implement, maintain and improve an energy management system.
• Specifies energy management system to
• Develop and implement an energy policy,
• Establish objectives, targets, and action plans which take into account
legal requirements
• This International Standard specifies requirements for all factors
affecting:
ISO 50001 ENMS Requirements
33. • Energy supply, uses and consumption
• Measurement, documentation and reporting,
• Design and procurement practices for energy using equipment,
processes, systems, and personnel.
• ISO 50001 does not prescribe specific performance criteria with respect
to energy
ISO 50001 ENMS Requirements
34. 34
Senior Commitment
Establish Team
Team understanding of the Standard
Gap Assessment
Work Plan Definition Execution of the
Work Plan Re--- Gap
Certification
Process – How to approach this project?
38. Example of Energy saving in KOC
In Berham Court; KOC MSG office building
Recently replaced all fluorescent tube lights with
LED lamp (GE Luminaires)
Advantages:
Total power consumption is 35W as compared to 140W which gives a 75%
saving in energy cost
Provides good efficiency Lighting which influences work performance and
well-being.
Uniform illuminating surface, no Led dots
Sustainable Green choice for energy saving
Long-life 50,000 hours
40. Source : The Outlook for Energy: A View to 2030,
ExxonMobil
3
Percentages growth in
global energy demand by
2030:
•Conventional Source:
• Alternative Sources:
– Nuclear 1.4%
– Hydro 1.9%
– Biomass 1.3%
• Renewable sources:
– Solar
– Wind
9.6%
12.4
%
– Oil 1.4%
– Gas 1.8%
– Coal 1.8%
Global Energy Demand
41. Cost of 1
kW:
• New power plant
investment
• Energy efficient
building investment
S$ / kW
1600
S$ / kW
300
Energy efficient building,
Malaysia
Why go for energy efficiency?
(Savings cheaper than production)
47. Type Number of
Buildings
Percentage of
Total
Private Residential 390,213 86.3%
Governmental Residential 1,448 0.3%
Commercial 45,685 10.1%
Industrial 1,832 0.4%
Agricultural 4,597 1.0%
Services 937 0.2%
Governmental 7,553 1.7%
Total 452,265
Types and number of buildings in
Kuwait, 2011
48. • AC and lighting of buildings account for nearly 85%
of peak electric power and 60% of annual electrical
consumption.
• Fuel share in power plants is 84% for electricity and
16% for water.
• Subsidies electricity charges. Actual cost 40
fils/Kwh.
• Energy Charge only, flat rate of 2 fils/Kwh.
• No demand charge.
Energy & Utility Facts about Kuwait
49. conservation measures in buildings.
Basic energy conservation requirements:
–limits A/C peak power (Watt) per unit
area (m2) for air- and water-cooled A/C
systems as well as lighting for:
• Residential buildings.
• Commercial buildings (including office,
shops, mosques, schools ... etc.).
The 1983 code was developed by MEW, MPW
and KISR:
– Applicable to all new and retrofitted buildings of
all types.
The code
installations :
– Regulations
operations
covers electrical
including
energy
their
and
Building Energy Code of Practice in
Kuwait, Past:
50. MEW/ R-6 2010 Building Energy Code of Practice
in Kuwait, Current:
2010 رياربف1، ذفان نم خيرات2010( ةنسل9يرازو مقر )
رارق
51. Strategy Workshop.ppt
Overview
Develop
solutions
for
sustainable
energy
supply and
demand for
Kuwait
Reduce
demand
Supply
optimisation
and
diversification
Energy Efficient
Technologies (EET)
Innovative and
Renewable Energy (IRE)
Solution
Areas
Grand Challenge
One of Kuwait’s primary challenges is to develop solutions
for sustainable energy supply and demand for Kuwait – peak
power demand is forecasted to exceed capacity
Program
Framework
56. • Automobili Lamborghini, Italy
• Bouygues Telecom, France
• China Steel Corporation, Taiwan
• Delhi International Airport, India
• Equinix Data Centre, Holland
• Hong Kong Science and Technology Parks Corporation
• Hyundai Motors, Korea
• Italcementi Group, Bulgaria
• Lindt & Sprüngli, Germany
• Northern Rail, UK
• Pfizer, Ireland
• Pilkington Floatglas AB, Sweden
• Repsol Refinery, Spain
• Tokyo Energy Service, Japan
• Utico Middle East, UAE
• WEG Equipamentos Elétricos, Brazil
• Yokohama Tire Manufacturing, Thailand
ISO 50001 Adopters
57. Coca-Cola Enterprises – United Kingdom
•Coca-Cola Enterprises Ltd. of Wake-field, England, Europe’s largest drinks manufacturing
plant, is thought to be the first company in the food and drinks sector to achieve ISO 50001
certification. The accomplishment forms part of the US parent company’s plans to make the
Wakefield plant one of the most efficient in the world.
•Since 2007, Coca-Cola has invested GBP 51 million in improving its operations at Wakefield,
which produces 6 000 cans of soft drinks every minute. The plant has cut water consumption
by 10 % and energy use by 16.5 %, and has implemented ISO 50001 in its bid to further Coca-
Cola’s ambition to become a low-carbon business.
Various initiatives have helped to cut energy consumption at the site. These include :
•Introducing natural light to our lines where possible
•Filling cans and bottles at more ambient temperatures to cut energy used by chillers
•Installing a real time monitoring system to measure how much energy and water is being used.
Benefits
•The benefits we have seen so far are around the focus it brings to energy saving in the
business, and the systematic approach that must be followed. This helps us to achieve continual
improvement of energy performance, including energy efficiency, energy use and
consumption. In addition, there is a financial benefit for the business given the current high
prices of energy.
Case Study #1
58. Heritance Ahungalla Hotel – Sri Lanka
•The Heritance Ahungalla, described as Sri Lanka’s leading five-star resort, recently became
the first hotel in the country to achieve ISO 50001 certification. The decision to implement the
energy management standard was taken by owner Aitken Spence Hotel Management as a tool
to reduce energy consumption, particularly in view of ever-increasing costs and energy supply
limitations in Sri Lanka.
Additional energy saving incentives include :
•Replacing all incandescent light bulbs with energy saving bulbs
•Creating staff awareness
•Establishing energy efficient operating procedures for significant energy-consuming machines
and equipment
•Reducing cold room opening hours
•Operating laundry machines only when fully loaded
•Operating kitchen pastry-mixer machines at off-peak hours only
•Implementing proper preventive maintenance schedules for all equipment
•Cleaning chiller condensers periodically
•Cleaning machine filters regularly.
Case Study #2
59. Bentley Motors, UK
•Bentley Motors, high end luxury auto maker, renowned for its fine craftsmanship, engineering
expertise and cutting edge technology, became the first motor vehicle manufacturer in Europe
to receive the International Organization of Standards (ISO) 50001 certification at its main
plant in Pyms Lane, Crewe, United Kingdom in late 2011
Additional energy saving incentives include :
•Reducing operational and overhead costs leading to increased profitability
•Reducing air emissions, such as greenhouse gases
•Increasing efficiency of energy resources
•Increasing assurance of legal, internal compliance
•Identifying variables affecting energy use and consumption
•Increasing understanding of energy use and consumption via defined methods and processes
of data collection and analysis
Improvements were made to the plant’s heating, lighting and control systems and to its boiler
and compressed air systems. Enhanced insulation and new variable speed drives led to
improving efficiencies. Bentley’s waste recovery and recycling efforts increased to 77% and
water usage was reduced by half. As a result, Bentley lowered energy use by two-thirds for
each car produced and by 14% overall for the entire plant, delivering savings of 230 GWh of
energy – enough to power 11,500 houses for a year
Case Study #3
60. Conclusion
Certification proves that the energy management system meets the
requirements of ISO 50001. This gives customers, stakeholders,
employees and management more confidence that the organization
is saving energy.
The organization will continue to get better at managing its energy.
Additional cost savings can be generated over several years.
Furthermore certifying an organization shows your public
commitment to energy management.
Consistent energy management helps organizations to realize
untapped energy efficiency potential.
Enable to make a significant contribution to environmental and
climate protection, for example by the permanent reduction of CO2
emissions.
The standard implementation gives huge image boost for the
organization
61. THE END
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