ISO 9001 Standards – Quality Policy and Objectives

ISO 9001 Standards – Quality Policy and Objectives

A ISO 9001 Standards quality policy and its corresponding quality objectives are established to direct the organization towards two specific goals of a quality management system:

-Provision of products – goods and services – that meet customer and applicable legal requirements, and

- Enhancement of customer satisfaction

The quality policy and the objectives are also a means of controlling the quality management system’s processes. Simply, if you want to control a process, assign an objective to it (or more) and make sure it is aligned to the quality policy, then monitor and measure the process’ performance against the assigned objective. You need to provide adequate resources to the process to ensure that it is capable of achieving the objective. You continually improve the whole process by upgrading the objective, make corrective and preventive actions or introduce innovation to it. Corrective action addresses an undesirable situation’s cause in order to prevent its recurrence. Preventive action, by contrast, addresses the probable cause of a potentially undesirable situation. This is what the quality policy and objectives are supposed to do. They provide focus, direction and control.

The quality objectives need to be consistent with the quality policy and the commitment to continual improvement, and their achievement needs to be measurable. The achievement of quality objectives can have a positive impact on product quality, operational effectiveness and financial performance and thus on the satisfaction and confidence of interested parties. When an organization has established a quality policy and a set of operational objectives, this means the only thing left to do is to design or plan the necessary processes or tasks that can realize those objectives. Therefore, the processes determine if the objectives will be met in full, partially or not at all. This is where the ISO 9001 standard play a critical role in specifying the required processes and the operating criteria. This is what ISO 9001 is all about. It even specifies criteria for the policy and the objectives.

A quality policy needs to satisfy the following requirements:

• It is appropriate to the purpose of the organization,
• It includes a commitment to comply with requirements and continually improve the effectiveness of the quality management system,
• It provides a framework for establishing and reviewing quality objectives,
• It is communicated and understood within the organization, and
• It is reviewed for continuing suitability

Quality objectives must be established in order to enable the organization to comply with requirements and continually improve the effectiveness of the quality management system. Quality objectives must achieve four things:

• Enable the organization to meet customer requirements
• Enable the organization to enhance customer satisfaction
• Enable the organization to comply with all legal requirements applicable to the product
• Continually contribute to the effectiveness of the quality management system

Therefore, when you are in the meeting room with your management brainstorming on the appropriate objectives, have these four points in mind.

ISO 9001:2000 requires that management periodically review changes to both the policy and objectives. An organization’s objectives must be measurable and its processes designed to meet those objectives. An organization’s overall business goals, quality objectives and quality policy are all interrelated and must work together to achieve business improvement. To do this, it’s necessary to understand which processes are key to achieving business goals and align those processes with the quality objectives. It means aligning business goals, quality objectives and process measures to create real improvement. And it means using process mapping. Process mapping involves more than just flow charting. Among other things, it can manage and improve processes by illustrating process measures as well as process flows and interactions. One process-mapping method begins by involving the people who work in the process. Another entails mapping the process as is, taking action to improve it and then preparing a final map of the improved process.

Process owners are directly responsible for the attainment of the objectives. They must be given adequate resources, including competent human resources. They need to review the objectives periodically to ensure the key performance indicators are heading towards their objectives on schedule. If not, they need to initiate corrective actions and if the risks of non-achievement are visible, take preventive actions to control them and steer the KPI’s back on course.

Examples of quality objectives:

• Production rejects <>
• Machine breakdown <>
• Returned products = 0/mth
• Purchasing >95% on-time delivery
• Inventory damage = 0/mth

Conclusion: ISO 9001 requires that the quality management system achieves its objectives in order to realize the quality policy.

ISO 9001 Standards Gap Analysis

ISO 9001 Standards Gap Analysis

One of the first steps in implementing ISO 9000 is to perform a gap analysis. This is the technical name for an initial comparison of the Quality Management System to the ISO 9001:2008 Standard. The goal in find the gap between the standard and the QMS. The Gap Analysis will establish the scope of the implementation project and will therefore be important information for determining the amount of resources that will be required to complete the project in the given timeline.
Typically the gap analysis is based on a Gap Analysis checklist. These can be purchased from several different sources on the web ( like theISOstore.com). A second option is to use the internal audit checklist from this web site as a gap analysis checklist. Either way, the key to have a list of questions based on the standard that will uncover any weaknesses in the QMS before the project begins.
Gap Analysis Auditors
Performing gap analysis is best done by someone who is familiar with the ISO 9001 standard. If the company has no one with this experience, then consider outside training for the person who will be the lead internal auditor. Without grasping the goals behind the standard, you and your company can waste a lot of time improperly documenting flaws and over engineering solutions.
Performing a Gap Analysis
I recommend performing a basic ISO 9000 awareness training before the gap analysis. The awareness training will help reduce fear or resistance to the change that sometimes comes with a large company wide project. Once everyone understands the goals of the ISO project and is ready to be audited, start the gap analysis in sections. Covering sections 4,5,6,7 and 8 all in one audit is a mind melting experience. Start with section 4 to see how fast you can properly document the a section. Then schedule the remaining section based on your experience.
As you go through each section, you will either find that a system is already in place that meets the requirements of the ISO9001 standard or you will write a finding for that section. If you find that the system is in place, simply log the document numbers on the gap analysis sheet and move on. If you find that a large portions of the quality systems are missing, then you can write the equivalent of a major finding with a larger scope and not waste too much time listing every detail of what is missing.
How to use the result of the gap analysis
Once you have completed the gap analysis, you will have a list of missing or under-developed documents, records and systems. If you use the checklist from this web site, the result of the gap analysis will be a list of individual item that must be corrected. If the check sheet said “what document is used to the describe record retention?” and you found no document, then the document should be created. Once you feel that everything is in place, then you will want to repeat the audit to confirm that you can answer every question on the internal audit checklist with a positive response.
If the gap analysis show that your systems are in relatively good shape with some area for improvement, then I would make the gap analysis the first record in your internal audit notebook. This will help build a history of audits. If the gap analysis shows major flaws, you may want to fix them and then perform an internal audit as the first record to meet your internal auditing requirements. External auditor will frequently look at your internal auditing records to see if there are any blatant problems with the QMS, so don’t make their job too easy.

ISO 9001 Standards Gap Analysis

ISO 9001 Standards Gap Analysis

One of the first steps in implementing ISO 9000 is to perform a gap analysis. This is the technical name for an initial comparison of the Quality Management System to the ISO 9001:2008 Standard. The goal in find the gap between the standard and the QMS. The Gap Analysis will establish the scope of the implementation project and will therefore be important information for determining the amount of resources that will be required to complete the project in the given timeline.
Typically the gap analysis is based on a Gap Analysis checklist. These can be purchased from several different sources on the web ( like theISOstore.com). A second option is to use the internal audit checklist from this web site as a gap analysis checklist. Either way, the key to have a list of questions based on the standard that will uncover any weaknesses in the QMS before the project begins.
Gap Analysis Auditors
Performing gap analysis is best done by someone who is familiar with the ISO 9001 standard. If the company has no one with this experience, then consider outside training for the person who will be the lead internal auditor. Without grasping the goals behind the standard, you and your company can waste a lot of time improperly documenting flaws and over engineering solutions.
Performing a Gap Analysis
I recommend performing a basic ISO 9000 awareness training before the gap analysis. The awareness training will help reduce fear or resistance to the change that sometimes comes with a large company wide project. Once everyone understands the goals of the ISO project and is ready to be audited, start the gap analysis in sections. Covering sections 4,5,6,7 and 8 all in one audit is a mind melting experience. Start with section 4 to see how fast you can properly document the a section. Then schedule the remaining section based on your experience.
As you go through each section, you will either find that a system is already in place that meets the requirements of the ISO9001 standard or you will write a finding for that section. If you find that the system is in place, simply log the document numbers on the gap analysis sheet and move on. If you find that a large portions of the quality systems are missing, then you can write the equivalent of a major finding with a larger scope and not waste too much time listing every detail of what is missing.
How to use the result of the gap analysis
Once you have completed the gap analysis, you will have a list of missing or under-developed documents, records and systems. If you use the checklist from this web site, the result of the gap analysis will be a list of individual item that must be corrected. If the check sheet said “what document is used to the describe record retention?” and you found no document, then the document should be created. Once you feel that everything is in place, then you will want to repeat the audit to confirm that you can answer every question on the internal audit checklist with a positive response.
If the gap analysis show that your systems are in relatively good shape with some area for improvement, then I would make the gap analysis the first record in your internal audit notebook. This will help build a history of audits. If the gap analysis shows major flaws, you may want to fix them and then perform an internal audit as the first record to meet your internal auditing requirements. External auditor will frequently look at your internal auditing records to see if there are any blatant problems with the QMS, so don’t make their job too easy.

ISO 9001 Standards Training DVD

The major reasons that company leadership or management decides to seek ISO 9001 certification are to gain continued or increased business and to maintain effective operations.
A company can maintain a relationship with customers, as well as get increased business through complying to the ISO 9001 standards or becoming certified. This comes from satisfying customer demands, the desire for European business, and to advertise.

The Introduction to ISO 9001:2008 DVD covers 3 major areas, which will help companies in the process of implementing ISO 9000 Standards. It consists of:

First, to describe some basic information on ISO 9001 Standards. It will specifically refer to ISO 9001:2008 Standards. The video will explained on topic like what is ISO 9000 Standards, The origin, history & evolution, Series of ISO 9001, version & certification in ISO 9000 Standards.

Then, the DVD will go into the introduction on quality management. It will explained on topics like what is quality, quality characteristic, quality management, Quality Management Principles, ISO 9001 vs. Quality, what is Quality Management System & etc.

Finally, the DVD will technically highlight the requirement of Quality Management System in ISO 9001:2008. It also going through in details the steps in implementing Quality Management System in ISO 9001:2008.

ISO 9001 Standards Training DVD

The major reasons that company leadership or management decides to seek ISO 9001 certification are to gain continued or increased business and to maintain effective operations.
A company can maintain a relationship with customers, as well as get increased business through complying to the ISO 9001 standards or becoming certified. This comes from satisfying customer demands, the desire for European business, and to advertise.

The Introduction to ISO 9001:2008 DVD covers 3 major areas, which will help companies in the process of implementing ISO 9000 Standards. It consists of:

First, to describe some basic information on ISO 9001 Standards. It will specifically refer to ISO 9001:2008 Standards. The video will explained on topic like what is ISO 9000 Standards, The origin, history & evolution, Series of ISO 9001, version & certification in ISO 9000 Standards.

Then, the DVD will go into the introduction on quality management. It will explained on topics like what is quality, quality characteristic, quality management, Quality Management Principles, ISO 9001 vs. Quality, what is Quality Management System & etc.

Finally, the DVD will technically highlight the requirement of Quality Management System in ISO 9001:2008. It also going through in details the steps in implementing Quality Management System in ISO 9001:2008.

IMPLEMENTATION OF ISO 9001 STANDARD IN EDUCATION

IMPLEMENTATION OF ISO 9001 STANDARD IN EDUCATION

The economy has already met with various endeavours and concepts to build an effective quality management system. From the historical point of view, the most important ones are Deming Prize (1950), followed by Malcom Baldrige National Award (1987) and

international standards pertaining to ISO 9000 (1987) family. The implementation of this last standard grows continuously, either in Europe or in the world. In the period from 2001 to 2003, there was a slight stagnation, which was the consequence of the organisations having to adapt to the requests of ISO 9001:2000 edition of the standard. Croatia also actively participates in this trend, which show that at the end of 2004, organisations were certified, of which 970 of them were from Croatia.

The economy has already met with various endeavours and concepts to build aneffective quality management system. From the historical point of view, the most importantones are Deming Prize (1950), followed by Malcom Baldrige National Award (1987) andinternational standards pertaining to ISO 9000 (1987) family. The implementation of thislast standard grows continuously, either in Europe or in the world, as shown in the picture1. In the period from 2001 to 2003, there was a slight stagnation, which was theconsequence of the organisations having to adapt to the requests of ISO 9001:2008 editionof the standard. Croatia also actively participates in this trend, as illustrated by figures fromthe table 2, which show that at the end of 2004, 670,399 organisations were certified, ofwhich 970 of them were from Croatia.

The implementation of the stated standard in educational activities took a somewhat slower pace. Trends in Croatia do not completely follow the World ones . The 2002 and 2003 stagnation, which, as already mentioned, was mainly caused by transfer from one issue of the standard to the next one, had no particular impact to Croatia, partially because the data for Croatia includes standards from both the previous and the new issue of the ISO 9001 standard.

IMPLEMENTATION OF ISO 9001 STANDARD IN EDUCATION

IMPLEMENTATION OF ISO 9001 STANDARD IN EDUCATION

The economy has already met with various endeavours and concepts to build an effective quality management system. From the historical point of view, the most important ones are Deming Prize (1950), followed by Malcom Baldrige National Award (1987) and

international standards pertaining to ISO 9000 (1987) family. The implementation of this last standard grows continuously, either in Europe or in the world. In the period from 2001 to 2003, there was a slight stagnation, which was the consequence of the organisations having to adapt to the requests of ISO 9001:2000 edition of the standard. Croatia also actively participates in this trend, which show that at the end of 2004, organisations were certified, of which 970 of them were from Croatia.

The economy has already met with various endeavours and concepts to build aneffective quality management system. From the historical point of view, the most importantones are Deming Prize (1950), followed by Malcom Baldrige National Award (1987) andinternational standards pertaining to ISO 9000 (1987) family. The implementation of thislast standard grows continuously, either in Europe or in the world, as shown in the picture1. In the period from 2001 to 2003, there was a slight stagnation, which was theconsequence of the organisations having to adapt to the requests of ISO 9001:2008 editionof the standard. Croatia also actively participates in this trend, as illustrated by figures fromthe table 2, which show that at the end of 2004, 670,399 organisations were certified, ofwhich 970 of them were from Croatia.

The implementation of the stated standard in educational activities took a somewhat slower pace. Trends in Croatia do not completely follow the World ones . The 2002 and 2003 stagnation, which, as already mentioned, was mainly caused by transfer from one issue of the standard to the next one, had no particular impact to Croatia, partially because the data for Croatia includes standards from both the previous and the new issue of the ISO 9001 standard.

IS0 14001 – HISTORICAL DEVELOPMENT

Firstly ISO 14000 environment system standards was prepared in June of 1992 year in Rio at world apex and this standard brooks decisions of this world apex and Rio contract principles. After 1 year, ISO established one technique committee which is yielded by 50 different country representatives to prepare international environment management system in 1993 year. ISO 14001 environment management system standard was issued in September of 1996 year with works of this committee. ISO 14001 standard is used as voluntary now but ISO 14001 will be burden by coercions of societies, international organizations, states in the future. Levels which environment management system passed are the following briefly: = Europe community countries issued I action plan in 1973 year (to practice protecting preventions of environment ) = BS 7750 Standard in 1992 = Rio Declaration in 1992 year = ISO/TC 207. Environmental management technique committee was established in 1993 year to develop ISO 14000 family standards = TS 9719 standard (environment management system – General features) in 1994 year = ISO 14001 standard in 1996 year = ISO 14001 current version in April of 2005 Nisan 2005

The History Of ISO 14001 Environmental Management System

The History Establishment Of ISO 14001 Environmental Management System

Environmental management began in earnest around 1970 as a direct result of environmental catastrophes and governmental reaction to those catastrophes. In many countries, environmental regulations that focus on control of environmentally damaging emissions to air, discharges to water, and disposal of hazardous wastes were instituted in an effort to prevent future environmental catastrophes and to limit toxic releases to the environment. Regulations, however, too often had the effect of placing a ceiling on environmental performance. Many industrial organizations, reacting negatively to governmental environmental regulations that
they view as being based on bad science, adding unnecessary costs, or making them uncompetitive in international markets, have restricted their environmental management efforts to complying with regulations and nothing morIn response, global institutions, recognizing the interconnected problems of persistent environmental degradation, growing economic divisions, and associated poverty and hunger, developed programs to begin to bring economic and social goals into balance with ecological and natural resource preservation. In 1992, the Global Environmental Summit, convened in Rio de Janeiro by the United Nations, brought representatives of 178 nations together to endorse Agenda 21: The Program of Action for Sustainable Development. Agenda 21 details the actions that are necessary on the part of organizations of all kinds if sustainability is to be achieved and collapse of economic, environmental, and social systems is to be avoided.
A second global summit, the World Summit on Sustainable Development (WSSD), was held in Johannesburg in Summer 2002. In tabulating the results since the Rio summit, the WSSD determined that all environmental trends had experienced further degradation and that the only sustainability gains to be reported were progress against infectious diseases, the global literacy rate, and the greater inclusion of women in society’s activities. The significance of Rio is that it marks the time when much of the world realized that we cannot continue on the same path we have been on. The significance of Johannesburg is the realization that, in spite of enormous effort on the part of many institutions, humankind is losing the battle for sustainability.
ISO 14001 is the EMS Specification developed by the international Organization for Standardization (ISO) of Geneva, Switzerland as a part of the ISO 14000 series ofenvironmental management documents. It was issued as both an International and American National Standard in September 1996. The Second Edition of ISO 14001, ISO 14001:2004, was issued as an International Standard on November 15, 2004 and subsequently as an American National Standard.
ISO 14001 establishes a framework for the conduct of environmental management by requiring the organization to define an Environmental Policy and establish sixteen management procedures that support the policy. Many of the ISO 14001 procedures already exist in some form within organizations and only require modification to meet the requirements of ISO 14001. Other procedures have to be added in their entirety. All of the ISO 14001 procedures represent best management practices as defined by a consensus of the representatives of more than 50 national standards bodies and Non-Governmental Organizations (NGOs) who participated in the development of ISO 14001:1996 from early 1993 through July 1, 1995 and in
the development of the Second Edition from early 2002 until mid-2004.

ISO 14001 Standards – Emergency Preparedness and Response Plans

ISO 14001 Section 4.4.7, Emergency Preparedness and Response, requires that organizations establish and maintain procedure(s) to:

1. Identify potential accidents and emergencies

2. Respond to accidents and emergencies

3. Prevent and mitigate the environmental impacts that may be associated with accidents and emergencies.

Section 4.4.7 also requires that organizations review and revise, when necessary, their emergency preparedness

and response procedure(s), especially after an accident or emergency situation. Organizations must also periodically test such procedures where practicable.

Most organizations have already developed and implemented emergency response plans to comply with various federal and state regulations that require such plans. Examples of federal regulations that require such plans include:

• Resource Conservation and Recovery Act (RCRA) Contingency Plans

• Spill Prevention, Control, and Countermeasures (SPCC) Plans

• Facility Oil Response Plans under the Oil Pollution Prevention Act of 1990

• Employee Emergency and Fire Prevention Plans under Occupational Safety and Health Administration (OSHA).

Some states have regulations that require similar emergency response plans. For instance, the state of Pennsylvania requires certain facilities to develop and implement a Preparedness, Prevention, and Contingency (PPC) Plan in addition to federal requirements.

The ISO 14001 requirements are similar to the requirements of most regulatory emergency plans. Whether your facility has emergency response plans or not, you should review the following sections to ensure you meet the ISO 14001 emergency response requirements.

ISO 14001 Section 4.4.7, Emergency Preparedness and Response, requires that organizations establish and maintain procedure(s) to:

1. Identify potential accidents and emergencies

2. Respond to accidents and emergencies

3. Prevent and mitigate the environmental impacts that may be associated with accidents and emergencies.

Section 4.4.7 also requires that organizations review and revise, when necessary, their emergency preparedness

and response procedure(s), especially after an accident or emergency situation. Organizations must also periodically test such procedures where practicable.

Most organizations have already developed and implemented emergency response plans to comply with various federal and state regulations that require such plans. Examples of federal regulations that require such plans include:

• Resource Conservation and Recovery Act (RCRA) Contingency Plans

• Spill Prevention, Control, and Countermeasures (SPCC) Plans

• Facility Oil Response Plans under the Oil Pollution Prevention Act of 1990

• Employee Emergency and Fire Prevention Plans under Occupational Safety and Health Administration (OSHA).

Some states have regulations that require similar emergency response plans. For instance, the state of Pennsylvania requires certain facilities to develop and implement a Preparedness, Prevention, and Contingency (PPC) Plan in addition to federal requirements.

The ISO 14001 requirements are similar to the requirements of most regulatory emergency plans. Whether your facility has emergency response plans or not, you should review the following sections to ensure you meet the ISO 14001 emergency response requirements.

Save The Environment – Implement ISO 14001 Standards

Environmental Management System (EMS)

Save The Environment - Implement ISO 14001 Standards

Global warming, ozone depletion, pollution and extinction of numerous species of animals. These are just a few of the environmental issues that the world faces, in the name of development. As responsible corporate citizens, SMEs can play their part in preserving our natural environment for our next generation.

Both individuals and businesses especially have a social and environmental responsibility to fulfil. With the rapid development in today’s industrialised world, the issue of preserving and managing our environment has become crucial. The increasing awareness of the importance of good environmental management systems is evidenced by the amendments made to the Environmental Quality Act 1974 and other environmental regulations which serve to ensure stricter compliance of environmental standards. Malaysia also adopted the National Environment Policy in 2002 as a means of addressing environmental issues in an integrated manner while more and more companies are striving to attain the MS14001 EMS certification.

WHAT SMEs CAN DO TO SAVE THE ENVIRONMENT
As responsible corporate citizens, SMEs have a major role to play in preserving the environment. For starters, they can help the Government to achieve its recycling goals, by creating mechanisms to facilitate the segregation of recyclable wastes and to ensure that these wastes are sent to the relevant parties instead of being dumped in landfills and illegal dumpsites. Furthermore, SMEs must also ensure that proper waste management systems are in place in conducting their day-to-day businesses.

Below are a few steps that SMEs can take to do their part for the environment:
• Dispose off company wastes properly and responsibly.
• Encourage employees to reuse items where possible, for example, printing on both sides of the paper, etc.
• Practise recycling in the office, by introducing a recycling programme. Among the items that can be recycled are papers, cardboards, glass, aluminium cans and scrap metals.
• Implementing an Environmental Management System (EMS).

WHAT IS AN ENVIRONMENTAL MANAGEMENT SYSTEM (EMS)?
An EMS provides a framework for managing environmental practices that integrates with overall business goals in a systematic way. Various models can be applied to develop, implement and maintain an EMS. One of the more common models used by industries is the model described by the ISO 14001 standard which was developed by the International Organisation for Standardisation (ISO). The ISO 14001 standard EMS model focuses on continuous improvement through an on-going cycle of actions called the continual improvement cycle which incorporates the elements of planning, doing, checking and acting.

An EMS typically begins with a strong environmental policy which describes the organisation’s approach in managing its environmental affairs and reflects its commitment to protect the environment and human well-being. The environmental policy establishes the framework for environmental leadership and serves as a contract between an organisation’s employees and its stakeholders. As such, commitment and strong support from top management is essential in making an EMS a success. Developing the environmental policy also helps to lay the groundwork for the planning phase of the EMS cycle. It is in this stage that active management support is sought, a multi-disciplinary EMS implementation team is formed and an introduction meeting is held to brief employees on the implementation of EMS. On top of that, the scope and budget for the implementation of EMS is also pre-defined. In other words, it is important that management provides all the resources necessary for the successful implementation of EMS.

CURRENT ENVIRONMENTAL PRACTICES
It is evident that some SME has put in place various initiatives to preserve the environment while utilizing resources efficiently. These initiatives include the following:

1. Discouraging open burning in fields and plantation sites while encouraging the composting of felled trees and crops in an environmentally-friendly way which in turn prepares land for replanting by using natural fertilizer;
2. Discouraging the use of chlorofluorocarbons (CFCs) in various industrial, commercial and household appliances; and
3. Encouraging the recycling of resources for example, in the plastic manufacturing industry, materials are being regenerated through the forming process in an effort to reuse biodegradable products in an environmentally-friendly way.

WHAT IS WASTE MANAGEMENT?
Waste management involves collecting, transporting, processing, recycling and disposing waste materials, in an effort to reduce their adverse effects on human health and the environment. Waste materials include solid, liquid or gaseous substances. The implementation of waste management requires careful planning and also adequate financial resources and is the responsibility of all parties involved such as individuals, businesses and corporations, including SMEs.

INCENTIVES FOR ENVIRONMENTAL PROTECTION AND WASTE MANAGEMENT
In an effort to support an enhanced level of environmental pro activity, the government provides a range of fiscal activities which includes the Pioneer Status tax exemption and the Investment Tax Allowance for the manufacture of environmentally-friendly products, the provision and supply of environmentally-friendly services and specific activities which contribute towards the presentation of the environment. The said incentives are available for the following activities:

• Storage, treatment and disposal of toxic and hazardous waste
• Waste recycling activities which are high-tech in nature for instance, recycling agricultural wastes, chemicals and the production of reconstituted wood-based panel boards or other products
• Energy-generating activities using biomass which are renewable and environmentally-friendly. Examples of biomass resources include palm oil mill waste, rice mill waste, sugar cane mill waste, timber/sawmill waste and paper recycling mill waste
• Energy conservation services

Accelerated Capital Allowance with a special initial rate of 40% and an annual rate of 20% for total write-off within three years is given to organisations that are waste generators, for their capital expenditure on machinery and equipment incurred, to set up facilities to store, treat and dispose their waste. This incentive is also available to companies undertaking waste recycling activities.

ISO 14001 Standards Quality Manual

ISO 14001 Standards – Quality Manual

What is ISO 14001 Quality manual

ISO 14001 manual is a document that describe all maters of ISO 14000 systems.

II. Contents of ISO 14001 manual:

1. Definitions of ISO 14001

2. Purpose of standard

3. Scope of standard

4. Environmental policies

5. ISO 14001 planning

6. Legal and others requirements

7. Environmental objectives and targets

8. Environmental management programs

9. Organization structure and responsibilities

10. Training, awareness and competence

11. ISO 14001 communication

12. Environment management system documentation

13. Document controls

12. Operational controls.

13. Emergency Preparedness and Response

14. Monitoring and measurement

15. Non-conformance and corrective and preventive actions

16. Environmental records

17. Environment management system audit

18. Management review

ISO 14001 Standards – Environmental Awareness

ISO 14001 Standards – Environmental Awareness

Save OUR EARTH!!!

Go For ISO 14001 Standards – Environmental Management System. If all companies implement ISO 140001 Standards – Environmental Management System in the organization, it will help us to protect our environment.

ISO 14001 Template

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ISO 14001 Template

The ISO 14001Template were created to help you to prepare the ISO 14001Quality Manual, ISO 14001 Operating Procedure & ISO 14001 Forms. This ISO 14001 Template contains prewritten Quality Manual, Operating Procedure along with sample forms and checklists included as Microsoft Word & Excel format. It provides sample practical documentation in the proper ISO format required by the latest ISO 14001:2004.

The ISO 14001 Template features:-

• Specifically designed to be very easy to customize so that the entire documentation that is required by ISO 14001 : 2004 can be quickly and easily developed.
• Professional design and layout.
• It is designed to fulfill the ISO 14001 : 2004 requirements. .
• Easy to read, easy to understand, and easy to implement.
• Easy to audit as it follows the structure of ISO 14001: 2004..
• Includes the required Process Flowchart.

The ISO 14001 Template series itself is generic, and is designed to be applicable to any manufacturing or service process. The ISO 14001 Environmental Management System (EMS) Template are consist of:

a. ISO 14001 EMS Manual Template
The Policy is fundamental to meeting the needs of ISO 14001. It essentially defines the rules and requirements of the organization with respect to the standard/EMS and as such is a central plank of the initiative.
ISO 14001 Manual Template Consist of:
• Section 1: General EMS Requirement
• Section 2: Environment Policy – Objectives, Targets & Programmes
• Section 3: EMS Planning
• Section 4: Implementation & Operation
• Section 5: Checking & Monitoring
• Section 6: Management Review

b. ISO 14001 Operating Procedure
The ISO 14001 Operating Procedure Template includes and integrates ISO 14001 EMS requirements, thus containing the most difficult part of the ISO 14001 documentation. The ISO 14001 Operating Procedure Template include the detailed samples of the Operating Procedures to fulfill the ISO 14001 : 2004 requirements for the procedures, making the customization process even easier. The entire manual follows the structure of ISO 14001 : 2004.

ISO 14001 Operating Procedures Consist Of:
• Objective & Targets Procedure
• Environmental Management Program Procedure
• Environmental Aspect & Impact Identification & Evaluation Procedure
• Environmental Monitoring & Measuring Procedure
• Legal & Others Requirement & Evaluation Of Compliance Procedure
• Emergency Preparedness & Response Procedure
• Chemical Control Procedure
• Waste Management Procedure
• 5S House Keeping Procedure

c. ISO 14001 Forms
ISO 14001 Forms Consist Of :
• Environmental Non-Conformance Master List
• Environmental Non-Conformance Notice Form
• Environmental Management Program Form
• Environmental Aspect & Impact Identification Form
• Green Environment Internal Audit Master Plan
• Green Environment Plan & Activities Form
• Green Environment Material Purchase Master List
• ISO 14001:2004 Internal Audit Summary Report
• Equipment Monitoring Master List
• Environment Preventive Action Report (PAR) Master List
• Environment Preventive Action Report (PAR) Form.
• Environmental Responsible Form
• EMS Organization Chart.
• Waste Management Schedule Form
• Totally Abolish Banned Substances & Target Deadline For Total Abolishment Form

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ISO 14001 – Application to Small and Medium Size Enterprises

ISO 14001 – Application to Small and Medium Size Enterprises

Most of the development and application of EMS has taken place in large companies. The use of such systems in small and medium-size enterprises (SMEs) has been limited—although it is in this segment of industry that some of the largest benefits might be anticipated, because of the difficulty of regulating large numbers of small firms and the potential efficiency improvements that are believed to exist. In practice, however, the characteristics of the typical SME make the adoption of EMS difficult: most SMEs do not have a formal management structure, they lack technically trained personnel, and they are subject to severe short-term pressures on cash flow.

Anecdotal evidence indicates that an EMS cannot be used to drive improved performance in a poorly organized SME. Targeted training in management and quality control can improve overall performance, including its environmental aspects, and can provide a basis for more specific EMS development. Many firms can reap significant benefits from introducing quality management concepts, even where they are not aiming at formal certification. Any steps in this direction should be encouraged.

An EMS, as normally envisaged, builds on existing production and quality management systems. Where such systems are weak or ineffective, as is often the case in enterprises that have poor environmental performance, a better management framework has to be established before focusing on the details of the EMS. The costs of establishing an EMS will therefore obviously depend on the starting point in terms of both management systems and environmental performance.

The ecoefficiency savings can, in some cases, pay for the costs of establishing the EMS, particularly if most of the planning and organizational work is carried out in-house. However, a poor performer will very likely have to invest in production upgrading or pollution control in order to meet environmental requirements, and these costs can be significant.

A full EMS can be complex and can require an appreciable commitment of operational resources.

However, the final system can be reached reasonably through a series of discrete steps, starting from a basic, simple procedure and becoming more comprehensive and sophisticated as capabilities and resources allow. In this way, even a small enterprise can begin to put in place the basic elements of an ISO 14001 system and can develop them at an appropriate pace. Once the basic EMS is in place, it is possible to carry out a gap analysis and to make a balanced judgment on the costs and benefits of seeking certification.

A related issue is the coverage of the EMS. Certification is normally for specific sites or facilities.

A large enterprise may have a number of different sites and production facilities and may choose to seek certification only for a subset of the sites.

ISO 14001 Environmental management programmes

ISO 14001 Environmental management programmes

Introduce a series of projects as an environmental management programme to achieve the set targets. Apply normal project management disciplines (eg. assign a project leader, consider their training needs, outline the key stages of the project and dates that will lead to the target achievement).

Gradually apply environmental management programme thinking to such things as the introduction of new products, new or improved processes and other key activities of the business. In particular, ensure existing projects become environmental management projects where there is a significant environmental impact involved, so that the EMS becomes company wide. This is a frequent oversight found during ISO 14001 assessments. The EMS must cover the whole business – like a net thrown over the whole business and for example including such things as engineering and maintenance

ISO 14001 Standards

Improving the environmental performance of corporations is one way of limiting environmental damage by implementing ISO 14001 Standard / ISO 14001 Standards. Environmental management systems (EMS's), such as ISO 14001 Standard / ISO 14001 Standards, provide a framework for organizations that wish to effectively manage their environmental affairs. Implementing an EMS that conforms to the ISO 14001 standard / ISO 14001 Standards may help businesses integrate environmental values into their operations.

ISO 14001 Standards – Nonconformance, Corrective and Preventive Action

ISO 14001 Standards - Nonconformance, Corrective and Preventive Action

ISO 14001:2004 Section 4.5.2, Nonconformance And Corrective Andrequires that organizations establish and maintain procedures that:

Preventive Action,

• Define responsibility and authority for handling and investigating nonconformance

• Take action to mitigate any impacts caused by nonconformance

• Initiate and complete the appropriate corrective and preventive action.

ISO 14001:2004 Section 4.5.2 also states that “…any corrective or preventive action taken to eliminate the causes of actual and potential nonconformances must be appropriate to the magnitude of problems and commensurate with the

environmental impact encountered.”

If any changes in the documented procedures result from any corrective and preventive action, you must implement and record these changes.

Nonconformance refers to any issues that do not meet or comply with the requirements established in the EMS or the ISO 14001 standard. Procedures developed under ISO Section 4.5.2 will provide the mechanism to handle

non-conformances and to ensure steps be taken to prevent a recurrence.

The procedures should include the following key steps:

1. Identify the problem

2. Determine the cause

3. Establish the solution

4. Document the solution

5. Implement the solution

6. Record the documentation and implementation of the solution

7. Communicate the solution.

Environmental Aspects (ISO 14001:2004, §4.3.1)

The requirement of §4.3.1 of ISO 14001 is to establish and maintain procedures 1) for identifying theenvironmental aspects of the organization’s activities, products, and services that it can control and those that it can influence and 2) for determining which of those aspects have or can have a significant impact on the environment. Understanding the requirement of this element of ISO 14001 is central to understanding the concept of an environmental management system.

A single manufacturing facility has potentially hundreds of environmental aspects. How far must it go in identifying its environmental aspects to satisfy the terms of the requirement? ISO 14001 specifies that the organization is to identify those aspects that it can control and those that it can influence and that it must also take into account planned or new developments and new or modified activities, products, and services. These stipulations in the requirements, without actually drawing boundaries on how far the organization must go in identifyingenvironmental aspects, at least establish some categories of aspect that must be considered. Beyond this principle, each organization must identify its aspects comprehensively enough so as to not fail to identify a significant aspect or a legal requirement. An objection to comprehensive identification of aspects is that the organization may become so immersed in aspects identification that it loses sight of the end objective of the procedure, which is to determine significance.

“Significant impact” is not a stand-alone term in §4.3.1. It is accompanied by the phrase “impact on the environment” and “environment” is a defined term. Significant aspects, then, are those environmental aspects that have or can have significant impacts on air, water, land, natural resources, flora, fauna, and humans. The organization determines, using its own criteria, what magnitude of impact on these seven environmental receptors constitutes a significant impact. Whether an aspect is regulated is not intended to be a factor in determining significance.

Proper execution of the environmental aspects procedure is important, in part, because it lifts environmental management out of the regulatory compliance mode and into the mode ofsystematically consequences for the environment, irrespective of regulation. The organization that rigorously applies the environmental aspects procedure discovers many opportunities to improve environmental performance that regulation does not address, including:· Use of energy

· Consumption of materials

· Environmental impacts of employee activities

· Environmental impacts of products and by-products post-manufacture, including distribution, use, reuse, and disposal

· Environmental impacts of services

· Unregulated waste streams such as carbon dioxide

identifying environmental aspects and impacts and considering their