ISO 14001 Standards

ISO 14001 Standards

Monitoring and Measurement In ISO 14001 Standards

Monitoring and Measurement In ISO 14001 Standards

The Monitoring and Measurement section contains two requirements:

1) Measurement and monitoring of environmental performance associated with operations that can have a significant impact on the environment; and

2) Calibration and maintenance of equipment used for environmental monitoring and measurement.

Monitoring and Measuring of Performance — This section calls for a“procedure to monitor and measure… key characteristics of… operations that can have a significant impact on the environment.”

Note that the section does not specifically require the organization to monitor and measure the significant environmental impacts of its products or services. As a practical matter, however, organizations should establish measurements over all environmental aspects that they determine are significant irrespective of whether the impacts relate to an activity, product, or service.

This section also requires the documentation“of information to monitor performance, applicable operational controls, and… environmental objectives and targets.” §4.6,

Management Review, requires that environmental performance and achievement of objectives and targets become inputs into the Management Review (sub-sections c & d).

Calibration and Maintenance — The requirement of having a calibration system is to ensure that measurements are reliable and accurate. A calibration system may be developed following these steps:

· Identification of measurements to be made;

· Identification of equipment, instruments, hardware and software to be used;

· Identification of the testing methods to be used;

· Determination of the accuracy and precision required or desired;

· Definition of calibration procedures;

· Use of the system;

· Establishment of records;

· If equipment is found to be out of calibration, corrective action; and

· Improvement of the system as necessary.

Evaluation of Compliance In ISO 14001 Standards

Evaluation of Compliance In ISO 14001 Standards

The requirement to establish a procedure for periodically evaluating compliance with applicable legal and other requirements falls short of specifically requiring regulatory compliance audits but, in fact, a system of regular regulatory compliance audits may be the most practical means for meeting this requirement of the standard. In the U.S., determination of whether to conduct a compliance audit will be governed in part by the particular jurisdiction’s approach to allowing a legal privilege for the self-assessment audit.

Evaluation vs. Audit – The difference between an evaluation and audit can only be determined by looking outside of ISO 14001. Consulting a dictionary reveals that an evaluation involves a determination of value or worth and that an audit is an examination of accounts done by persons appointed for the purpose. A better definition `is the more specific ISO 19011:2002, Guidelines for Quality and/or Environmental Management Systems Auditing, which defines an audit as a “systematic, independent, and documented process for obtaining audit evidence and evaluating it objectively to determine the extent to which the audit criteria are fulfilled.” Many organizations do not have a system for evaluating regulatory compliance other than their own records and the inspections of regulatory officials. This lack of a verification system can be a risky way to operate. Reports of enforcement actions and consent agreements show that many organizations are blindsided by rogue employees who violate rules and falsify documents to cover up environmental misdeeds. Although ISO 14001 does not prescribe a specific approach to evaluation of regulatory compliance, organizations should consider methods for going beyond verification of records by collecting and evaluating physical evidence.

INTEGRATING THE NATURAL STEP ELEMENTS INTO ENVIRONMENTAL MANAGEMENT SYSTEMS

In 1988, Dr. Karl-Henrik Robert began the process of developing the principles and objectives that have become known as The Natural Step.

Robert convened a group of over 100 Swedish scientists and asked them to develop a vision for a sustainable society based on the scientific principles. The Natural Step framework (Robert, 1991) was the result of this effort and is becoming widely recognized.

In this framework, there are four underlying principles or conditions and four guiding objectives.

These system conditions are:

Nature should not be subject to systematically increasing concentrations of substances extracted from the Earth’s crust;

Nature should not be subject to increasing concentrations of substances produced by society;

Nature should not be subject to systematically increasing degradation by physical means; and

People should not be subject to conditions that systematically undermine their capacity to meet their needs.

These conditions can be converted to four objectives that are more easily understood:

Eliminate our community’s contribution to fossil fuel dependency and to the wasteful use of scarce metals and minerals;

Eliminate our community’s contribution to dependency upon persistent chemicals and the wasteful use of synthetic substances;

Eliminate our community’s contribution to encroachment upon nature; and Meet human needs fairly and efficiently.

To apply The Natural Step, Boisvert et al. (1999) recommend an A-B-C-D approach: Awareness, Baseline Analysis, Compelling Vision, and Down to Action. Kent County chose to align its program with The Natural Step because of its simplicity and scientific basis.

An environmental management system (EMS) is a set of processes and practices that enable an organization to reduce the environmental impacts from its operations and increase efficiency. It helps the organization to systematically manage its environmental “footprint.” Alternatively, according to the ISO definition (ISO, 2004) an EMS is “a part of an organization’s management system used to develop and implement its environmental policy and manage its environmental aspects.” It is built upon the concept of continuous improvement and follows a four element Plan-Do-Check-Act cycle. The EMS is an evolving process and is consistently modified to accommodate new information, changing circumstances and changes in organization priorities.

The critical components of each of the four elements are:

Planning, includes identifying environmental aspects and establishing goals [Plan];

Implementing, includes training and operational controls [Do];

Checking, includes monitoring and corrective action [Check]; and

Reviewing, includes progress reviews and acting to make needed changes to the EMS [Act].

There are a variety of reasons that an organization may develop and implement an EMS. The reasons are many and varied and often depend upon the type of organization. A business with international offices has different reasons than a public agency to develop and implement an EMS. Table 1 provides a list of the most common of these reasons.

Some disadvantages to developing and implementing an EMS relate to the costs associated with development of the program and include:

An investment of internal resources, including staff/employee time;

Costs for training of personnel;

Costs associated with hiring consulting assistance, if needed; and

Costs for technical resources to analyze environmental impacts and improvement options, if needed.

Critical factors that assure the success of any management system include:

Commitment from senior management;

Designated staff including a Core team to act as a cheerleader and a representative trained in the program;

Involvement of all employees in the covered fenceline;

Dedicated resources;

A link to the overall strategic planning of the organization;

Sufficient time to develop and implement the program;

Proper follow through on the checking and acting components; and

A willingness to make the cultural shift required for the program to succeed.

The ISO 14001 guidance lists 17 elements, shown in Table 2, as the foundation of an EMS.

Several documents and publications cover the various elements of an EMS in detail. One of these is the US EPA publication “Achieving Environmental Excellence: An Environmental Management Systems (EMS) Handbook for Wastewater Utilities,”

Understand Quality Management

Quality Management may be defined as the process through which organizations apply statistical process control mechanisms in order to improve the quality and standards of goods and services that are manufactured. Closely related to Quality Management is tqm, also known as total quality management. This is basically a management strategy that is applied in businesses in order to create awareness of high quality in most organizational processes. Quality Management features three main components including quality assurance, quality improvement and quality control. Quality management is focused not only on the quality of products and services but also on continuous improvement of quality standards.
Most methods that are now being used for Quality Management, quality system and quality manufacturing system take into consideration the need for high quality as an essential attribute in services and products that are manufactured by companies and organizations. Quality Management usually involves the successful improvement of quality of services and products. This is usually done through quality training processes where one can also acquire lessons on quality process and process management. One tool that is used for ensuring auditing quality in Quality Management is the MasterControlQAAD(TM) software. Besides using tools to carry out Quality Management successfully, one can also consider applying project management. This will help ensure continuous quality improvement.
The other way through which organizations can improve quality of process and service output is by using six sigma. This is basically a business management strategy that helps identify and remove defects and variations in the manufacturing process. It also helps guarantee Quality Management. It works by using a set of high quality business management and overall management methods to ensure quality and guarantee Quality Management. Most products and services to which Quality Management is applied are certified with iso certificates. Some of the iso certificates that guarantee that a product or service has undertaken Quality Management, change management and process improvement is iso 9001.
iso 9001 and iso 14001:2004 set down specific guidelines for environmental management systems and Quality Management. Other guidelines can be found in other generic process management philosophies such as the lean management that follows iso 9000 quality improvement standards aimed at guaranteeing total quality to its quality systems. The other mode through which organizations guarantee Quality Management is by use of a quality plan that meets iso 14000 and iso 14001 iso certification requirements. The other iso certification that guarantees product quality in Quality Management include iso 9001 2000.
In order to meet supplier quality in Quality Management systems, there are several iso training sessions that are offered. These meet iso standards. An organization that is in need of Quality Management for its products and services may also consider using a quality manual for its day to day Quality Management plans. Such a manual will usually have guidelines for iso quality. However, when applying the guidelines in the manual, regard must be had to quality audit measures aimed at guaranteeing Quality Management for the organization. Quality Management also involves knowledge of as9100 and iso 13485 that are commonly applicable in supplier management.
Quality Management programs that are iso certified help offer quality policy to existing iso 9001 certifications and quality management system that meet iso 9000 and ts16949 requirements. Quality companies that are aimed at ensuring Quality Management for the products and services that they manufacture also use quality management software that guarantees managing quality. In order to enhance Quality Management, the software guarantees quality procedures through its high rate of functionality. Besides such software, an organization can adopt quality assurance training and also offer quality consulting to its members in order to guarantee Quality Management to its products and services.
There are also several quality project management plans, which meet iso standards such as iso 9002 that are available today. Such plans are usually developed with a view to developing flexible, affordable and scalable management solutions to companies that seek to uphold Quality Management for their products and services. Such plans feature quality management systems that offer quality control management and quality assurance management through quality a management plan. Other quality objectives that can be obtained through iso 9001 training thus meeting iso 9000 certification use project management skills to improve Quality Management for the manufactured products and services.

ISO 14001 Standards – Complying with Environmental Laws and Regulations

One of the most commonly cited reasons for implementing an ISO 14001 environmental management system is that it helps an organization comply with environmental laws and regulations.
ISO 14001 registration will provide additional assurance to City Council, senior management, regulators and key stakeholders that appropriate procedures have been implemented to identify, track, and communicate environmental laws and regulations. ISO 14001 registration will also provide assurance that our Administration is controlling, monitoring, and improving performance, relative to these laws/regulations.
A strong environmental management system, aimed at legal/regulatory compliance, will serve the City of Edmonton by increasing the likelihood of avoiding convictions, fines and judgments; avoiding internal legal costs; and promoting positive relations with regulators.

SUMMARY OF CHANGES TO ISO 14001:2004

SUMMARY OF CHANGES TO ISO 14001:2004
ISO 14001:2004 aims to clarify the 1996 edition and align it more closely with the ISO 9001:2000 standard. Some clauses have not been modified for content but have been rewritten to align ISO 14001:2004 with the format, wording, and layout of ISO 9001:2000 and to enhance the compatibility between the two standards.
References in Annex A of the standard are aligned with the numbering in the standard for ease of use. Annex B of the standard identifies similarities and associations between ISO 9001:2000 and ISO 14001:2004.
An important change in wording throughout the revised standard appears in requirements that previously stated that an organisation shall “establish and maintain”; these have now been changed to “establish, implement and maintain”.
Throughout the standard the word “personnel” in the original standard is replaced with “persons working for or on behalf of the organisation” in the revised standard. This is included to ensure that external contractors and applicable suppliers are included under the requirements of certain clauses.
In developing, implementing and maintaining the organisation’s EMS, significant environmental aspects, applicable legal requirements and other requirements to which the organisation subscribes must be considered, and management must ensure the availability of resources.
There are additional paragraphs in the introduction, which generally cover:
• the aim of the ISO 14001:2004 standard is to enhance compatibility with ISO 9001:2000;
• alignment is improved between clause references and supporting Annexes. For example, 4.3.3 and A.3.3 both deal with objectives, targets and programme(s), and 4.5.5 and A.5.5 both deal with internal audit;
• an explanation of the Plan-Do-Check-Act (PDCA) model used in ISO 9001:2000;
• the use of the process approach is promoted in alignment with ISO 9001:2000;
• possible alignment and integration with other management systems is reviewed.