A practical guide for facility engineers and managers to understand the impact of environmental regulations when applied to operating equipment in any industry or facility. It lays out a clear road map on how to learn the essential steps and how to use the proper tools. Based on the author’s 39-year experience, this concise material discusses real-life applications and case studies adopted and implemented successfully in many NYC facilities and appropriate for large cities. It will help facility engineers comply with various rules and regulations of the jurisdictions of EPA, state, city, and local agencies and properly itemize reporting requirements. Features include: • Guides facility engineers and managers with a clear and logical exposition of topics, developments, and valuable regulatory frameworks for appropriate preparation and compliance • Provides detailed explanations of procedures for emission reduction and improved efficiency and productivity • Emphasizes the importance of continuing education in compliance to prevent high penalties for facilities • Includes real-life applications and case studies on reducing energy baseline and current operating methods, providing formulas and calculations • Addresses regulatory knowledge for operating systems in cities with a dense population in the US and countries with similar regulatory frameworks This book will benefit professionals, engineers, facility and project managers, building and grounds supervisors, code compliance managers, and heating, ventilation, air conditioning (HVAC) systems contractors and installers in hospitals, universities, schools, and other facilities.

The Engineer is the chair of a technology trio who create innovations that complement or replace human effort, and enhance human development. The Technician is the artisan that transforms the Engineer's design sketches and calculations into working drawings and, ultimately into products that meet human needs, under the management and supervision of the Technologist. This book discusses extensively the unique attributes of engineering within the technology family and its prime role in human development, the numerous sub-disciplines of the profession, the distinctive skill sets that characterize each, the interdependence and complementarities of the many sub-specialties, the prime role of the engineer as the technology team leader, and the type of training required to produce a professional engineer in the main areas of specialization. The very bright career opportunities in engineering for both men and women are also discussed.

1-Weather Effects on Roofing Systems2-Understanding Your Roofing and Cladding Systems3-Building Envelope & Roofing Structure4-Roofing Construction Materials5-Insulation & Waterproofing Membranes6-Energy System Calculations7-Fasteners & Flashings: Holding the Roof on the Roof8-Penetrations Through the Roofing System9-Roofing Project Management10-Convention and Unconventional Roofing Structures11-Warranty and Maintenance of Roofing Systems12-Roofing People13-Roofing Safety & Liability14-Industry Trade AssociationsGlossary of Roofing TerminologyBibliographyIndex

If your organization was subject to the thousands of federal, state, and local environmental laws and regulations in effect in the U.S. at the turn of the century, the Environmental Compliance Handbook should be within easy reach. Thousands of professionals have benefited from the bestselling classic. This practical, comprehensive book simplifies t

This guidebook is the result of working with agencies in the water sector over the past several years. Although water and wastewater utilities are intimately familiar with the requirements to meet their missions, whether delivering safe drinking water or treating wastewater and meeting discharge requirements, they are often much less familiar with other environmental regulations such as those governing the management of hazardous waste. Furthermore, most agencies do not have a person, much less a department, dedicated to ensuring environmental compliance. Therefore, the need for a guidebook such as this became apparent, and through the support of the American Water Works Association (AWWA), Water Utility Council (WUC), and the Water Industry Technical Action Fund (WITAF), it became a reality. Additionally, AWWA's legal advisors reviewed the guidebook to ensure it accurately describes and references the regulatory requirements. Water is a vital resource that no one can live without. Assisting utilities in complying with environmental regulations to minimize their risk is critical to ensure that resources available for capital improvements and other projects will enable facilities to fulfill their mission.

In the late 1990s, several of the sponsor agencies of the Federal Facilities Council began developing and implementing initiatives and policies related to sustainable development. Guidance related to life-cycle costing and value engineering was recognized as being supportive of sustainable development, in particular when used in the conceptual planning and design phases of acquisition, where decisions are made that substantially effect the ultimate performance of a building over its life cycle. However, specific concerns were raised that when federal agencies apply value engineering in the final stages of design or during construction in response to cost overruns, design features that support sustainable development may be eliminated. The primary objective of this study, therefore, was to develop a framework to show how federal agencies can use value engineering and life-cycle costing to support sustainable development for federal facilities and meet the objectives of Executive Order 13123.