By efficiently handling work order administration, automatically ensuring regular inspections and preventive maintenance, and properly tracking vendor, maintenance, and other records related to your assets, our CMMS for Hospitals removes several common obstacles to efficient workflow. Reduced costs are the natural result.
FacilityONE enables the customer to take full advantage of the software with its turn-key implementation services. We will have your system up and running on the first day. This saves even more time and is shown to increase satisfaction. Our SaaS model also assures management that your staff is always using the most current version of the software making the system sustainable over time.
This document outlines IGO's standards for operations integrity, design, construction, and commissioning. It discusses engineering practices and specifications, process safety, new plant and equipment, maintenance, inspections, testing, design, construction, and commissioning. The key points are:
1. It sets minimum standards for maintaining asset integrity and preventing unplanned releases.
2. Engineering specifications must meet legislation, IGO standards, and other relevant standards.
3. Process safety objectives and KPIs are used to measure performance, which is reported regularly.
4. Risk assessments must be conducted for new plants, equipment, and processes.
This document discusses information security objectives of confidentiality, integrity and availability. It describes the need to control sensitive information like strategic plans, business operations data, and financial information. Control is needed to safeguard assets, maintain data integrity, and ensure system effectiveness. The document categorizes controls as preventive, detective, corrective, and compensatory. It discusses administrative, operational and accounting functions as well as physical, logical and environmental security issues and controls. Environmental controls include water detectors, fire extinguishers, suppression systems, inspections, surge protectors and emergency plans.
SPOT is a 24/7 technology asset monitoring center that offers early alert notification services. It monitors IT and operational technology (IoT) devices such as networking equipment, industrial devices, environmental variables, and application health. Customers simply define what to monitor and SPOT chooses the key variables. SPOT uses tools like SolarWinds and Zabbix and has a fully redundant architecture complying with high security standards. It works with customers to define response procedures and provides real-time notifications, periodic reports, and cost optimization benefits.
National Training on Safe Hospitals - Sri Lanka - Module 1 Session 4 - 14Sept...Reynaldo Joson
This document outlines a training module on safe hospital concepts. It includes 4 sessions that cover topics such as risk management frameworks, the role of hospitals in emergencies, concepts of safe hospitals, and the roles of stakeholders in ensuring hospital safety. The module defines what constitutes a safe hospital and identifies critical elements. It discusses the Safe Hospital Campaign and notes that achieving safe hospital status requires partnership and collaboration among stakeholders, such as governments, health institutions, international agencies, financial institutions, and universities.
The document discusses NABH (National Accreditation Board for Hospitals and Healthcare Providers) which establishes standards for healthcare organizations in India and provides accreditation. It defines quality healthcare as care that benefits patients without harming them using tested safe and affordable methods according to set standards. NABH accreditation involves an external review of a healthcare organization's quality system and compliance with NABH standards. The standards are divided into patient centered and organization centered standards, covering areas like access to care, patient rights, infection control, management, and information systems. Accreditation through NABH provides benefits to clients, healthcare providers, and healthcare institutions such as improved outcomes, satisfaction, reputation and efficiency.
This document discusses the organizational structures of hospitals. It describes the classifications of healthcare as primary, secondary, and tertiary care. Hospitals are also classified as general, specialty, rehabilitation, long-term care, or nursing homes. Regulatory agencies oversee hospitals. The roles of the governing board, hospital administrator, and medical staff are outlined. Advances in technology have increased complexity and professional specialization within hospitals. Effective communication and leadership are needed to coordinate the diverse professionals and administrative functions within this complex organizational system.
Organizational Structure Of A Hospital[1]jawadorak
The organizational structure of a hospital facilitates efficient management by establishing lines of authority and accountability. Larger hospitals have more complex structures than smaller facilities. Hospital departments are generally grouped into administration services, informational services, therapeutic services, diagnostic services, and support services. Administration oversees budgets, policies and public relations. Informational services handle admissions, billing, records and technology. Therapeutic services provide treatment. Diagnostic services determine causes of illness or injury. Support services maintain supplies and the facility. Understanding the organizational chart helps navigate a hospital's departments and staff.
This document outlines IGO's standards for operations integrity, design, construction, and commissioning. It discusses engineering practices and specifications, process safety, new plant and equipment, maintenance, inspections, testing, design, construction, and commissioning. The key points are:
1. It sets minimum standards for maintaining asset integrity and preventing unplanned releases.
2. Engineering specifications must meet legislation, IGO standards, and other relevant standards.
3. Process safety objectives and KPIs are used to measure performance, which is reported regularly.
4. Risk assessments must be conducted for new plants, equipment, and processes.
This document discusses information security objectives of confidentiality, integrity and availability. It describes the need to control sensitive information like strategic plans, business operations data, and financial information. Control is needed to safeguard assets, maintain data integrity, and ensure system effectiveness. The document categorizes controls as preventive, detective, corrective, and compensatory. It discusses administrative, operational and accounting functions as well as physical, logical and environmental security issues and controls. Environmental controls include water detectors, fire extinguishers, suppression systems, inspections, surge protectors and emergency plans.
SPOT is a 24/7 technology asset monitoring center that offers early alert notification services. It monitors IT and operational technology (IoT) devices such as networking equipment, industrial devices, environmental variables, and application health. Customers simply define what to monitor and SPOT chooses the key variables. SPOT uses tools like SolarWinds and Zabbix and has a fully redundant architecture complying with high security standards. It works with customers to define response procedures and provides real-time notifications, periodic reports, and cost optimization benefits.
National Training on Safe Hospitals - Sri Lanka - Module 1 Session 4 - 14Sept...Reynaldo Joson
This document outlines a training module on safe hospital concepts. It includes 4 sessions that cover topics such as risk management frameworks, the role of hospitals in emergencies, concepts of safe hospitals, and the roles of stakeholders in ensuring hospital safety. The module defines what constitutes a safe hospital and identifies critical elements. It discusses the Safe Hospital Campaign and notes that achieving safe hospital status requires partnership and collaboration among stakeholders, such as governments, health institutions, international agencies, financial institutions, and universities.
The document discusses NABH (National Accreditation Board for Hospitals and Healthcare Providers) which establishes standards for healthcare organizations in India and provides accreditation. It defines quality healthcare as care that benefits patients without harming them using tested safe and affordable methods according to set standards. NABH accreditation involves an external review of a healthcare organization's quality system and compliance with NABH standards. The standards are divided into patient centered and organization centered standards, covering areas like access to care, patient rights, infection control, management, and information systems. Accreditation through NABH provides benefits to clients, healthcare providers, and healthcare institutions such as improved outcomes, satisfaction, reputation and efficiency.
This document discusses the organizational structures of hospitals. It describes the classifications of healthcare as primary, secondary, and tertiary care. Hospitals are also classified as general, specialty, rehabilitation, long-term care, or nursing homes. Regulatory agencies oversee hospitals. The roles of the governing board, hospital administrator, and medical staff are outlined. Advances in technology have increased complexity and professional specialization within hospitals. Effective communication and leadership are needed to coordinate the diverse professionals and administrative functions within this complex organizational system.
Organizational Structure Of A Hospital[1]jawadorak
The organizational structure of a hospital facilitates efficient management by establishing lines of authority and accountability. Larger hospitals have more complex structures than smaller facilities. Hospital departments are generally grouped into administration services, informational services, therapeutic services, diagnostic services, and support services. Administration oversees budgets, policies and public relations. Informational services handle admissions, billing, records and technology. Therapeutic services provide treatment. Diagnostic services determine causes of illness or injury. Support services maintain supplies and the facility. Understanding the organizational chart helps navigate a hospital's departments and staff.
Fire Alarm ... Design, Components, ApplicationsMohamed Gamal
A fire alarm system is a set of devices that detect and alert people to the presence of smoke, fire, carbon monoxide, or other fire-related emergencies. Fire alarms systems are required in most commercial buildings and are installed to protect life, and property. Examples include, schools, churches, restaurants, and corporate buildings. These devices may include smoke detectors, heat detectors, and manual fire alarm activation devices which are all connected to a Fire Alarm Control Panel (FACP) normally found in an electrical room. The purpose of a fire alarm system is to notify occupants, and emergency forces. They do this so that they can take action to protect themselves and others.
The document discusses the key responsibilities of facilities management in a hotel, which includes maintaining property appeal, preventative maintenance, routine and emergency repairs, emergency preparedness planning, and green practices. Facilities management is responsible for building operations and maintenance, ensuring regulatory compliance, and controlling costs while providing guest and employee services. This includes maintaining interior and exterior areas, handling repairs, implementing preventative maintenance of systems and equipment, and establishing emergency plans for natural disasters or other incidents. Sustainable practices around water, energy, and environmental conservation are also part of facilities management duties.
Engineering services are vital to a hospital's operations as they ensure efficient patient care delivery. A quality assurance program for engineering services focuses on outcomes, processes, and infrastructure. It aims to prevent issues with utilities like power, communication systems, and equipment that could negatively impact patient care and satisfaction. A properly staffed and equipped engineering department is essential for hospitals to maintain infrastructure and implement maintenance programs effectively.
This document discusses physical security considerations for information systems. It covers fire detection and response systems, ensuring proper heating, ventilation and air conditioning, managing power supplies and utilities, preventing water damage, avoiding structural collapse, monitoring for data interception, securing mobile devices and remote access, and inventory management. The goal is to identify and address physical threats to information security facilities and systems.
The document outlines the steps for planning and procuring non-medical equipment for the departments of a hospital or healthcare institution. It involves conducting a needs assessment for each department, identifying essential equipment, creating specifications, allocating budgets, prioritizing purchases, selecting vendors, ensuring space and regulatory compliance, implementing equipment with training, and maintaining performance. Customization for different departments like administration, finance, IT, and clinical areas is also emphasized.
Laura Engells completed an internship with the Environment, Health and Safety (EHS) Department at Freescale Semiconductor. Over the summer of 2015, she worked on several projects under the guidance of her mentor Troy Wappler. These projects included creating training materials on chemical handling, developing emergency response charts, drafting a fire impairment checklist, writing a process safety management report, and organizing documents for an air permit. Engells gained experience in areas like hazards analysis, manufacturing processes, and technical writing from her work on these projects.
The document discusses SiteFM's webinar on interim life safety measures (ILSM). It provides an agenda for the webinar which includes introductions, a 40 minute presentation on ILSM, next steps, and a question and answer session. It also provides background information on SiteFM and the qualifications of the webinar faculty member.
The document discusses various specialised services in hotels, including waste management, fire safety systems, security systems, HVAC systems, and building management systems. It provides details on types of waste streams and how they are separated and stored. It also describes components of fire safety systems like sprinklers, smoke detectors, and evacuation plans. Security provisions like CCTV, keycard locks, and alarm systems are outlined. Finally, it discusses different HVAC system options for hotel rooms like PTAC, VTAC, and VRF systems.
This document provides an overview of basic fire alarm system training. It defines a fire alarm system as a system that monitors fire alarm or supervisory devices and initiates an appropriate response. It describes the basic components of a fire alarm system including the control panel, communications methods, initiating devices like smoke detectors, and notification appliances like horns and strobes. It also discusses relevant codes and standards like NFPA 72 and requirements for fire alarm systems in buildings based on use and occupancy.
Slides from the online webinar on automated thermal imaging for remote substation monitoring. Learn more about how automated thermal imaging can help you implement condition based maintenance for critical substation assets.
Watch the webinar here - http://bit.ly/2ncYaxd
The document provides details about the building services systems in Solaris Dutamas, Publika, including the fire protection system, mechanical transportation system, air conditioning system, and mechanical ventilation system. It discusses the active and passive fire protection systems used, including smoke detectors, fire alarms, sprinklers, and firewalls. It also examines the mechanical systems like elevators, escalators, air handling units, and fans. The document is analyzing these systems to understand their functions and compliance with regulations like the Uniform Building By-Laws.
The document provides details about the building services systems in Solaris Dutamas, Publika, including the fire protection system, mechanical transportation system, air conditioning system, and mechanical ventilation system. It discusses the active and passive fire protection systems used, including smoke detectors, fire alarms, sprinklers, and firewalls. It also examines the mechanical systems like elevators, escalators, air handling units, and fans. The document is analyzing these systems to understand their functions and compliance with regulations.
This document provides an analysis of the building services systems in Solaris Dutamas Publika mall, including the fire protection system, mechanical transportation system, air conditioning system, and mechanical ventilation system. It discusses the components, functions, and design requirements of each system based on literature reviews and a case study of the mall. The fire protection system analysis covers both active systems like detectors, alarms, and sprinklers as well as passive fire protection. Requirements from the Uniform Building By-Laws of Malaysia are also referenced.
The document provides an overview of the various engineering services that support a healthcare facility. It discusses the key components which include civil assets like buildings and infrastructure; electrical, water, steam and gas supplies; ventilation, air conditioning and refrigeration; lifts and communication systems. It emphasizes that engineering services account for a large portion of capital costs and are integral to maintaining a safe, functional environment for patient care. Specifics are provided on requirements and best practices for different systems like electrical, fire safety, lifts and medical gases. The goal is to facilitate high quality care through reliable, well-designed engineering services.
An energy audit is an analysis of energy usage at a facility to identify opportunities to improve energy efficiency and reduce costs. The audit process involves collecting data on energy bills, equipment, operations, and the building itself. Key systems like HVAC, lighting, and motors are examined in detail. The audit identifies energy conservation measures that can be implemented. A report is prepared with recommendations and an action plan to pursue comprehensive energy management. Implementing audit recommendations helps organizations continuously improve energy utilization and reduce costs.
Mangalore Refinery and Petrochemicals Limited has implemented various safety measures including fire alarm systems, hydrocarbon detectors, fire protection systems, and mobile fire appliances. It also has occupational health programs including regular monitoring, training, and a full-fledged occupational health center. The company's safety management systems have received a 5-star rating and it successfully achieved 294 accident-free days as of 2017.
Fire Protection Equipment Inspection, Testing, and Maintenance: An Overview o...Antea Group
This document provides an overview of NFPA 25, which establishes requirements for inspecting, testing, and maintaining fire protection equipment. It discusses how NFPA 25 has been adopted in the Netherlands and outlines key aspects of implementing an inspection, testing, and maintenance system according to NFPA 25 standards, including defining critical components, inspection frequencies, checklists, and data analysis possibilities. The document emphasizes starting small and continuously optimizing inspection, testing, and maintenance systems over time.
Dear Sir,
As we are FIRST for engineering contracting works (HVAC, Fire F, Plumb and Electrical), We would like to introduce ourselves to you as one of electromechani-cl Contractors in Egypt & U.A.E. our company was founded by Eng. Ahmed Zaher after a big experience in the huge construction projects in U.A.E. and Egypt, we have a very good team of engineers, technicians and very good technical office team to meet all the standards.
For more Information
Please call Eng Ahmed Zaher:-+201065457792/+971526123836
this ppt covers the entire control room in National Building Code of India which prescribe code of safety in NBC and design standards for planning control room. and rest of the missing data will fine in NBC, 2016
The document introduces a contracting company that provides HVAC, firefighting, plumbing and electrical systems and has experience in projects in Egypt and the UAE, listing their scope of work, licenses, policies, references and details about the founder and how to contact them. They have the required licenses and certifications and experience providing various mechanical, electrical, and plumbing systems for projects in Dubai and Egypt.
Communications Mining Series - Zero to Hero - Session 1DianaGray10
This session provides introduction to UiPath Communication Mining, importance and platform overview. You will acquire a good understand of the phases in Communication Mining as we go over the platform with you. Topics covered:
• Communication Mining Overview
• Why is it important?
• How can it help today’s business and the benefits
• Phases in Communication Mining
• Demo on Platform overview
• Q/A
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A fire alarm system is a set of devices that detect and alert people to the presence of smoke, fire, carbon monoxide, or other fire-related emergencies. Fire alarms systems are required in most commercial buildings and are installed to protect life, and property. Examples include, schools, churches, restaurants, and corporate buildings. These devices may include smoke detectors, heat detectors, and manual fire alarm activation devices which are all connected to a Fire Alarm Control Panel (FACP) normally found in an electrical room. The purpose of a fire alarm system is to notify occupants, and emergency forces. They do this so that they can take action to protect themselves and others.
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Engineering services are vital to a hospital's operations as they ensure efficient patient care delivery. A quality assurance program for engineering services focuses on outcomes, processes, and infrastructure. It aims to prevent issues with utilities like power, communication systems, and equipment that could negatively impact patient care and satisfaction. A properly staffed and equipped engineering department is essential for hospitals to maintain infrastructure and implement maintenance programs effectively.
This document discusses physical security considerations for information systems. It covers fire detection and response systems, ensuring proper heating, ventilation and air conditioning, managing power supplies and utilities, preventing water damage, avoiding structural collapse, monitoring for data interception, securing mobile devices and remote access, and inventory management. The goal is to identify and address physical threats to information security facilities and systems.
The document outlines the steps for planning and procuring non-medical equipment for the departments of a hospital or healthcare institution. It involves conducting a needs assessment for each department, identifying essential equipment, creating specifications, allocating budgets, prioritizing purchases, selecting vendors, ensuring space and regulatory compliance, implementing equipment with training, and maintaining performance. Customization for different departments like administration, finance, IT, and clinical areas is also emphasized.
Laura Engells completed an internship with the Environment, Health and Safety (EHS) Department at Freescale Semiconductor. Over the summer of 2015, she worked on several projects under the guidance of her mentor Troy Wappler. These projects included creating training materials on chemical handling, developing emergency response charts, drafting a fire impairment checklist, writing a process safety management report, and organizing documents for an air permit. Engells gained experience in areas like hazards analysis, manufacturing processes, and technical writing from her work on these projects.
The document discusses SiteFM's webinar on interim life safety measures (ILSM). It provides an agenda for the webinar which includes introductions, a 40 minute presentation on ILSM, next steps, and a question and answer session. It also provides background information on SiteFM and the qualifications of the webinar faculty member.
The document discusses various specialised services in hotels, including waste management, fire safety systems, security systems, HVAC systems, and building management systems. It provides details on types of waste streams and how they are separated and stored. It also describes components of fire safety systems like sprinklers, smoke detectors, and evacuation plans. Security provisions like CCTV, keycard locks, and alarm systems are outlined. Finally, it discusses different HVAC system options for hotel rooms like PTAC, VTAC, and VRF systems.
This document provides an overview of basic fire alarm system training. It defines a fire alarm system as a system that monitors fire alarm or supervisory devices and initiates an appropriate response. It describes the basic components of a fire alarm system including the control panel, communications methods, initiating devices like smoke detectors, and notification appliances like horns and strobes. It also discusses relevant codes and standards like NFPA 72 and requirements for fire alarm systems in buildings based on use and occupancy.
Slides from the online webinar on automated thermal imaging for remote substation monitoring. Learn more about how automated thermal imaging can help you implement condition based maintenance for critical substation assets.
Watch the webinar here - http://bit.ly/2ncYaxd
The document provides details about the building services systems in Solaris Dutamas, Publika, including the fire protection system, mechanical transportation system, air conditioning system, and mechanical ventilation system. It discusses the active and passive fire protection systems used, including smoke detectors, fire alarms, sprinklers, and firewalls. It also examines the mechanical systems like elevators, escalators, air handling units, and fans. The document is analyzing these systems to understand their functions and compliance with regulations like the Uniform Building By-Laws.
The document provides details about the building services systems in Solaris Dutamas, Publika, including the fire protection system, mechanical transportation system, air conditioning system, and mechanical ventilation system. It discusses the active and passive fire protection systems used, including smoke detectors, fire alarms, sprinklers, and firewalls. It also examines the mechanical systems like elevators, escalators, air handling units, and fans. The document is analyzing these systems to understand their functions and compliance with regulations.
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Dear Sir,
As we are FIRST for engineering contracting works (HVAC, Fire F, Plumb and Electrical), We would like to introduce ourselves to you as one of electromechani-cl Contractors in Egypt & U.A.E. our company was founded by Eng. Ahmed Zaher after a big experience in the huge construction projects in U.A.E. and Egypt, we have a very good team of engineers, technicians and very good technical office team to meet all the standards.
For more Information
Please call Eng Ahmed Zaher:-+201065457792/+971526123836
this ppt covers the entire control room in National Building Code of India which prescribe code of safety in NBC and design standards for planning control room. and rest of the missing data will fine in NBC, 2016
The document introduces a contracting company that provides HVAC, firefighting, plumbing and electrical systems and has experience in projects in Egypt and the UAE, listing their scope of work, licenses, policies, references and details about the founder and how to contact them. They have the required licenses and certifications and experience providing various mechanical, electrical, and plumbing systems for projects in Dubai and Egypt.
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Proprietary & Confidential
FacilityONE – Organize. Access. Transform.
Company established to provide Facility Information Solutions for
use by Executives, Facility Management, Day-to-Day Operations,
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• Joint Compliance documentation
• Doing more work with less people
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Proprietary & Confidential
Challenges for Healthcare Facilities – The Day-to-Day
Hospital facility organizations need information daily
o Drawings/Easily accessible blueprints
o Room Locations and Dimensions
o Asset Specific Documents, such as Digital Photos, O&M Manuals, etc.
o Device Chains of all Systems for Control of Emergency
Power up / Power Down and Daily Troubleshooting
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Proprietary & Confidential
Critical Requirements for Healthcare Facilities
FacilityONE enables facilities to meet the many requirements placed
on them today.
• High Customer Satisfaction
• Regulatory Compliance
• Disaster Preparedness
• Business Continuity
High
Customer
Satisfaction
Disaster
Preparedness
Business
Continuity
Regulatory
Compliance
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Proprietary & Confidential
High Customer Satisfaction
• Enterprise standardization
o Saves money
o Does not compromise quality
• FacilityONE encourages Best Practices for consistency across the
organization
• Allows internal customer satisfaction by a more efficient
maintenance staff
Patients, Professionals and Staff
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Proprietary & Confidential
Regulatory Compliance
• Support ready documents for regulatory inspections
o Critical system/equipment locations
o Egress routes, fire rated walls, fire doors
o Maintenance schedules, inspections and testing tracking through
Work Order Management
o Location and information of hazardous materials
o And more…
• Update and share information across the organization
Preparing for the Inevitable
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Proprietary & Confidential
Disaster Preparedness
• Mitigating unknown disasters
o Expedite troubleshooting in crisis by providing location specific
information and updated device history
o Use of centralized communication system by multiple disciplines during
disaster response efforts
• Decreased downtime through improved recovery process
• Ability to operate remotely (if applicable)
• Potential insurance rate reduction due to preparedness
When the Unexpected Happens
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Proprietary & Confidential
Business Continuity
• Centralized data repository for all facility information
• System with back-up, off-site repository
• Enables faster recovery from disasters
• Facilitates minimized financial and operational impact
• Minimally disrupted customer service
Keeping the Business Running
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Proprietary & Confidential
Securing and maintaining the world – one facility at a time!
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Proprietary & Confidential
Critical Facility Information
• Facility Layout Plans including updated floor plans
• Existing Building Construction Dates
o An annotation layer for each building could depict the dates of
construction for the different parts of the facility
• Facility Layout showing locations of Emergency overhead lighting
and electrical plugs
At Your Fingertips
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Proprietary & Confidential
• Hazardous Materials and Waste (Standard EC 02.02.01)
• Hospitals are required to manage risks related to hazardous materials
and waste.
• The solution can be used to document the locations and details of
hazardous materials and waste.
• Can be used to map the locations of flammable goods on each floor in
the facility.
• Documents, paperwork or reports related to these materials can be
stored in the solution. (MSDS sheets, etc)
At Your Fingertips
Critical Facility Information
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Proprietary & Confidential
At Your Fingertips
Critical Facility Information
• Managing Fire Risk (Standard EC 02.03.01)
o Through the annotation tool, emergency egress routes can be mapped on
the floor plans.
o Fire equipment can be located on the floor plans.
• Fire Drills (Standard EC 02.03.03)
o Hospitals are required to conduct fire drills in each building. The annotation
tool can be used to depict the areas of the buildings that fire drills are
practiced.
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Proprietary & Confidential
• Managing Utility Systems (Standard EC 02.05.01)
• Hospitals are required to manage risks associated with the utility systems.
• Maps/floor plans show the locations and details of systems/assets.
• Emergency procedures can be stored in the solution for each
system/asset.
At Your Fingertips
Critical Facility Information
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Proprietary & Confidential
• Statement of Conditions (Standard LS 01.01.01)
o Hospitals are required to comply with the Life Safety Code.
o The solution can be used to capture up-to-date drawings that are
accurate and available depicting fire rated walls, fire doors, smoke
compartments, fire extinguishers, and egress routes.
At Your Fingertips
Critical Facility Information
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Proprietary & Confidential
• Interim Life Safety Measures (Standard LS 01.02.01)
o Hospitals must protect occupants during periods of construction.
o The solution can assist by providing a means to modify egress routes
using the annotation tool. SMARTPRINT capabilities can be used to
determine areas of systems being affected or changed during
construction or renovation.
At Your Fingertips
Critical Facility Information
• Means of Egress (Standard LS 02.01.20)
o The solution can be used to directly
document the means of egress routes
within the facility.
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Proprietary & Confidential
• Smoke and Heat Protection (Standard LS 02.01.10)
– Building and fire protection features are designed and maintained to minimize
the effects of fire, smoke and heat.
– The solution directly allows for documentation of fire-rated walls, fire doors, and
fire dampers.
At Your Fingertips
Critical Facility Information
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Proprietary & Confidential
• Fire Alarm Systems (Standard LS 02.01.34)
o Hospitals are required to provide and maintain fire alarm systems.
o Locations of fire alarm components can be documented within the
solution.
At Your Fingertips
Critical Facility Information
• Fire Extinguishing Systems (Standard LS 02.01.35)
o Hospitals are required to provide and maintain systems for extinguishing
fires.
o Locations of fire extinguishing components can be documented within the
solution.
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Proprietary & Confidential
Maintenance of Systems
• Fire System Testing (Standard EC 02.03.05)
o Hospitals are required to maintain fire safety equipment through
testing and inspection requirements. These maintenance and testing
schedules can be managed through the Work Order Management
System.
• Maintenance of Utility Systems (Standard EC 02.05.05)
o Hospitals are required to inspect, test, and maintain utility
systems.
o Can be managed through the PM System. See 02.05.01
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Proprietary & Confidential
• Testing Emergency Power Systems (Standard EC 02.05.07)
o Hospitals are required to inspect, test, and maintain emergency
power systems.
o Testing schedules can be managed through the PM System.
See 02.05.01
• Medical Gas System Testing (Standard EC 02.05.09)
o Hospitals are required to inspect, test, and maintain medical gas and
vacuum systems.
o Testing schedules can be managed through the PM System. See
02.05.01
Maintenance of Systems
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Proprietary & Confidential
Testing & Inspections
• Fire System Testing (Standard EC 02.03.05)
o Hospitals are required to maintain fire safety equipment through
testing and inspection requirements. These maintenance and testing
schedules can be managed through the Work Order Management
System.
• Managing Utility Systems (Standard EC 02.05.01)
o Hospitals are required to manage risks associated with the utility
systems.
o Inspections, testing, and maintenance of the components within these
systems can be managed through the Work Order Management
System.
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Proprietary & Confidential
• Testing Emergency Power Systems (Standard EC 02.05.07)
o Hospitals are required to inspect, test, and maintain emergency power
systems.
o Testing schedules can be managed through the PM System. See
02.05.01
• Medical Gas System Testing (Standard EC 02.05.09)
o Hospitals are required to inspect, test, and maintain medical gas and
vacuum systems.
o Testing schedules can be managed through the PM System. See
02.05.01
Testing & Inspections
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Proprietary & Confidential
• Fire Alarm Systems (Standard LS 02.01.34)
o Hospitals are required to provide and maintain fire alarm systems.
o Inspections of the system components can be managed through the
PM program.
• Fire Extinguishing Systems (Standard LS 02.01.35)
o Hospitals are required to provide and maintain systems for
extinguishing fires.
o Inspections of the system components can be managed through the
PM program.
Testing & Inspections
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Proprietary & Confidential
Securing and maintaining the world – one facility at a time!