The First Facility Management Blog


May 29th, 2009

Sixth Annual European Facility Management Conference Heads to Amsterdam

International perspectives will take center stage as facility and private-sector experts from around the world convene at the Hotel Okura in Amsterdam, The Netherlands, June 16-17 for the sixth annual European Facility Management Conference. A joint venture between EuroFM and the International Facility Management Association (IFMA), EFMC 2009 will offer workplace professionals strategies for success in today’s global economy and analyze the business processes, best practices, and technology and energy management trends affecting the built environment. Featuring a business conference and research symposium integrated into one event, EFMC 2009 will address topics such as: FM strategies in a global world; the economics of FM; sustainability and energy management; future developments and innovations in FM; partnership across borders; life cycle management; and workplace trends.

The event will feature keynote presentations from Slovenian Cultural Ambassador Miha Pogacnik and Dutch information industry trend watcher Rob Creemers. Pogacnik will take attendees on a “Journey of Transformation,” a presentation in which he teaches how to overcome “lamentation paralysis” in order to revive personal and commercial success. Creemers’ address, “Development of FM, Collaboration of Business and Research,” will consider the global and European challenges surrounding the development of facility management. 

Another highlight of this year’s conference will be the “FM Debate of the Year.” Host Magnus Kuchler, partner at Ernst Young AB, Sweden, will take attendees through an analysis of the pros and cons of facility management outsourcing.

Additionally, EFMC 2009 educational sessions will take an in-depth look at issues such as evidence based design, carbon management and sustainability, and performance monitoring. Educational session speakers include representatives from IBM, the LEGO Service Center, Saxion University, University College London, and the University of Salford.

“It’s really critical that national and international associations continue to network and work together on common initiatives, and a great example of this is the partnership between EuroFM and IFMA for EFMC,” said John McGee, MBA, COO of Ice Energy and chairman of the IFMA board of directors. “Such partnering allows the transfer of best practices, benchmarking, research and education across multiple countries, and the result is the advancement of the FM profession globally.”

LABELS EuroFM, Europe, FM_Alert, Facilities_Management, IFMA, John_McGee, Professional_Development, international No Comments »

May 29th, 2009

WEB EXCLUSIVE: Flooded Hospital Shortens A Long Road Back

On June 7, 2008, record flooding from nearby Haw Creek filled the basement and up to six inches on the first floor of Columbus Regional Hospital in Columbus, IN,  forcing the hospital to evacuate 157 patients. The laboratory, pharmacy, IT center, radiology equipment, medical records, and food service facility that were housed in the hospital’s basement were destroyed. The hospital sustained more than $200 million in damages and was forced to close during recovery and rebuilding efforts. Initial estimates put this process at 10 to 12 months, but through the hard work of hospital employees and countless volunteers Columbus Regional Hospital reopened its doors October 27, 2008, less than five months after the flooding.

Following is the story of the response and recovery.

Flooding in Columbus, IN around the Columbus Regional Hospital

Flooding in Columbus, IN around the Columbus Regional Hospital

Dave Lenart, director of facilities and materials management at Columbus Regional Hospital, was surprised when he received a call from hospital CEO Jim Bickel on a rainy Saturday afternoon. Bickel wanted to know what the hospital’s emergency plan was if the creek behind it overflowed. Lenart told Bickel that he had discussed this scenario with security in the past and they had planned to reroute parking as necessary, but noted that he had never seen the creek overflow. Bickel also wanted to know if Lenart could get sandbags delivered to the hospital quickly.

Lenart began calling contractors to deliver sandbags to the hospital and rallied his facilities team as well. He tried calling the hospital’s main phone line and thought it was unusual that the line was busy, but chalked it up to high call volume. After a second attempt to get through, Lenart knew something was wrong. If there was any potential for flooding at the hospital, the basement where the phone switch was located, would be vulnerable. Lenart contacted Martha Myers, Columbus Regional Hospital’s manager of risk and safety services, on her cell phone as he headed to the hospital.

All the typical routes to the hospital were flooded and it took Lenart more than an hour to make the normally 20-minute trip from his home. Lenart described his approach to the hospital buildings like “walking toward a combat zone” and reported that the amount of water present was staggering. Physicians, hospital staff, first responders, military men and women, state police, and community volunteers were working quickly to evacuate the second and third floors of the hospital, set up a staging area in a small parking lot and begin transporting patients to nearby healthcare facilities.

The basement and first floor of the hospital were affected by the flooding.

The basement and first floor of the hospital were affected by the flooding.

Lenart began retrieving wheelchairs and stretchers to support evacuation efforts on the upper floors. Next, he turned his attention to ensuring the hospital’s infrastructure - electricity, water and communications - were running when they could. He worked with hospital contractors to bring in lighting, portable toilets and other necessities. At 1:30 a.m. Sunday, when the water had subsided, Lenart and Bickel walked through the evacuated building of Columbus Regional Hospital and began assessing damages. “It was surreal walking through a completely dark hospital. We lost everything to support the liveliness of what was just a few hours ago. Our primary and emergency electrical systems, boilers, chillers, and transport systems were all dead.”  In total, the hospital would sustain more than $200 million in losses.

Creativity and Resourcefulness Save Money, Speed Recovery

In the hours and days immediately following the flooding, Lenart worked tirelessly with FEMA, insurers, and area contractors to clear the hospital and get it back online. He tested all systems to determine what was salvageable and what was lost. Together with his team, he moved and consolidated storage facilities on the hospital campus to create a makeshift shipping and receiving area for supplies, systematically removed all food items from rooms and the kitchen to avoid infestations, stripped beds and gathered linens, removed trash and biohazardous wastes that might pose a threat to employees and contractors working in the building, and secured medication areas. Lenart enlisted contractors to pump water out of the basement – a lengthy process – and cut out drywall that could wick up water, causing further damage. He ordered dehumidifiers and worked with industrial hygienists to clean the air in the hospital and oversee cleaning of all the mud and muck that covered equipment, walls, desktops, and furniture.

In total, the hospital sustained more than $200 million in losses.

In total, the hospital sustained more than $200 million in losses.

Conscious of the countless contractors and volunteers who would be working overtime to return the hospital to normal operations, Lenart provided any temporary solutions he could to aid rebuilding efforts. These included ventilating the building so it would not get stuffy or cause environmental problems, installing lights in the parking lot to help staff working at night feel safe, supplying power to the hospital’s mobile emergency department unit MED-1 and setting up a dietary unit to feed employees and volunteers.

When Columbus Regional Hospital physicians requested heavy surgical equipment from the hospital’s second floor so they could continue to practice at area surgery centers, Lenart and his team got creative. Elevators were not functioning so they devised a way to get a forklift to the second floor, opened up an area of a balcony and lowered large sensitive equipment from surgery to the ground floor. “We were extremely creative and resourceful to make this all happen,” said Lenart.

Lenart also moved quickly to ensure unnecessary expenditures did not hit the bottom line, suspending contracts with vendors and returning all consignments within one week of the flooding, selling back costly equipment, including a bone freezer, and recycling and reusing whenever possible. In the basement, for instance, maintenance staff stripped insulation off copper conductors destroyed by flooding and the hospital sold this as scrap. They also recycled batteries, chemical products, and metals.  Contractors moved 130,000 square feet of equipment from the basement, and hospital staff moved an additional 160,000 square feet of furniture and equipment from the first floor. The contents were cleaned and stored until they could be returned to the restored hospital.

Stringent FEMA guidelines required tight scopes of work that also would minimize cost exposures. Cautious not only of costs, but also AHJ requirements, Lenart’s group was required to have thought not just of every system and component of systems, but of every level of interactiveness those systems may have somewhere else in the hospital and demonstrate to insurers that they had thought through every detail and would have the equipment necessary to support the hospital in the way they had in the past. Determining, for instance, that they had everything from hammers and drills and complex diagnostic equipment to simple pots and pans, crash carts, shelving units, and chairs. All of this needed to be documented and accounted for.

Fortunately, Lenart had been asked to assess the hospital’s systems previously as part of routine risk assessment procedures so he had a big checklist in place to work through. And because the hospital already had planned a major rebuilding effort to begin in the fall 2008, he also had architects and engineers who knew the plant and contractors who were prepared to begin work.

Columbus Regional Hospital reopened in October 2008, five months after the flooding.

Columbus Regional Hospital reopened in October 2008, five months after the flooding.

Less than five months after Haw Creek overflowed its banks behind Columbus Regional Hospital and flooded the building, the hospital reopened.  Creativity, resourcefulness, and relentless effort from Lenart, the facilities team, countless contractors, consultants, architects, hospital staff, and community volunteers brought a great hospital back online quickly.

————–

TFM asked Lenart about what changes, if any, have been made in the hospital’s emergency response plan, since the flooding in June 2008.

TFM: Have you and your team added guidelines to the emergency response plan for if the creek overflows again?
Lenart: Yes, we have a two part solution. Our short-term solution is to protect the loading dock from becoming the breach into our facility a second time. We’ve installed a temporary flood wall that will protect us from the rising waters of the Haw Creek. The second solution is building a permanent flood barrier that will protect the entire perimeter of the building from any future possible flood waters.

TFM: And have there been any other changes/additions made to the emergency response plan overall?
Lenart: The change we incorporated is to be more involved with our county emergency management officials. In particular, with flooding as being an event, we are closely in tune with the city emergency response to understand the environmental conditions that are happening “up stream.” Along with assessing future weather conditions, we now can actively determine and execute the next level of protective measures to insure protection of the facility.

(Photos courtesy of Columbus Regional Hospital)

LABELS Emergency planning, Facility Managers, Flooding, Web_Exclusive, healthcare_facilities No Comments »

May 29th, 2009

FRIDAY FUNNY: Pearls of Wisdom


This offering comes from Peter SJF Bance, author of the Friday Funny mailing list. And while this list isn’t specifically facility management oriented, it crosses all boundaries and may provide a few chuckles to those who haven’t already seen them.

1. Birds of a feather flock together and crap on your car.

2. A penny saved is a government oversight.

3. The easiest way to find something lost is to buy a replacement.

4. He who hesitates is probably right.

5. Did you ever notice: The Roman Numerals for 40 are XL.

6. If you think there is good in everybody, you haven’t met everybody.

7. If you can smile when things go wrong, you have someone in mind to blame.

8. Did you ever notice: When you put the two words ‘The’ and ‘IRS’ together it spells ‘Theirs.’

9. The older we get, the fewer things seem worth waiting in line for.

10. When you are dissatisfied and would like to go back to youth, think of Algebra.

LABELS Friday_Funny, Professional_Development, morale 2 Comments »

May 28th, 2009

New Commercial Property Index Reveals Negative Capital Growth

On 5/27/09 IPD, the global real estate performance analysis and benchmarking specialist, published its first ever annual commercial real estate index and quarterly indicator for the U.S. backed by 10 years of historical data.

According to the IPD U.S. Annual Property Index, capital growth was -12.2% in 2008. For the 12 months to the end of December 2008, all property income return in the U.S. was 5.4%, contributing to an overall total return of -7.4%.

The Annual Index is born out of IPD’s core U.S. Portfolio Analysis Services, which has been measuring the relative performance of individual funds against peer group benchmarks since 2005. The U.S. IPD office has amassed data on $121 billion worth of U.S. commercial real estate portfolios for the first Annual Index, data which is expected to expand substantially in coming years.

The inaugural IPD U.S. Quarterly Indicator, which monitors quarterly movements in U.S. commercial real estate value trends and returns, revealed that capital growth was -10.5% for the quarter ending March 31, 2009. Over the same three month period, all property income return in the country was 1.4%, contributing to an overall total return of -9.2%.

Annual sector and regional returns
For the annual period, the Office sector fared the worst, with capital growth of -12.8%. For the same one year period, the Industrial and Retail sector capital growth was -11.7% and -11.4%, respectively.

At the regional level, Western states posted the largest decline with a capital growth of -13.0% for the 12 months ending with December 2008. Capital growth results were similarly negative for the East, South, and Midwest, at -12.3%, -11.1%, and 11.0%, respectively.

Simon Fairchild, managing director at IPD US, said, “A clear feature of these U.S. results is the apparent synchronization in the downside performance. Whatever manner in which we analyze the data—either across regions or sectors—market values have been written down at broadly the same rate.”

The IPD U.S. Property Index measures returns to direct investment in U.S. commercial property. It shows total return on capital employed in market standing investments (i.e., properties held from one monthly valuation to the next) but excludes any properties bought, sold, under development, or subject to major refurbishment in the course of the month.

LABELS Commercial_Real_Estate, Economic_Development, Economic_Downturn, IPD, Professional_Development, Real_Estate No Comments »

May 28th, 2009

NEW PRODUCT FLASH: JACE-202-XPR-24 Controller

The JACE-202-XPR-24 from Tridium is an embedded controller/server platform designed for remote monitoring and control applications. The unit combines integrated control, supervision, data logging, alarming, scheduling and network management functions, integrated IO with Internet connectivity and web serving capabilities in a small, compact platform. The JACE-202-XPR-24 makes it possible to control and manage external devices over the Internet and present real time information to users in web-based graphical views.

The JACE-202-XPR-24 from Tridium

The JACE-202-XPR-24 from Tridium

The JACE-202-XPR-24 is part of the Tridium portfolio of Java-based controller/server products, software applications and tools, designed to integrate a variety of devices and protocols into unified, distributed systems.

Tridium products are powered by the NiagaraAX Framework®, a software technology that integrates diverse systems and devices into a seamless system. NiagaraAX supports a range of protocols including LonWorks®, BACnet®, Modbus, oBIX, and many Internet standards. The NiagaraAX Framework also includes integrated management tools to support the design, configuration and maintenance of a unified, real-time controls network. The integral IO, enclosure and low voltage input power supply, make this platform ideal for fast track (XPRress) projects.

The JACE-202-XPR-24 is ideal for smaller facilities, remote sites, and for distributing control and monitoring throughout large facilities. On-board inputs and outputs are available for applications where local control is required. The JACE-202-XPR-24 also supports a wide range of field busses for connection to remote I/O and stand-alone controllers. In small facility applications, the JACE-202-XPR-24 is all that is needed for a complete system.

The JACE-202-XPR-24 serves data and rich graphical displays to a standard web browser via an Ethernet LAN or remotely over the Internet. In larger facilities, multi-building applications and large-scale control system integrations, AX SupervisorTM software can be used to aggregate information (real-time data, history, alarms, etc.) from large numbers of JACEs into a single unified application. The Tridium AX Supervisor can manage global control functions, support data passing over multiple networks, connect to enterprise level software applications, and host multiple, simultaneous client workstations connected over the local network, the Internet, or dial-up modem.

LABELS Building Automation, New_Product_Flash, Technology, Tridium No Comments »

May 27th, 2009

MSNBC Story Features IFMA Research and the Economy

When MSNBC workplace and career columnist Eve Tahmincioglu began her recent story on corporate layoffs resulting in “cubicle graveyards” full of unused office space, she looked to the International Facility Management Association for research to back up her claims.

As it turns out, the latest IFMA research pointed to exactly what Tahmincioglu had noticed. The average square footage per building occupant had risen from 415 square feet in 2008 to 435 square feet in 2009—an increase more likely attributable to layoffs from the nation’s recent economic downturn than to ballooning individual office space.

The figures, from IFMA’s just-released “Operations and Maintenance Benchmarks Research Report #32,” are only one snapshot of how today’s built environment is being impacted by the economy. To learn more about IFMA’s latest research report, or to order a copy, click here. To read the full MSNBC story on the rise of cubicle graveyards, click here.

LABELS Cubicles, FM_Alert, IFMA, Layoffs, Office Space, Research No Comments »

May 27th, 2009

Weird Wednesday: An Unofficial NeoCon Preview from La-Z-Boy

 Move over, Segway. Here’s the latest in furniture/transportation innovation. How much would your facilities staff love one of these to get around campus? And what kind of MPG do you think it gets?

(Click this link to see pure engineering brilliance in action.)

As one person commented, “the La-Z-Boy just got that much lazier.” Someone send me a video if you see it at the Merchandise Mart during NeoCon.

LABELS La-Z-Boy, WEIRD_WEDNESDAY, furniture Comments Off

May 27th, 2009

Smart Grids Gaining Momentum?

U.S. Commerce Secretary Gary Locke and U.S. Energy Secretary Steven Chu announced on May 18 significant progress that should help expedite development of a nationwide “smart” electric power grid.

The giant task of developing smart grid standards is underway.

The giant task of developing smart grid standards is underway.

A Smart Grid would replace the current, outdated system and employ real-time, two-way communication technologies to allow users to connect directly with power suppliers. Before it can be constructed, however, there needs to be agreement on standards for the devices that will connect the grid.

Read TFM’s May 2009 coverage of smart grid development, “Getting Smart With Energy”.

After chairing a meeting of industry leaders at the White House, Locke and Chu announced the first set of standards that are needed for the interoperability and security of the Smart Grid and $10 million in Recovery Act funds provided by the Energy Department to the National Institute of Standards and Technology (NIST) to support the development of interoperability standards.

Secretary Chu also announced that based on feedback from the public and Smart Grid stakeholders, the Department of Energy (DOE) is increasing the maximum award available under the Recovery Act for Smart Grid programs. The maximum award available under the Smart Grid Investment Grant Program will be increased from $20 million to $200 million and for the Smart Grid Demonstration Projects from $40 million to $100 million. In making awards, DOE will ensure that funding is provided to a diversity of applications, including small projects as well as end-to-end larger projects.

“President Obama has made a smart electrical grid a key element of his plan to lower energy costs for consumers, achieve energy independence and reduce greenhouse gas emissions,” Secretary Locke said. “Today, we took a significant step toward developing the open and transparent interoperability standards necessary to realize the Smart Grid vision.”

“The Smart Grid is an urgent national priority that requires all levels of government as well as industry to cooperate,” Secretary Chu said. “I’m pleased that industry leaders stepped forward today and are working with us to get consensus.  We still have much to do, but the ultimate result will be a much more efficient, flexible power grid and the opportunity to dramatically increase our use of renewable energy.”

The May 18 meeting was designed to encourage industry executives to work to expedite the adoption of standards in advance of a major two-day, public standards workshop the next day in Washington, DC.

The initial batch of 16 National Institute of Standards and Technology (NIST)-recognized interoperability standards that have been announced are designed to help ensure that software and hardware components from different vendors will work together seamlessly, while securing the grid against disruptions. Spanning areas ranging from smart customer meters to distributed power generation components to cybersecurity, the list of standards is based on the consensus expressed by participants in the first public Smart Grid Interoperability Standards Interim Roadmap workshop, held April 28-29 in Reston, VA.

The Energy Department also announced that the $10 million it received to support the development of interoperability standards under the American Recovery and Reinvestment Act has been provided to NIST to help accelerate their efforts to coordinate these standards.

Initial Smart Grid Interoperability Standards Framework, Release 1.0

The initial set of Smart Grid interoperability standards will be published in the Federal Register in the coming days with the 30 day comment period to follow. Publication of the standards in the Register will be announced on the NIST Smart Grid Interoperability Project Web site. Comments may be submitted to smartgrid@nist.gov.

Standard — Application

  • AMI-SEC System Security Requirements — Advanced metering infrastructure (AMI) and Smart Grid end-to-end security
  • ANSI C12.19/MC1219 — Revenue metering information model
  • BACnet ANSI ASHRAE 135-2008/ISO 16484-5 — Building automation
  • DNP3 — Substation and feeder device automation
  • IEC 60870-6 / TASE.2 — Inter-control center communications
  • IEC 61850 — Substation automation and protection
  • IEC 61968/61970 — Application level energy management system interfaces
  • IEC 62351 Parts 1-8 — Information security for power system control operations
  • IEEE C37.118 — Phasor measurement unit (PMU) communications
  • IEEE 1547 — Physical and electrical interconnections between utility and distributed generation (DG)
  • IEEE 1686-2007 — Security for intelligent electronic devices (IEDs)
  • NERC CIP 002-009 — Cyber security standards for the bulk power system
  • NIST Special Publication (SP) 800-53, NIST SP 800-82 — Cyber security standards and guidelines for federal information systems, including those for the bulk power system
  • Open Automated Demand Response (Open ADR) — Price responsive and direct load control
  • OpenHAN — Home Area Network device communication, measurement, and control
  • ZigBee/HomePlug Smart Energy Profile — Home Area Network (HAN) Device Communications and Information Model

LABELS Energy, NIST, smart grid No Comments »

May 26th, 2009

On-Site Energy At Higher Ed Campus

American DG Energy Inc., an on-site utility, is supplying clean energy to Stevens Institute of Technology in Hoboken, NJ.  Stevens is receiving a portion of its energy from an on-site 75 kW combined heat and power (CHP) system and a 200 ton natural gas engine driven chiller, which are owned and operated by American DG Energy. The value of the energy of these two projects over the term of the agreements is estimated at $8.3 million.

Stevens Institute of Technology in Hoboken, NJ is reducing its energy costs with on-site generation.

Stevens Institute of Technology in Hoboken, NJ is reducing its energy costs with on-site generation.

American DG Energy produces clean energy in the form of electricity, space heating, and cooling at Stevens’ Schaefer Center. Stevens pays only for the energy it uses and avoids all capital installation and operating costs. The electricity and space heating is produced with small-scale CHP equipment; cooling is provided by a natural gas engine driven chiller that was recently installed. Although this energy equipment is located in the building, it is installed, owned, and operated by American DG Energy. Since the company will handle all service, maintenance, and repair, Stevens will not need any manpower to support the equipment.

As a top-notch engineering and science school, Stevens Institute of Technology is committed to providing educational programs addressing global issues, such as sustainability. As such, the Institute has installed alternative energy systems on campus to both reduce its carbon footprint and benefit the students learning about these clean energy technologies. The clean energy systems operating on campus function as a “live laboratory” which is beneficial for students studying green engineering. Financing clean energy systems, however, can be difficult.

“Capital is always tight in an institutional setting,” stated Mark Byrd, HVAC manager at Stevens Institute of Technology. “When we searched for companies who would finance, install, operate, and execute a power purchasing agreement for CHP and chillers, we found only one.  Only American DG Energy was able to meet all our needs.”

The CHP system, which has been running since early February 2009, has already had a positive economic impact, both in energy savings and in bringing in new students. “We’re already saving money,” said Norman Forster, director of physical plant at Stevens Institute of Technology. “But even more beneficial than the energy savings is the impact on the institution’s marketability to prospective students.” Forster continued, “Having sustainable energy systems on campus for students to learn from, gives Stevens a competitive advantage when trying to attract new students.”

Stevens has signed an agreement to purchase additional cooling and combined heat and power exclusively from American DG Energy. Under the terms of the agreement, Stevens has granted the utility access to its entire campus to evaluate and determine which remaining buildings may be a good fit for additional energy efficient CHP and chiller systems.

LABELS American DG Energy, Energy and The Environment, higher ed No Comments »

May 26th, 2009

NEW PRODUCT FLASH: Lightline Canopies

Lightline® canopy products are manufactured by Polymer Kunststoffe GmbH of Germany and distributed in the United States by Feeney Inc., Oakland, CA. These products have been widely used in Europe to shield people from the elements when they leave their homes or businesses. The manufacturer has taken an old concept of over-door canopies and awnings and created new, modern designs using innovative materials: stainless steel support arms, integrated aluminum gutters, and UV resistant acrylic visor panels in a variety of finishes.

An extended version of the Curve style of Lightline canopies is seen here.

An extended version of the Curve style of Lightline canopies is seen here.

Lightline® canopy products require no custom design or one-off fabrication. Each canopy comes in an easy to assemble kit with all the hardware necessary to assemble and install; additionally, a patented Click-Lock pane attachment feature makes for ease of installation without having to drill holes through the acrylic visor panes. The canopies offer eye catching designs that are easy to use, durable, low maintenance, and sized to fit almost any standard doorway.

Lightline® canopies are available in a variety of styles. The Gable Canopy, for instance, looks best on a pitched roof configuration, according the company. Meanwhile, the rounded Arch Canopy works well with both modern and traditional designs, and the simple Curve Canopy is designed to complement virtually any doorway.

The kits also come in several standard widths ranging from 5’ to 9’, and the Curve style has an extended, multi-panel model that allows for continuous widths, a useful design for commercial storefronts.

LABELS Exteriors, Feeney Inc., Lightline canopy, New_Product_Flash 1 Comment »