The First Facility Management Blog


January 24th, 2007

Homeland Security Investor Conference

The inaugural Homeland Security Investor Conference in early December proved a success by attracting more than 300 attendees that included many well-known names in the Security and Defense industry and the investment community.

CompuDyne, CoreStreet, RAE Systems, L1 identity and Allied Defense were among more than 20 companies that presented their business products and services to Large Global Security Companies, Investors and Private Equity Groups, and Prime Government Security & Defense Contractors. The one-day, invitation only event was held Dec. 5, 2006 at the Ritz-Carlton in Washington, D.C.

“The audience was the who’s who of the investment community that we serve,” said Geoffrey Feidelberg, Chief Financial Officer of CompuDyne. “Everyone was there that we wanted to be there – the investment side, the potential partner side, the government side.”

Presenting companies were aligned within six sectors in the homeland security market. Those markets include: Port Security & Border Control, Intelligence & Data Management, Countering Weapons of Mass Destruction, Disaster Preparedness & Response, Critical Infrastructure Protection and Identity Solutions

Penrose “Parney” Albright, Managing Director of Civitas Group and former Assistant Secretary of Homeland Security for Science and Technology, was the keynote for the event. In his speech, Albright told attendees that opportunities abound for companies within the Department of Homeland Security, especially as government officials at the state and local levels look to DHS to lead the way. However, solution providers need to develop products for the DHS market that are reliable, with few false alarms, and require little maintenance.

CapitalSource, Civitas Group and USBX Advisory Services – each a leader in their respective finance, strategic consulting, and investment banking markets – established this conference to provide investors a first look at new investment opportunities from companies developing in-demand products and services in the Security and Defense industry. The conference also provided government agencies insight into new technology and business solutions.

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January 23rd, 2007

WEB EXCLUSIVE: Clearing Snow And Ice. Has Your Plan Been Tested This Winter?


With winter weather in full swing in many regions, those facility managers with an effective approach to handling snow and ice on their properties are surely glad they planned ahead. In the following article, Rodney Anderson, founder and CEO of Snow Movers and a 27-year industry veteran, offers tips for creating such a program and for hiring a service provider.

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Snow and Ice Management Tips for Facilities

To prepare your facility for winter weather, it is essential to think about a snow and ice management plan. Depending on the size of your property, and the amount of people who go in and out, you should consider hiring a company for snow services. Parking areas, sidewalks, and frequently used areas have to be well prepared for residents, employees, contractors, or visitors to avoid accidents and injuries. When thinking about your snow and ice management plan, or hiring a snow removal company, you should take the following tips into consideration:

Hire a snow service provider: Finding an appropriate snow plan involves taking a closer gander at your facility. Is there enough internal staff to do snow services like shoveling and de-icing or should you save time and money by hiring a contractor? When does the work have to be finished? You should clean the areas before or after contractors, employees, or residents arrive and leave the property. Is there a chance to close some areas that don’t have to be cleared? How often is de-icing needed and does the reservoir last for the winter? In case of heavy snowfall, will piles need to be managed on site with a loader or a bobcat? All of these aspects need to be taken into consideration.

Distinguish Company Attributes: After deciding to hire a service provider, you should look for references in close proximity to your facility and solicit quotations to find the best offer. Ask if they belong to an association (e.g. Snow & Ice Management Association) or if they are certified snow professionals. The fact that they are part of an association is an advantage and allows them to gain from the combined knowledge of the industry. Many landscaping companies provide snow services as well, but compare their services with those of primarily specialized snow service companies. Do they have enough experience and knowledge to prepare your property?

Secure good preparation: During the first meeting, make sure that you communicate well to avoid misunderstandings that could result in unexpected difficulties. Your team should also provide a single point of contact, specific to your geographic region, who can respond immediately to changing weather patterns and dispatch resources quickly. Ask if your snow service company uses an advanced weather monitoring service. These special monitoring programs allow snow and ice managers to reduce the probability of being surprised by a sudden snow storm or freezing rain.

Promote environmental integrity:
An important fact to consider when preparing your property, or hiring a snow and ice management company, are environmentally friendly melting and de-icing methods. By working together with an expert, you can minimize the use of chlorides and chemical runoffs. Time, quality, and quantity are playing a very important role. Speak with your team about strategically placing snow piles that collect road contaminants like oil, grease, and heavy metals from vehicles. This helps prevent them from damaging masonry, destroying plants, and discharging into sewer systems that end up in rivers and streams.

Prepare an action plan: The first meeting with your assigned snow and ice manager should be before it starts snowing. Discuss what zones need to be prepared, where you have to pay more attention when developing your snow and ice management plan, what kind of machinery will be appropriate to your operations, and with how many other customers it is shared. Participate when the site map of your property is made and avoid mistakes in essential operations. This plan should include property boundaries and areas where snow piles should be placed. Also label walkways and other sensitive areas such as trash dumpsters, fire hydrants, storm drains, handicap parking, and sidewalk ramps. As soon as snow melts, consider the effects of water runoff. Could flooding occur? Keep in mind the runoff will thaw and piles should be placed at the bottom of hills and inclines.

Develop a site map: Primarily, a site map is important for the service provider to survey your property and get all the work done most efficiently and on time. Make sure to get and provide all necessary contact information. Additionally, this map can help you to survey the work of your snow and ice manager. It will help prepare a winter plan and inform residents, employees, contractors, and visitors who might be concerned about having cleared streets and parking their cars. Ask your snow service provider how notification of operations will be communicated during freezing rain or blizzards and discuss what will be the contingency plan in these situations.

Winter weather can be tough and full of unexpected incidents. Following these tips and choosing the adequate snow service provider, your facility is well prepared to tackle winter weather and its consequences.

About Snow Movers
Snow Movers is a specialized provider of snow and ice management services to commercial clients in the Washington, DC/Baltimore region. For more information, call (410) 421-9557, or e-mail Rodney@snowmovers.net.

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January 22nd, 2007

Employees of Crown Worldwide Contribute To Save The Children



Crown Worldwide, an international company dealing in relocation services, logistics, records management and fine arts transportation, recently contributed to the Save the Children Foundation’s Caps to the Capitol program, a program that donates material, informational packets, and other items to needy mothers with newborn babies around the world.

Crown employees from around the world knitted infant caps for newborns with high-risk medical problems to be distributed by Save the Children to families living in third-world countries. More than 100 infant caps were knitted and delivered to the foundation’s Westport, CT office during the first week of January.

“With each hat I made, it seemed hard to believe that something so simple, so satisfying and inexpensive could help provide something as immeasurable as increasing the survival rate of a newborn,” said project manager Diane Mackeprang of Crown’s Westport, CT facility. Mackeprang was not only instrumental in getting her Westport office involved, but also employees from various Crown offices around the world involved. (Hats donated by Mackeprang are shown in top photo; those in bottom photo were knitted by Annerose Matsushita of Crown’s Tokyo office.)

“I read an article about the Save the Children program in the local Westport newspaper,” she added. “Although I hadn’t knitted in about 10 years, I thought it was a worthwhile program.” Mackeprang influenced many of her family members, their friends, and her own peers to knit hats before her coworkers also became involved.

“At Thanksgiving I taught my college-aged son to knit and he completed his hat during his break. I even got my sister who was visiting me for Thanksgiving to knit one, as well. Then even coworkers started crocheting in their spare time,” said Mackeprang.

Crown regional director Carmella Elletson was one of many Crown employees who responded to the information Mackeprang provided coworkers. “I think it is admirable that people took the time out of their busy lives to support a very worthy cause” said Elletson, who helped spread the news about the fundraiser to other Crown offices. “I am very proud of Diane for bringing this fundraiser to my attention and of all the employees who participated.”

Crown has worked with Save the Children in previous years, having made monetary donations on behalf of Crown’s worldwide staff following 9/11 and the Asian tsunami of 2004. Crown Relocations also serves as Save the Children’s relocation company, providing household good shipments and relocation services to staff and volunteers from around the world.

“Save the Children have always been recognized for their outstanding programs throughout the world,” added Mackeprang. “The fact the organization is located where I live and work connects me to it a little more.”

According to medical statistics, four million newborns die each year in the first month of life, half of that number within the first 24 hours of life. According to the website, the Save the Children Foundation would like to see the United States lead the way in saving young lives by increasing funding for critical health programs for mothers and newborns worldwide.

With the knitted caps in their possession, the Save the Children Foundation will be distributing them to areas of the world with the highest infant death mortality rates, along with informational packets designed to educate parents on the key health needs of infants.

Crown Worldwide Group
The Crown Worldwide Group, headquartered in Hong Kong, was established in 1965. It is a privately held company with over 200 offices in 50 countries. Crown Relocations provides global relocation services for corporations, private clients and diplomats. Crown Records Management provides management and storage of business information. Crown Logistics provides other specialized commercial import/export, freight forwarding and distribution services.

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January 19th, 2007

Presenteeism A Problem In The Workplace

Think NOT showing up for work can hurt your career? Forcing yourself to come to the office when you are not feeling well could be a bigger problem.

Sick workers have become such a problem that there is now a word for it: presenteeism.

A sick worker is more of a liability than an asset. He or she is likely to be less productive than usual. There is also the possibility of an infection spreading to other workers.

Bacterial infections that can be treated with antibiotics are less likely to cause serious problems. Viruses, however, are highly infectious and cannot be treated with anything other than rest and proper care.

Some companies are taking proactive measures, holding meetings to urge employees to stay home when they are sick. This is particularly important for organizations that cater to children or the elderly.

Learn more about presenteeism.

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January 17th, 2007

New Software Available For Compliance With The FDA’s 21 CFR Part 11 Rule


Onset Computer Corporation, a supplier of battery-powered data loggers, recently announced the release of its HOBOware® Pro data logger software, version 2.3, which helps pharmaceutical and biotechnology companies comply with the U.S. Food and Drug Administration’s 21 CFR Part 11 regulations. These regulations relate to technical and procedural compliance for maintaining electronic records in the pharmaceutical, biotechnology, medical device, and other FDA-regulated industries.

The new HOBOware Pro 2.3 software helps ensure compliance by enabling quality assurance managers, shipping managers, and others to detect when data files have been tampered with, and ensure that current data files match actual data originally recorded by HOBO data loggers.

HOBOware Pro 2.3 supports a broad range of HOBO data loggers, which can be used to measure and record temperature, relative humidity and other environmental conditions in pharmaceutical production facilities, incubators, freezers, warehouses and transport vehicles. The software is available in both PC and Macintosh versions.

HOBOware Pro 2.3 is priced at $99. Additional product details can be found at www.onsetcomp.com.

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January 16th, 2007

Rhode Island Government Signs Performance Contract With Siemens

The Rhode Island Office of Energy Resources (RIOER) expects to save state residents the equivalent of more than $11 million in energy and related building operating costs under a 14-year performance contract with Siemens Building Technologies, Inc.

“Under our agreement with Siemens we now have a long-term, budget-neutral solution for improving the comfort and energy efficiency of three of our government buildings while reducing greenhouse gas emissions in the process,” said Andrew Dzykewicz, chief advisor to the Governor on Energy for the state. “We are going forward with similar projects for the rest of the state as well. We urge all municipal governments, as well as institutions and industry to look at this approach for their facilities. The Office of Energy Resources stands ready to help any other entity in the state to follow this example.”

Siemens has begun to upgrade and retrofit critical heating, ventilation, and air conditioning (HVAC) systems in the government’s administration buildings including the 104,000 square foot Cannon Building housing the Rhode Island Department of Health, the 233,000 square foot Powers Building housing the taxation and energy departments, and the 68,000 square foot Chapin Health Lab which houses the Rhode Island Department of Health Lab.

Plans call for the replacement of aging, inefficient boilers and chillers with newer, more energy efficient, and environmentally efficient units. Retrofits and upgrades also include the installation of energy and water conservation measures, such as a new digital HVAC controls, low energy consumption lighting, high-efficiency motors and drives, building envelope improvements, a lighting control system, and other energy conserving measures. All facility improvements are scheduled to be completed by Spring 2008.

Once completed, annual energy savings are anticipated to reach 1,892,090 kilowatt hours of electricity and 108,122 therms of natural gas. According to Siemens, over the 14-year period of the contract the project will reduce emissions of typical greenhouse gases (CO2, NOX and SO2) by more than 27 million pounds* and save the equivalent of some 77,000 barrels of crude oil. Similarly, the positive environmental impact of this project is equivalent to eliminating more than 5,000 cars from the road or planting 7,000 trees per year.

To further reduce utility costs, Siemens will install occupancy and other sensors that will automatically turn off, on, or adjust indoor and outdoor lighting depending on the amount of daylight present and the number of people occupying the space. New energy management systems are also planned which will more accurately monitor facility energy usage and help facility managers negotiate better energy rates with the state’s utilities and coordinate the operation of large building equipment during off-peak hours when lower cost electricity is available.

Although the system upgrades and facility improvement measures are valued at more than $6 million, the performance contract allows Rhode Island to finance the project’s costs over a 14-year period via the savings achieved through reduced energy consumption and better operational efficiencies. Based on current and projected energy prices, Siemens guarantees the equivalent of more than $525,000 in avoided energy costs annually.

“Performance contracting allows states to improve the energy and operational efficiency of their facilities without having to fund the improvements through new taxes or capital expenditures,” said Siemens Manager Dave Seraikas.

*Sylvania QuickAudit emissions calculator

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January 16th, 2007

Poor Leadership Preventing UK Employees From Going Green

An independent study in the UK has found that workers look to their employers to lead by example when it comes to green behavior. Many feel that it is the employer’s responsibility to provide incentives for environmentally sound practices.

Meanwhile, these same workers’ actions at home reflect a different mentality. They are conscientious when it comes to switching off lights and other electrical devices, and conserving water. Yet, these simple measures tend to go unobserved in the office.

Robert Jaques of vnunet.com writes:

“Questioned about the environmental impact of their own organisations, 49% of staff believed that their company wastes too much electricity, and a similar figure believed that their employer should put schemes in place to help save resources in the workplace.

Over a third of staff said that they would like more training on how to be environmentally friendly.”

Learn more about employee attitudes toward green behavior in the workplace.
Originally published January 15, 2007.

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January 15th, 2007

Steven Holl Architects Wins AIA 2007 Institute Honor Award For Architecture

The American Institute of Architects (AIA) announced on January 12th that Steven Holl Architects’ University of Iowa School of Art & Art History is a recipient of the 2007 institute Honor Award for Architecture, the profession’s highest recognition of works that exemplify excellence in architecture. The building, a hybrid instrument for teaching based on the idea of ‘open edges and center’, was one of 11 projects selected from over nearly 700 submissions.

Citing the building for its “remarkable, structural clarity,” the jury lauded the architect who, “fought for the site and created something that has become a grounding point for the university,” stating that, “Its sculptural form outside continues inside to create functional light filled spaces…The building works from the inside out and makes the possibility of art interactive…It’s not a destination; it’s a pathway.”

The Art & Art History building presented special conditions: an existing 1937 brick building with a central body and flanking wings located along the river, a lagoon, and a connection to the organic geometry of nearby limestone bluffs that form the edge of the city grid. The design explores “formless” geometries in its disposition of spaces and combination of routes. A working and flexible teaching instrument, the building connects interior functions in spatial overlap at its center, which acts as a “social condenser” where ongoing work can be observed. Around the perimeter, spaces overlook, overlap, and engage the surrounding natural landscape.

Opened in September 2006, the building has been widely commended by the university and architecture communities alike. Admired by those who use it for both its beauty and functionality, it has received high praise from the school’s director for far exceeding their expectations in every way while staying well within the budget. The Institute Award is a prestigious addition to a growing roster of recognition from its peers, including the 2006 AIA Iowa Honor Award for Excellence, and a glowing critique from renowned architecture critic Blair Kamin, who states:

“Holl hasn’t just made a knock-your-eyes-out building…He’s made a real place, one that painters carting around their canvases actually seem to like….Because of its flexibility and Holl’s creativity, Iowa’s art building uplifts both its users and its site….[Holl] understands artists , being both an accomplished watercolorist and designer of the acclaimed Kiasma Museum of Contemporary Art…he figured out how to marry a relatively tight budget with an aesthetic appropriate for an art school.” (Architectural Record, Jan. 2007)

The award further emphasizes Steven Holl Architects’ reputation for crafting buildings for the arts that are both highly functional and aesthetically engaging. Such projects, including the renowned Kiasma Museum of Contemporary Art (Helsinki, Finland) and the highly anticipated Nelson-Atkins Museum of Art (Kansas City, MO – to open in June), are recognized for blending space and light with contextual sensitivity and utilizing the unique qualities of each project to create a concept-driven design.

Steven Holl Architects was commissioned for the School of Art & Art History in 1999. More recently the office has won a number of international design competitions, including Herning Center of the Arts (Herning, Denmark), Cité du Surf et de l’Océan (Biarritz, France), Sail Hybrid (Knokke-Heist, Belgium), Meander (Helsinki, Finland), and Vanke Center (Shenzhen, China) and was commissioned for a residential project in Ørestad (Copenhagen, Denmark).

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January 15th, 2007

WEB EXCLUSIVE: Water-Chilled, Closed-Loop Cooling Can Be Solution For Increasingly Dense Data Centers


The deployment of high-density racks of equipment is creating power and cooling challenges for many data centers. The server densification trend is intended to create efficiencies in floor space, cabling, and systems management. However, the growth in power density (Watts per U) with each new server generation is causing data centers to limit rack utilization based on their present cooling capacity. Many data centers are in dire need of new cooling solutions to reap the benefits of server densification.

Though there are several cooling solutions in the industry, new cooling solutions that include highly efficient rack enclosures capable of supporting high power and heat loads are coming on the market. One such solution is a water-chilled, closed-loop cooling system. Experts at the Hewlett-Packard Rack and Power Infrastructure Group writes about the topic in the following article:

Data Centers and Water-Chilled, Closed Loop Cooling Systems

This type of a solution incorporates modular fans and air-to-liquid heat exchangers to remove the high levels of heat generated by advanced server and mass storage systems. A water-chilled, closed-loop cooling system allows a data center to add computing power with minimal impact on the facility’s heat load, thus extending the life of the data center.

This article explains the densification trend that is driving the need for direct cooling at the rack level, and it describes the operation and installation considerations of a water-chilled, closed-loop cooling system.

Data center trends
Originally, data centers were designed to support large, water-cooled mainframes that consumed lots of power and generated intense heat in concentrated areas. As enterprise computers evolved, data center designs changed to support racks of multi-processor servers and storage systems that spread the power and cooling requirements over a larger area. Although this trend allowed data centers to scale easier, it created power distribution, cabling, and system management challenges. The emergence of 1U servers and blade servers allowed organizations to consolidate their data center infrastructures, decrease cable clutter, and streamline server management. However, most data centers are having difficulty adjusting to the effect of high-density racks on power and cooling resources.

A fully loaded 42U rack with dual processor (2P) 1U servers and storage drives requires over 12 kilowatts (kW) of power. A 42U rack with 96 half-height BL p-Class blade servers, including six 1U BL p-Class power enclosures, requires 28 kW of power. As data centers try to accommodate more of these high-density racks, they are moving toward high amperage, three-phase infrastructures. Three-phase power is typically more efficient than single-phase power since it provides more than 150% of maximum available power provided by single-phase power.

The consequence of more power is more heat. Virtually all power consumed by rack-mounted equipment is converted to sensible heat, which increases the temperature of the environment. The sensible heat load is typically expressed in BTU/hr, where 1 W equals 3.413 BTU/hr. Therefore, the heat load of each rack can be calculated as follows:

Heat Load = Power [W] × 3.413 BTU/hr per watt

For example, the heat load for a two-processor 1U server is:

577 W × 3.413 BTU/hr/W =1,969 BTU/hr

This means that the heat load of a fully-loaded 42U rack of servers is 82,710 BTU/hr. In the United States, cooling capacity is often expressed in “tons” of refrigeration, which is derived by dividing the sensible heat load by 12,000 BTU/hr per ton. The cooling capacity needed for a fully-loaded rack of two processor servers is:

82,710 BTU/hr ÷ 12,000 BTU/hr per ton = 6.9 tons

Few existing data centers were designed to provide this amount of cooling capacity for a single rack; and few data centers are capable of distributing adequate airflow directly to rows of such racks.

Many data centers limit power consumption and cooling requirements by limiting rack density (utilization). For example, Figure 1 shows the total power capacity and heat load of a fully-loaded rack of two-processor servers. (Enlarge Figures 1 and 2 for a closer look by double clicking on the image.) The figure also shows the number of servers that can be deployed per rack based on the average rack power density of a particular data center.

The reasonable limit of rack power and cooling capacity for a conventional forced-air (HVAC) cooled data center is 8 kW per rack, or 27,300 BTU/hr per rack. For power densities approaching 15 kW per rack, facility planners can use advanced thermal modeling technologies to help determine the best layout of computing rooms and provisioning of cooling resources. For racks requiring more than 15 kW, the latest cooling techniques use a proven medium—water. Water can remove 3,500 times the amount of heat that an equivalent volume of air can remove.

Water-chilled, closed-loop cooling system
A water-chilled, closed-loop cooling system is designed for data centers that have reached the limit of their cooling capability or that need to reduce the effect of high-density racks on their facility. This type of cooling technology supports fully populated high-density racks while eliminating the need to add more facility air conditioning capacity.

Operation:
The rack enclosure contains three fan modules and three heat exchanger modules that slide into a cabinet mounted on the left side of the rack. Each fan module contains a variable-speed circulation fan, and each heat exchanger (HEX) module contains an air-to-water heat transfer device. Each HEX module discharges cold air to the front of the rack via a side portal. Chilled water for the heat exchangers can be provided by the facility’s chilled water system or by a dedicated chilled water unit.

Airflow distribution:
Most server designs use a front-to-back cooling principle. The water-chilled, closed-loop cooling system evenly distributes cold supply air at the front of the rack of equipment (Figure 2). Each server in receives an adequate supply of air, regardless of its position within the rack or the density of the rack. The servers expel warm exhaust air in the rear of the rack. The fan modules channel re-directs the warm air from the rear of the rack into the heat exchanger modules, where the air is re-cooled and then re-circulated to the front of the rack. Any condensation that forms is collected in each heat exchanger module and is carried through a discharge tube to a condensation tray integrated in the base assembly.

For controlled airflow, the rack enclosure must be closed during normal operation. The enclosure has solid front and rear doors, sidewalls, and top and bottom covers. The front and back doors must be kept closed to ensure that the maximum amount of the cool air is retained within the system. All rack space must be filled by equipment or enclosed by blanking panels so that the cool air is routed exclusively through the equipment and cannot bypass through or around the rack.

Water circulation:
Chilled water for the heat exchanger is regulated by the water group controller, a module that contains a magnetic solenoid valve, check valve, flow meter, and condensate pump. The water group is connected to the facility’s chilled water system (or to a dedicated chiller unit) with flexible 33.8-inch (860-mm) long inlet and outlet hoses. The condensate drain hose, overflow hose, and main inlet and outlet hoses can be routed through the back of the cabinet or downward into a raised tile floor. The inlet and outlet hoses are terminated with quick-connect couplings.

Management module:
For additional control, web-based capabilities to set, monitor, and control temperatures are easily set via an RJ-45 connector in the patch panel. The management module controls the water flow and fan speed to provide the needed cooling capacity and desired server inlet temperature as set by parameters in the web interface. The system maintains the temperature of the server intake air by opening and closing the solenoid-actuated water valve. The valve opens when the sever intake air temperature goes above the set point, and it closes when the air temperature falls below the set point, minus the Hysteresis Value3. The system controls airflow by adjusting the speed of each fan module to maintain the server exhaust temperatures at the appropriate levels. The management module can be configured to send alert traps to network management systems and other SNMP management applications if an alarm condition is detected.

Network monitoring, control, and feedback capabilities are provided through an operator display on the outside of the front door and the RJ-45 network connector in the patch panel. When the management module issues an alarm or warning, the message is shown on the operator display, as well as on an alarms menu and alarm history menu in the web interface.

Cooling capacity:
A water-chilled, closed-loop cooling system rack requires approximately 1½ times the width and 1¼ times the depth of a standard server rack (to allow for the fan and heat exchanger modules and front and rear airflow). However, this type of enclosure has enough cooling capacity to support the heat load of a rack of equipment consuming 30 kW. This heat load is equivalent to that generated by three 10-kW racks, yet the water-chilled, closed-loop cooling system rack occupies 40 percent less floor space than three standard racks. Likewise, the system supports a heat load equivalent to 3.75 8-kW racks (30 kW/8 kW per rack = 3.75 racks) while occupying 65% less floor space and reducing the overall heat load on the facility.

Summary
The design of a water-chilled, closed-loop cooling system can extend the life and capacity of data centers with limited cooling resources. It can integrate with existing and future server cabinets and does not affect how servers are currently deployed, operated, and maintained. The water-chilled, closed-loop cooling system:
• Provides a path for customers to increase power density up to 30 kW per rack
• Supports fully populated high-density racks while reducing the overall heat load on the facility
• Saves valuable floor space and cooling resources that would be required for under-utilized racks

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January 12th, 2007

WEB EXCLUSIVE: Are You Protected?

Today’s Web Exclusive is from Steve Jones, the executive vice president and Chief Operations Officer of Universal Protection Service, located in Santa Ana, CA. He has over 15 years of management experience specializing in training and emergency response programs.

Most people assume workplace violence is targeted towards specific individuals, but that was not the case on Jan. 30, 2006 when a female postal worker fatally shot five coworkers and injured another before killing herself. Investigators speculated, but were unable to determine the motivation behind the shooting rampage. The suspect was able to enter the Santa Barbara Processing and Distribution Center in Goleta, CA, by driving behind a vehicle that was entering the facility. After shooting her first two victims in the parking lot, she was able to force her way into the building where the other fatalities occurred.

Scenarios such as this are not uncommon in the headlines, but this female-instigated workplace murder-suicide is extremely rare. According to the Violence Policy Center, in more than 90% of workplace violence incidents the shooter is male, and 76% of murder-suicides occur in the home.

Long considered the top threat by security professionals nationwide—even higher than terrorism—workplace violence can, and has, occurred in virtually every type of environment. Facilities with secure access, such as gated entries and entry cards, often do not stop the actions of individuals with violent intent.

In the Goleta shooting, a co-worker stated that the suspect had been put on disability leave “for the safety of herself” because of changes in her actions and behaviors. But no one considered how this behavior could affect other employees.

The problem of workplace violence is no longer exclusive to any specific industry, economic class or geographic location. The damages from the events are often lasting, affecting individuals physically and emotionally and impacting businesses at their bottom-line. Implementation of a violence prevention program can help you better prepare and reduce the impact of violence on your organization.

Develop A Violence Prevention Program
Defined as any act or threat of aggression—from physical assault, physical gestures, and homicide, to verbal abuse and harassment—occurring on the property or in the environment where an employee works, workplace violence is an issue that the majority of people working today have experienced violence at some level. Management and others responsible for the well-being of employees must consider implementing a violence prevention program that is specific to the needs and potential risks of their organization.

The basic elements of a comprehensive violence prevention program include a clearly written company violence policy statement, an established threat assessment team that conducts a thorough risk assessment, the identification of workplace hazard control and prevention, strong training and education, and thorough incident reporting, follow-up, and evaluation. A properly designed program can help administration and employees recognize warning signs and appropriately handle incidents to minimize risk and improve overall safety.

Violence Policy Statement
A clearly defined policy statement establishes boundaries, defines roles and responsibilities, explains procedures, and communicates the organization’s commitment to safety. Consider these elements when developing a violence prevention policy:
• Your organization’s definition of violence as it relates specifically to your facility, people and risks;
• A zero-tolerance statement, outlining actions that will not be tolerated and subsequent repercussions, including cause for automatic termination;
• The roles and responsibilities of all members of the organization;
• Methods for encouraging employees, students and others in the facility to become educated, trained, and aware of violence prevention;
• Procedure for reporting, investigating, and evaluating reports; and
• Privacy protection for individuals reporting threats or suspicions behavior.

Once in place, it is imperative that management creates awareness of the policy and defines standard disciplinary responses for failing to adhere to its guidelines. Even the finest plan is worthless if employees are unaware of it.

The Threat Assessment Team

The Threat Assessment Team analyzes past, present, and future security concerns, implements response procedures, and coordinates education and training programs. The team should regularly update and review the violence prevention program to increase its overall effectiveness as incidents occur and the organization’s environment changes.

When deciding who should represent the threat assessment team for your organization, include individuals from senior management, human resources, security, finance, and legal. Establishing a multidisciplinary team where all departments, levels, and members of the organization are equally represented will prove beneficial in the development, communication, and implementation of the violence prevention program. Also, be aware of the interaction members of the team currently have with each other. Open lines of communication between all members are vitally important to the success of any violence prevention program.

Hazard Assessment

The Hazard Assessment exposes current and potential weaknesses that make the organization vulnerable to violent acts. The process begins by analyzing previous incidents, including an assessment of the situation and how it was handled. Recognizing any trends that have emerged from previous incidents will prove useful in the development of the violence prevention program. A workplace survey given to all employees is also a useful tool that can ascertain when and where employees feel the most vulnerable. Employee input can identify hazards that may not have been seen by the threat assessment team.

Those conducting the Hazard Assessment should ask questions such as, “What makes our organization vulnerable?” “Which positions pose a higher risk?” “What are the current weaknesses in our security policies?” And always remember to include the building’s layout, its environment, the lighting, and the parking lot when doing the assessment.

Hazard Control And Prevention

Once hazards have been identified, a plan of action and control methods to prevent and correct the vulnerabilities can be developed. Implement procedures for situations which pose a higher risk.

For example, working late or during non-business hours or conducting business offsite reduces the level of control the employer or organization will have over a violent act. Company-wide awareness of proper preventive measures will not only help employees voice their concerns and report violence, but also enable the threat assessment team to recognize warnings signs.

Education And Training
A violence prevention program cannot be considered truly effective until management and employees are thoroughly educated and trained based on their roles and responsibilities within the organization. The educational requirements of an employee who has daily interaction with the public may include specific procedures for dealing with possible scenarios, while the education for employees who travel could include a list of awareness tips.

Possible methods for training include videos, online interactive training, seminars, manuals, and other distributable materials.

Investigation And Evaluation
Following a violent act, the effectiveness of the violence prevention program is thoroughly evaluated so the threat assessment team can identify aspects of the program needing updates or changes. If, and when, another incident occurs the program will be more effective in reducing threat, injury or fatality.

Warning signs, how they were addressed and why they were missed is information that can be used for future prevention. In addition, look for positive correlations between the presence of one variable and the occurrence of another.

Assistance Programs
How will a violent act affect the organization in both the long- and short-term? According to the American Journal of Preventive Medicine, “studies have found that educating and supporting an employee after a traumatic incident reduces the employee’s period of disability.” In the long-term, this will help the organization maintain productivity following a traumatic incident, saving both time and money.

An assistance program helps with the psychological affects on employees, administration and, if necessary, their families, following an incident. Providing a variety of mental health resources or services such as group therapy and individual counseling will reduce the long-term effect of the incident on the employee’s overall health and well-being, and help regain normal organizational performance and productivity.

The overall goal of a violence prevention program is to proactively reduce the exposure of employees to threatening individuals or situations, addressing the threat before an incident occurs.

A properly initiated violence prevention program holds everyone accountable in the event that an incident occurs. Although smaller organizations may find the initial financial investment overwhelming, the long-term investment is cost-effective and significantly reduces employer liability. In fact, the financial implications of one incident are more costly than the implementation of a comprehensive and well-maintained violence prevention program.

Business Risk Factors And Violence Warning Signs
Risk Factors (provided by The National Institute for Occupational Safety and Health NIOSH)
• Contact with the public
• Exchange of money
• Delivery of passengers, goods, or services
• Having a mobile workplace, such as a taxi or police cruiser
• Working with unstable or volatile persons in health care, social services, or criminal justice settings
• Working alone or in small numbers
• Working late at night or during early morning hours
• Working in high-crime areas
• Guarding valuable property or possessions

Warning Signs (provided by Crain’s Detroit Business, 2004)
• Direct, veiled and conditional threats
• A fascination with violence, militaristic activities or weaponry
• Paranoia, depression or suicidal tendencies
• A sense of entitlement or injustice
• Externalization of blame
• Poor impulse control

Additional Resources:
1. OSHA: Sample Workplace Violence Prevention Program
2. California Department of Industrial Relations: Injury & Illness Prevention Model Program for Workplace Security
3. Leadership for the Frontlines (2000, June). Workplace Violence-Prevention Program Audit.
4. www.osha.gov
5. www.cdc.gov/niosh/homepage.html
6. www.shrm.org

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