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Posted in Energy Management

Did you know that America is the global leader in wasting energy? The financial consequence of wasting and overusing energy is increased operational costs.  Companies that waste energy will spend more money without an appreciable ROI. The expected lifespan of production machines will diminish, there will be less capital for improvements and the company will create an unpleasant carbon footprint. Business leaders and facility managers can minimize energy waste by consulting with energy experts and by following the advice below.

Minimize Energy Waste

Implement an Environmental Management System

The Environmental Protection Agency (EPA) defines an Environmental Management System (EMS) as practices and processes that enable an organization to reduce increase operating efficiency and environmental impacts. An EMS will cost time, money and commitment, but the benefits are priceless. Formal EMS programs, such as the ISO 14000 series, are professional certified through national and international accrediting agencies. These programs are very demanding and comprehensive.

However, the EMS program will provide a structured framework for organizations to manage their operations and associated environmental impacts. They will help companies save money related to water, waste, energy and purchasing. EMS programs guarantee better management of environmental risk and compliance with legal regulations.  They demonstrate sustainability commitment and corporate responsibility to the public, which are powerful advertising and marketing tools.

Smart and Strategic Management

The first step is to hone the skills, buy the technology and establish the incentives to monitor and evaluate energy usage. Companies must first benchmark and quantify facility energy-usage data before they can reduce costs and energy consumption. Facility managers can do this through viewing energy consumption from an outside auditor’s perspective. They should accurately allocate energy costs based standard factors, such as square footage or processing unit. Next, they can digitally monitor facility-level energy consumption through innovative devices, integrated software and even basic spreadsheet-based models.

Facility managers should consider employing the services of energy auditors, industrial experts and sustainability support groups. For example, the EPA’s Energy Star program offers a useful Energy Program Assessment Matrix to help companies evaluate energy management performance. The Department of Energy’s Industrial Technologies Program provides comprehensive energy assessments. There are also many excellent third-party consulting companies that provide holistic solutions and energy management support.

Finally, facilities can lower their energy usage through design improvements, which may reuse of waste heat, and intelligent production scheduling, which will automate equipment change overs.  They are also many new groundbreaking technologies that offer power-control devices, motion-control solutions and energy-efficient components.

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Posted in Mechanical Equipment

Most buildings utilize ceiling-based air distribution systems to keep the building comfortable and air floor pumping.  However, this has come under question as the benefits of Underfloor Air Distribution (UFAD) become more widely understood.  Underfloor technology may be more efficient, less costly and serve the building tenants better. For that reason, it is gaining popularity.

UFAD Vents Smaller Image

American AgCredit implemented an award winning UFAD system in their world headquarters in Wichita, KS. Pictured above, you can see their office floor ventilation dispursement.

Underfloor Technology takes advantage of the structural concrete slab and the raised access floor system to provide conditioned air directly into the living and working spaces of a building.  One of the core benefits is that the air can be delivered through several different vents.  That includes places in the floor, furniture and partitions. The variety of vents allows for a much more measured and well-distributed air condition system. That means there is less power required to achieve the same conditions as a single vent.  This system has also resulted in survey respondents also reporting much better thermal comfort and improved indoor air quality.

Even better, underfloor technology often combines a facility’s heating, ventilating, and air-conditioning system with the major power, voice, and data cables all under the raised floor.  This saves space and makes the construction much more elegant and efficient. Furthermore, it allows much easier maintenance techniques.  When one component breaks down, they can all be checked at the same time.  Lastly, the whole system can be managed from a single system that is easier on staff and results in more efficient responses to problems.

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