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Archived: P2Rx no longer updates this information, but it may be useful as a reference or resource.
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This section includes various pollution prevention techniques and specific ideas or opportunities that technical assistance providers can use in conjunction with security analysis and action plans.
Physical Site Security Measures
Although many of the opportunities for physical site security are not directly considered pollution prevention, they will alleviate the potential severity or even the occurrence of an attack. Some tactics that could be employed by terrorists are likely to be unaffected by certain basic mitigation measures, such as redundant safety valves. Nonetheless, the importance of physical security must not be overlooked. A few opportunities include:
Pollution Prevention Opportunities for Facilities (Beyond Physical Protection)
Pollution prevention offers numerous opportunities to reduce risk and severity of an attack, and in a few instances, help reduce vulnerability associated with dependence on critical natural resources. Many of the specific P2 opportunities listed below overlap from one P2 category to another, but are listed only once in the best fit P2 category heading.
Reduce Environmental Impacts of Added Security Measures
Pollution Prevention in Policy and Legislation and Information
Citizen and Domestic Preparedness
Security is also extremely important in homes, neighborhoods, places of worship, workplaces and public places. Aside from a few of the aforementioned P2 opportunities, preparedness is extremely important. The American Red Cross has excellent preparedness and emergency response guidelines for individuals, families, neighborhoods, schools and businesses at http://www.redcross.org/article/0,1072,0_1_1418,00.html
P2 Category Specific Opportunities and Examples
Toxics reduction
- Substitute less toxic, less flammable, and/or less volatile constituents and cleaners, (e.g., sodium hypochlorite instead of chlorine as water disinfectant, supercritical fluid cleaning, bio-based solvents. aqueous cleaners, etc.);
- Use lesser amounts via microscale technology, substitution, process intensification, or use of light, sound, electrical fields, or centrifugal force to alter process physics;
- Solicit and encourage ideas from staff on how to further modify the manufacturing and other processes to eliminate the use of specific hazardous chemicals;
- Implement green chemistry practices such as substitution, biologically-catalyzed reactions, low-toxicity solvents and reactants, solvent-less reactions, bio-based synthesis, microscale; and,
- Buy, use (and store) less toxic materials for maintenance and construction and landscaping.
Inherently safer plants, equipment and processes
- Reduce in-process inventories of toxic, hazardous, flammable materials; and/or only manufacture or pull (from safe storage), as much of the chemical as is needed immediately in a process;
- Install safety redundancies, mechanisms and valves on critical lines, tanks, boilers and other equipment;
- Store hazardous or volatile materials at temperatures below their respective boiling points;
- Store hazardous or volatile materials at low pressure to minimize driving force;
- Eliminate the chance of potential runaway reactions in processes and in storage;
- Identify, maintain and test equipment and processes critical to safe shutdown, continued operation, or restart conditions, and keep in a ready-to-operate state (e.g., pollution control devices, overflow mechanisms, boiler exit flues, etc.);
- Properly handle, transfer and contain hazardous materials and wastes; and
- Install detection systems on air, water, process lines.
Materials and resource efficiency
- Optimize fuel efficiency, which not only conserves energy, but also reduces the amount of flammable materials needed on site; and
- Minimize use of non-renewable materials
Waste management
- Reduce toxics to minimize hazardous waste generation;
- Reuse or recycle wastes and byproducts wherever possible to reduce waste in the transportation grid; and
- Cleanup old inventories, wastes and stockpiles.Environmental Management Systems (EMS)
- Document security management programs, processes and procedures;
- Use a chemical management and inventory tracking system: know what, where and how much;
- Have ready access to Material Safety Data Sheets; and
- Implement a diligent tracking system for transport of hazardous materials and wastes to and from your facility.
Training and mentoring
-Train employees and contractors on security awareness, operation of emergency equipment, and procedures for emergency response and power shutdown;
- Work closely with the supply chain, contractors and haulers on security issues; and
- Conduct training drills.
Environmental procurement
- Train buyers to purchase and store minimal quantities of hazardous chemicals. This may require negotiations to maintain volume discounts on purchases, and delivery systems to minimize environmental security risks for both; and
- Buy renewable energy.
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The Topic Hub™ is a product of the Pollution Prevention Resource Exchange (P2Rx) The P2 and Environmental Security Topic Hub™ was developed by:
Hub Last Updated: 10/2/2012 |
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P2RIC is a member of the Pollution Prevention Resource Exchange, a national network of regional information centers: NEWMOA (northeast), ESRC (southeast), GLRPPR (Great Lakes), ZeroWasteNet (southwest), P2RIC (plains), Peaks to Prairies (mountain), WSPPN (Pacific southwest), PPRC (northwest). |
| The Nebraska Business Development Center (NBDC) at the University of Nebraska at Omaha (UNO) operates the Pollution Prevention Regional Information Center. | |
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P2Ric is fortunate to receive funding from the US Environmental Protection Agency. For more information on the EPA and its programs, please visit http://www.epa.gov |
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