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Engineering Stability Since 1881                                                              September 2011

Is the Standard Phase I ESA Still the Standard?
The Additional Service Advantage

Phase I In the world of high finance and real estate, ASTM 1527-05 is the standard for performing Phase I Environmental Site Assessments (ESAs). ESAs are the primary tool investors and lenders use in evaluating the environmental risks associated with real property they may be considering for investment or as collateral. While the ESA is an excellent tool, F&R has found there are many environmental factors not traditionally covered by ASTM 1527-05 that should be evaluated to fully understand the environmental risks associated with a property.

This “data gap” can be traced back to the original intent of the ESA which was to provide purchasers and banks with a defense against user liabilities in the Comprehensive Environmental Response Compensation and Liability Act (CERCLA). As a result, the standard ESA focuses only on those contaminants covered by CERCLA that were identified as recognized environmental conditions (RECs). There are, however, numerous environmental issues not covered under the standard ESA that may still negatively impact a property:

  • Asbestos,
  • Lead based paint,
  • Lead in drinking water,
  • Water intrusion,
  • Mold,
  • Chinese drywall,
  • Wetlands,
  • Storm water,
  • Radon and other potentially harmful vapors,
  • Historic resources,
  • Threatened and endangered species, and
  • Indoor air quality.

In the past, the ESA might have been the only environmental report ordered in connection with the property transaction or proposed development. But today’s savvy user knows the value of screening for additional relevant environmental concerns.

New and Old Construction Can Face Similar Issues

It is not uncommon for a previously, or even a partially, developed property to receive a “clean” ESA report due to the lack of evidence of a REC but have other environmental risks present (for example, buildings constructed prior to the late 1970s may contain asbestos and/or lead based paint). Even brand new buildings can be subject to water intrusion that can cause mold and other indoor air quality concerns – concerns that would need to be addressed to protect building occupants and obtain the full value of the property during any transaction. New subdivisions where the land has been cleared for construction and then put on hold may have storm water concerns due to the infrastructure not being complete or maintained. Unauthorized fill in sensitive areas caused by improper storm water management can be costly to remove, another added risk not covered in the “traditional” ESA.

Undeveloped properties with no history of illegal dumping are usually not prone to the same environmental factors as previously developed properties due to the lack of on-site structures; however, this does not mean they are exempt from having their own set of environmental risk factors. Project managers that have had their projects stopped mid-construction to protect an endangered wildflower or relocate a historic cemetery know all too well the value of a little extra due diligence at the start of a project.

Threatened and endangered species, wetlands, historic resources, radon, or other harmful vapors can become a concern if they are not identified and dealt with early in the project. While wetlands are not traditionally thought of as an environmental concern, they can impact proposed development by delaying the construction schedule and adding the cost of delineation and mitigation if proposed impacts are unavoidable. The same can be said for protected historic and natural resources on, or adjacent to, a property. While these resources are not an environmental concern, they can add time and cost to a project if not identified and addressed in the early planning stages.

Getting the Most for Your ESA Dollar

The next time you order a Phase I ESA, ask yourself if potential soil and ground water contamination is your only concern, or would you like to know what other environmental factors may impact your project? Screening for these additional elements allows the ESA user to quickly get a better handle on more than just the environmental conditions covered by CERCLA. F&R has been including these additional services in our ESAs for many years as part of our normal Phase I services, and we would welcome the opportunity to discuss how our experience in this area can be of benefit to you.

F&R Adopts MetaField™ Software for Faster, More Accurate Field Data Collection

Metafield F&R is pleased to announce that it has become one of the first engineering companies to utilize the MetaField™ software to assist in the collection of field data. The adoption of this smartphone-based tool will enable F&R to more efficiently serve our clients by allowing field technicians to instantly transmit data to our engineers for review.

F&R field technicians will now be able to input and transmit onsite geotechnical and construction materials testing data directly into their smartphones via the MetaField™ app. MetaField’s™ mobile functionality addresses the remote-nature of F&R’s business and the entire field data collection process in a more accurate, accelerated way than is possible using more traditional data collection techniques.

Furthermore, because all data is input digitally at the beginning of the process, MetaField™ will allow F&R to more cost-effectively implement the entire field data collection process from input through quality control, report dissemination and delivery.

“By having this software available on my field technicians’ smartphones, it is possible to quickly and easily input data, send that data to the lab, have it analyzed, and provide it to our clients in a fraction of the time it used to take,” said F&R president Sam Kirby, Jr. “By typing in the project number, users can access all of the information on their phone, eliminating the need to make a trip back to the office. If we need to get a report to a client 30 minutes after the test, we can now do so.”

Ken Dalton, F&R’s Chief Technology Officer added, “We are very excited about the benefits this product will bring to our operations. We expect to dramatically decrease the amount of time it takes to perform a field test, put the test results through quality control, send reports to our customers, and issue invoices – all the while increasing accuracy at each stage of the testing/reporting life cycle.”

F&R Proud to Contribute to Flight 93 Memorial

Flight 93 Memorial In a two day event marking the tenth anniversary of September 11th, the Flight 93 National Memorial in Shanksville, Pennsylvania was dedicated and officially opened to the public. The memorial will stand as the only unit of the National Parks Service dedicated to the events of 9/11 honoring the 40 brave heroes of United Flight 93.

F&R is honored to have had the opportunity to provide field exploration, geotechnical engineering, and materials testing activities in support of this solemn tribute to those who lost their lives on September 11, 2001.

Because of F&R’s broad experience and service record with historic structures and monuments, we were retained by the National Park Service to provide Phase I and Phase II geotechnical subsurface investigations as well as engineering analyses in support of the design of the Flight 93 Memorial and support facilities. In addition to the memorial itself, the 2,300 acre site includes a Visitor Information Center, parking lots, roads, and other infrastructure features.

F&R’s services for the first phase of this project included a detailed subsurface investigation, a historic records search to determine past mining activity at the site, horticultural sampling and testing, and preparation of a detailed engineering report presenting our recommendations and findings.

In the final phase of work on the memorial, F&R was again enlisted to perform further geotechnical investigations for the road encircling the site. Upon completion of field and laboratory examinations, F&R provided a geotechnical report which formed the basis for future design work on the ring road.

F&R was also asked to provide extensive construction materials testing related to the site’s earthwork. F&R technicians performed exploratory soil borings to verify the deep dynamic compaction ground improvements related to deep dynamic ground improvement, utility construction, site lighting, landscaping, parking, and paving associated with the construction of the memorial wall and visitor center structures.

Merida Promoted to Manager of F&R's Dulles Operations Center

Oscar Merida, PE F&R is happy to announce that Oscar Merida, P.E. has accepted a promotion to become the Operations Manager for F&R’s Dulles Operations Center. Mr. Merida will have administrative authority for all aspects of the office, including personnel assignments, project oversight and client satisfaction, business development, and human resources.

“F&R’s Dulles Operations Center is one our most important branches,” said F&R President Sam Kirby, P.E. “I am thrilled to have Oscar running this operation, and I am looking forward to seeing how he puts his dynamism, creative thinking, and business acumen to work for our clients in this key marketplace.”

Mr. Merida is a Senior Geotechnical Engineer who has been with F&R since 2002. He has previously been responsible for developing and implementing subsurface explorations and providing geotechnical recommendations for design of a variety of structures. He regularly utilizes this experience with specialty testing methods including pressuremeter testing, resistivity surveys, ReMi seismic testing, and dilatometer testing to provide innovative solutions for a variety of geotechnical challenges. Mr. Merida’s background encompasses projects in the areas of transportation, historical/museum, residential, and commercial development.

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