Environmental Sampling Sample Clauses
The Environmental Sampling clause establishes the procedures and rights related to collecting and analyzing samples from a site to assess environmental conditions. Typically, this clause outlines who may conduct sampling, the types of substances or media to be tested (such as soil, water, or air), and the protocols for notification, access, and reporting of results. Its core function is to ensure that parties can monitor and verify environmental compliance or contamination, thereby managing risk and supporting regulatory or contractual obligations.
Environmental Sampling. The EIMP describes environmental sampling of soil and groundwater that is handled during construction activities to determine how these materials must be managed (see Sections 6.3.4 and 6.10). This sampling will be conducted in close coordination with construction activities. Additional environmental sampling may be necessary in conjunction with the removal of tanks, sumps, containers, abandoned pipes or other subsurface structures associated with potential impacts to Site soil or groundwater (see Sections 6.7 and 6.8), or in the event that previously unknown soil contamination is encountered during construction. In general, NASA intends to conduct the environmental sampling described in the EIMP; however, in some cases, based on project needs and schedule or staffing constraints, the project developer’s contractor may conduct such sampling with NASA’s approval and under NASA’s oversight. In this event, the project developer will be responsible for using a qualified environmental contractor, appropriately staffed with licensed, certified, or registered environmental professionals. For each development project, NASA and the developer will agree to arrangements for conducting necessary environmental sampling activities during Site development activities.
Environmental Sampling a. For this project, FACS personnel will collect daily ambient air samples during active abatement or remediation. Samples will be analyzed for airborne fibers by phase contrast microscopy or airborne lead dust by flame atomic absorption, as appropriate for work being performed, on a two-day turnaround.
b. Asbestos clearance air samples will be collected and analyzed as required by the AHERA regulation. Samples will be analyzed by transmission electron microscopy on a same-day turnaround.
c. FACS understands pre- and post-project lead dust wipe samples will be collected on this project due to the presence of lead in paints and coatings that may be disturbed at interior areas. These samples will be analyzed by flame atomic absorption.
d. All asbestos samples will be analyzed by an independent third-party laboratory with accreditation from the National Institute of Standards and Technology’s National Voluntary Laboratory Accreditation Program.
e. All lead samples will be analyzed by a laboratory with accreditation from the American Industrial Hygiene Association’s Environmental Lead Laboratory Accreditation Program.
Environmental Sampling a. For this project, FACS personnel will collect daily ambient air samples during active abatement or remediation. Samples will be analyzed for airborne fibers by phase contrast microscopy or airborne lead dust by flame atomic absorption, as appropriate for work being performed, on a two-day turnaround.
b. FACS personnel will collect perimeter air samples during exterior abatement. Samples will be analyzed for airborne fibers by phase contrast microscopy on a two-day turnaround.
c. Asbestos clearance air samples will be collected and analyzed as required by the AHERA regulation. Samples will be analyzed by transmission electron microscopy on a same-day turnaround.
d. FACS understands pre- and post-project lead dust wipe samples will be collected on this project due to the presence of lead in paints and coatings that may be disturbed at interior areas. These samples will be analyzed by flame atomic absorption.
e. All asbestos samples will be analyzed by an independent third-party laboratory with accreditation from the National Institute of Standards and Technology’s National Voluntary Laboratory Accreditation Program.
f. All lead samples will be analyzed by a laboratory with accreditation from the American Industrial Hygiene Association’s Environmental Lead Laboratory Accreditation Program.
Environmental Sampling. Per the July 27, 2023 proposal letter, three borings were proposed as shown on Figure 1. Two borings B-1 and B-2 will be drilled at the sunken stairs, and B-3 will be drilled at ADA. ▇▇▇▇▇ ▇▇▇▇ ▇▇. ▇▇, ▇▇▇. ▇▇▇, ▇▇▇▇▇▇▇, ▇▇ ▇▇▇▇▇ | 425.774.0106 | ▇▇▇▇▇▇.▇▇▇ During drilling of the geotechnical borings, HWA will field screen soils for organic vapors by headspace analysis using a photoionization detector (PID) a water sheen test, and visual and olfactory methods (i.e., stained or discolored soils and/or adverse odors). Environmental soil samples and reconnaissance groundwater samples, collected from temporary ▇▇▇▇▇ installed during drilling, will be collected from each geotechnical boring for chemical laboratory analysis.
Environmental Sampling. (1) The second phase of site investigation is termed Phase 2 “Environmental Sampling.” This phase is conducted by a specialty consultant to determine whether contamination is present and to provide a preliminary indication of the type of contamination present.
(2) With the owner’s approval, the consultant may conduct these investigations or subcontract for them for projects assigned to them. This will be negotiated as an amendment to the scope of work.
Environmental Sampling. The Administrative Agent shall have received, in each case in form reasonably satisfactory to the Administrative Agent, all sampling reports and results from investigative activities performed and provided in connection with the Georgia Brownfields Program Corrective Action Plan accepted by the Georgia Department of Natural Resources, and such results individually and in the aggregate shall be reasonably satisfactory to the Administrative Agent.
Environmental Sampling. We understand that two borings to about a 50-foot depth each, will be completed as part of the geotechnical investigations in support of the project. ▇▇▇▇ ▇▇▇▇▇▇▇ field personal (geologist) will collect soil samples from the two borings, which will be submitted for laboratory analysis of potential soil contaminants The geologist will also screen the soil from the two borings using a photoionization detector (PID) at 5-foot intervals (for organic vapors). Based on the PID readings, soil conditions, and other indicators, like odor or staining, we will field-screen soils encountered for possible contamination. PID readings, soil conditions, and visual and olfactory observations will be recorded on field boring logs. Soil samples will be collected from the boring explorations and submitted to an accredited laboratory for analytical testing. Our budget proposal for drilling exploration assumes: • Soil samples from each of the geotechnical borings at depths of 5, 10 and 15 feet will be submitted for laboratory analysis of total metals (arsenic, copper, nickel, lead, and zinc), polycyclic aromatic hydrocarbons (PAHs) and total petroleum hydrocarbons (diesel range, TPH-Dx).