Iron Sample Clauses
The "Iron" clause typically refers to provisions in a contract that address the supply, quality, or use of iron as a material in a project or transaction. This clause may specify standards for the grade of iron to be used, delivery timelines, and responsibilities for inspection or testing to ensure compliance with agreed specifications. By clearly outlining these requirements, the clause helps prevent disputes over material quality and ensures that all parties understand their obligations regarding the use of iron, thereby supporting project integrity and reducing the risk of delays or defects.
Iron. Mountain is obliged to regularly monitor the performance of its subcontractors, and remains responsible for the personal data processing activities of its sub- processors as if the processing activities were carried out by Iron Mountain itself. Iron Mountain imposes the same data protection obligations as set out in this DPA on all its applied sub-processors.
Iron steel, and manufactured goods.
(1) The award term and condition described in this section implements--
(i) Section 1605(a) of the American Recovery and Reinvestment Act of 2009 (Pub. L. 111--5) (Recovery Act), by requiring that all iron, steel, and manufactured goods used in the project are produced in the United States; and
(ii) Section 1605(d), which requires application of the Buy American requirement in a manner consistent with U.S. obligations under international agreements. The restrictions of section 1605 of the Recovery Act do not apply to designated country iron, steel, and/or manufactured goods. The Buy American requirement in section 1605 shall not be applied where the iron, steel or manufactured goods used in the project are from a Party to an international agreement that obligates the recipient to treat the goods and services of that Party the same as domestic goods and services. This obligation shall only apply to projects with an estimated value of $7,443,000 or more.
(2) The recipient shall use only domestic or designated country iron, steel, and manufactured goods in performing the work funded in whole or part with this award, except as provided in paragraphs (b)(3) and (b)(4) of this section.
(3) The requirement in paragraph (b)(2) of this section does not apply to the iron, steel, and manufactured goods listed by the Federal Government as follows: NONE
(4) The award official may add other iron, steel, and manufactured goods to the list in paragraph (b)(3) of this section if the Federal Government determines that--
(i) The cost of domestic iron, steel, and/or manufactured goods would be unreasonable. The cost of domestic iron, steel, and/or manufactured goods used in the project is unreasonable when the cumulative cost of such material will increase the overall cost of the project by more than 25 percent;
(ii) The iron, steel, and/or manufactured good is not produced, or manufactured in the United States in sufficient and reasonably available commercial quantities of a satisfactory quality; or
(iii) The application of the restriction of section 1605 of the Recovery Act would be inconsistent with the public interest.
Iron. Any level of iron will produce iron oxide rust staining on homes, sidewalks and driveways. A chemical treatment may be necessary to correct this issue. Contact your well contractor for professional advice.
Iron. Ironing Board Cutting Board Toaster Measuring Cup Measuring spoons
Iron. Single-Flange Butterfly Valves, NPS 2-1/2 to NPS 12: Aluminum-bronze disc, 200 CWP, and EPDM seat. END OF SECTION 230523.13 SECTION 230529 - HANGERS AND SUPPORTS FOR HVAC PIPING AND EQUIPMENT
Iron. The concentration of total iron in an unfiltered water sample should not exceed 300 micrograms per litre to protect aquatic life.
Iron crankshaft, valve train, cylinders, gears, liner, and bearings. Lead: bearings, contaminant from leaded gasoline (automotive only). Tin: pistons, bearings, and bushings. Contaminant Metals: Contaminant metals are detected primarily through problems with the air intake system (Silica - dirt) or because of coolant leaks (Potassium, Sodium and sometimes Silicone are typical additives in water treatment chemicals). These metals are also measured in ppm and evaluated on content and severity.
Iron. Filtered and acidified water samples were evaporated in the clean room of class 10 000 and iron was purified using anion exchange chromatography in a HCl medium (▇▇▇▇▇▇▇, 1980), as outlined in Poitrasson et al. (2004). We used 0.5 ml of Bio Rad AG1 X4, 200–400 mesh anionic resins loaded in thermoretractable Teflon columns having an internal diameter of 4 mm. After resin wash using the elution reagents and preconditioning, samples were loaded in 0.5 ml of 6M HCl and the matrix was eluted in 3 ml of the same acid. Iron was quantitatively eluted with 2 ml of 0.05M HCl. Purified iron samples were analyzed in a 0.05M HCl solution. Iron and the internal standard, Ni, were set to a concentration of 1 and 3 ppm respectivly. Iron isotope measurements were performed at GET-CNRS in Toulouse using a Thermo Electron Neptune MC-ICP-MS (Bremen, Germany) following the methods described in ▇▇▇▇▇▇▇▇▇▇ et al. (2005). All analyses are reported in the delta notation relative to the IRMM- 014 standard, expressed as δ57Fe, which represents the deviation in per mil relative to the reference material: ( δ57Fe (‰) = (57 Fe/ 54Fe)sample (57 Fe/ 54Fe)IRMM − 014 – 1) *1000 We also obtained δ56Fe values but, since the relationships between δ56Fe and δ57Fe of the samples plot on a single mass fractionation line, only δ57Fe values are discussed in this paper. Data quality was checked by reported analyses of our house hematite standard every 5 samples in the analytical sequence.
Iron. Workers Union Local 7 claims for its members all work including, but not limited to: the field fabrication, production, unloading, handling, re-handling, distribution, redistribution, stockpiling, loading, rigging, altering, aligning, assembling and disassembly, placing, setting, tying welding, securing, grinding, burning, or torch cutting, fire watching, and preventing, general cleanup, drilling, installation, erection, construction and cleanup, whether permanent or temporary, of all structural iron, steel, ornamental lead, bronze, brass, copper, aluminum, glass, all ferrous and non-ferrous metals and plastics; any and all types of precast, prestressed and poststressed concrete structures; agitators, air ducts, anchors, application of all sealants such as Thiokol, Neoprene and similar types used to seal metal surfaces; access doors and frames; air conditioner cans; amusement equipment; anchors; Geodesic and other domes, decking, diagrams and other roofing systems; agents and ticket booths, aprons aqueducts, atriums, awnings, acoustical elements, sound barriers, computer floors, bells, bank fixtures, barjoist, blast furnaces, book stacks, buildings, boilers and stokers, (sectional water tubs, and tubular), boxes, bracing, brackets, all bridges, bridge rails, bridge viaducts, bucks, bulkheads, bumper and bumper post, bunkers, cableways, cable slots and cable ▇▇▇▇▇, cages, caissons (building and setting), canopies and unistrut canopies, car-dox and carports and enclosures, cart lifts, car lift fronts, caps, cast tiling, cat walks, chutes of all types, circuit breakers, clips, clocks, collars, column casings, column cladding, column covers, concentrators, counter supports, conservatories, conveyors, coolers, coping corbels, corrugated sheeting, including the applicable insulation; cranes (the unloading, handling, distribution, redistribution, erection, installation, handling, jumping dismantling, pulling or replacement of wire, operating, signaling, and all associated maintenance on all types of cranes in all forms of construction work); crushers, cupolas, curb guards, theater curtain, and back stage lifts, curtains, curtain wall, window wall and substitute systems, stone curtain wall, dams (cofferdams), metal decking; roof decking (such as but not limited to “Cofar” and similar type materials, as well as “Trusdeck” , ▇▇▇▇▇ “M” deck and other dual purpose type roof deck), decorations and displays, dismantling and loading out conveyors, aggregated plants, batc...
Iron. The removal of Fe during cascade filtration and ultrafilration occurs in two steps, with the maximal decrease happening between 1 and 0.1 µm and below 100 kDa which may correspond to the size of Fe-rich coarse colloids and LMW organic complexes, respectively (Fig. 3.4). Correlation of Fe with DOC is in ultrafiltrates series is not significant (not shown). Typically, significant drop in Fe concentration, notably in the region of coarse colloids, is not accompanied by any significant DOC concentration change and even in the region of LMW complexes, the DOC concentration decreases only by a factor of 1.5-2 with up to 1 order of magnitude Fe concentration decrease.