SITE CONSTRUCTION Sample Clauses
The SITE CONSTRUCTION clause defines the responsibilities and requirements related to the physical construction activities at a project site. It typically outlines standards for site preparation, safety protocols, access, and the management of materials and equipment during the construction phase. For example, it may specify who is responsible for maintaining a clean and safe work environment or how site access is coordinated among contractors. The core function of this clause is to ensure that construction activities are conducted efficiently, safely, and in compliance with agreed-upon standards, thereby minimizing disputes and delays.
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SITE CONSTRUCTION. 7.1 Site Construction ("SC") The Work described in Sections 7.1, 7.3, 7.4, 7.5 and 7.6 of Exhibit B (SOW), excluding the Work described in Section 7.2, 7.3 and 7.4 below, is included in the per Site pricing determined in accordance with this Section 7.1.
SITE CONSTRUCTION. 13 7.1 General...........................................................13
SITE CONSTRUCTION. A. Environmental Monitoring During Construction
1. Environmental Monitor (EM). EFSEC shall provide on-site environmental monitoring for the construction phase of the Site, at the Certificate Holder’s cost. The EM shall be an independent, qualified engineering firm (or a person) selected by EFSEC, and shall report directly to EFSEC.
SITE CONSTRUCTION. 02300 - EARTHWORK
SITE CONSTRUCTION. 02080 Asbestos Abatement HM47 1 Pre-Contamination Checklist HM1 2 Daily Procedures HM1
SITE CONSTRUCTION. Using technical profile information provided by Institution or its agent, Ebrary will construct a standard Ebrary Site for use by Institution’s patrons and will generate custom MARC record sets for Institution’s use of the Ebrary Site. At Institution’s option, Institution or its agent may design and host a customized banner, subject to Ebrary’s technical specifications, which will appear on Institution’s Ebrary Site.
SITE CONSTRUCTION. 02000 SITEWORK
SITE CONSTRUCTION. SUBCONTRACTS Contractor shall use Subcontractors and Sub-subcontractors to the benefit of the Project. [***].
SITE CONSTRUCTION. Refer to the attached Exhibit B 2.13 for Company's general scope of work.
SITE CONSTRUCTION. A local contractor was chosen for site construction after three bids were evaluated for best value at the lowest cost. Facility construction began in February 2008 and was completed in March 2008. Newly designed dock safety system improvements were installed into the existing trailer docking system. Upgraded control hardware and software as well as electrical switching systems were integrated to the existing controls to enable safe dock system operation. This system upgrade also enabled power flow control to the electric power connections mounted at the dock. Electrical upgrades for five (5) 480 volt, three-phase power feeds, including a new 200 amp breaker panel, were made to the warehouse electrical distribution system. Five (5) electrical connections were installed at the identified warehouse locations. Four (4) dock locations – Dock 23, Dock 24, Dock 27 and Dock 28 – integrated the electrical connections with the most current dock safety system. One (1) conventional eTRU connection was installed at a staging area between Docks 42 and 43 since a warehouse door is not located in this space. The equipment installed was inspected and functioned normally. After construction was completed, these connections were immediately integrated into regular warehouse operations. Nine (9) trailers were retrofitted with an under-trailer wiring system. The retrofit was performed by Penn Detroit Diesel ▇▇▇▇▇▇▇, a Carrier Transicold dealership in Syracuse, NY. The retrofit began in April 2007 and it was completed in June 2007. This system utilizes a re-designed trailer plug and socket system which provides additional safety by preventing road debris from contaminating or damaging the trailer connector. Electrical usage data were collected for six (6) months to ensure proper facility operation and to monitor diesel fuel displacement and emissions reductions. During the demonstration period, the facility’s electrical connections operated within expected parameters. Over a four (4) month period, 1430 gallons of diesel fuel has been displaced by electricity, and reductions in criteria emissions were; 205.7 kg of CO, 265.7 kg of NMHC and NOX, 8.31 kg of PM (at Tier 4), and 3,616 kg of CO2.