Engineering Controls Sample Clauses

Engineering Controls. 1) The Contractor is responsible for compliance with the Employer’s processes, that control aspects of engineering and work on the Employer’s stations. 2) The Contractor is responsible for providing all requisite information, including completed application forms where required to the Employer (eg see 5 below) to enable the Employer’s Project Engineer to submit and obtain acceptance on behalf of the Contractor to meet the Contractor’s programme. 3) The Contractor allows a minimum of 7 days in addition to the required approval periods identified in the controlling process to enable the Employer’s Project Engineer to compile, submit and return any associated applications. 4) Where applicable, evidence of approval is referenced in the Final Design Report. 5) The Contractor complies with the following processes: • Load Applications - Any works that increase or decrease the electrical loads, whether temporary or permanent, on a station only takes place once a Load Application has been approved in accordance with LU Standard S1100 ‘Load Change Application Requirements for Electrical, Compressed Air and other Services’ • Track Clearance Approval - When works are undertaken on operational platforms, Track Clearance Approval is obtained in accordance with LU Standard S1156 Gauging and Clearances for any hoardings, temporary or permanent works • Building Control - This process mirrors that of an external local authority and achieves compliance with the London Building Act 1984. Approvals are obtained in accordance with LU Building Control Procedure W0008 • Cutting, Drilling and Fixing Logs - Any drilling, fixing and grinding of structural assets is managed in accordance with LU Standard S1063 ‘Civil Engineering - Cutting, grinding, drilling, fixing to and supporting from existing structures'. This requires the projects to complete Cutting, Drilling and Fixing Logs which are sent to the Employer’s Civil Engineering Head of Profession • Safe Load Assessments - Safe Load Assessments are carried out in accordance with Pathway product PD-10740 Safe Load Assessment. This product is produced for all projects that could affect bridges, structures, tunnels or civil engineering assets and that involve a change in loading or required duty or there is a concern about the ability of an asset to meet its required duty. This applies to temporary (including delivery routes) or permanent works. Safe Load Assessments are undertaken by the Contractor’s competent Civil Engineer and are...

Engineering Controls. (WCB 4.54-4.63) Where elimination or removal of the hazard is not possible, engineering controls will be used to minimize the risk. Examples of these controls are guards, barriers and lock-out mechanisms on equipment. 3)

Engineering Controls. Except as set forth in Schedule EA 4.1(j), to the Knowledge of Hercules, GES or HDES, no Engineering Control has been implemented or installed at any of the HAC Facilities.

Engineering Controls. (I) A direct processor must use at least one of the following:  Substitution (e.g., replacing a toxic solvent with one less toxic),  Isolation (e.g., automating a process to avoid employee exposure), or  Ventilation and, if appropriate, capture (e.g., fume hood), (II) All of the following:  Dust control, capture, and clean up, and  Emergency shut-off systems, and  Fire suppression systems.

Engineering Controls. In addition to the odor control mechanisms described in Section 1 above, Sweetspot Farms will utilize High Efficiency Particulate Air (“HEPA”) air filters and carbon scrubbers to mitigate odors. Incoming air will be HEPA filtered to mitigate odors for all odor sources effectively and exhausted air will be carbon filtered and ionized to help reduce odor. This technology is the accepted and available industry-specific best control technology designed to effectively mitigate odors for all odor sources. ▪ System Design Sweetspot Farms will utilize Carbon Filters and HEPA Industrial Air Cleaners such as 12” X 40” Can-Lite Active Carbon Filters equipped with 12” DuraBreeze Inline Exhaust Fans and Electrocrop AirRhino 2000 VS HEPA Industrial Air Cleaner to mitigate odors.

Engineering Controls. Buyer agrees to adopt and use all engineering and related technical assistance available and standard to the industry and any required by Environmental Laws to protect the health and safety of persons and that Buyer will use and implement engineering controls to prevent the migration of vapors and/or liquids containing contamination into any buildings, underground utilities / spaces and / or storm water retention / detention ponds, including without limitation, vapor installation systems, vapor barriers, sealed sumps and storm pond liners as determined to be necessary by a professional engineer license in the state with experience in the field. Buyer shall take measure(s) to isolate building occupants from identified contamination as may be required by Environmental Laws to protect the health of occupants / public.

Engineering Controls. The use of technologically feasible controls in the work areas for the purpose of reducing and maintaining employee exposure to lead to or below the PEL, and for controlling emissions from the work area. Examples of engineering controls are mechanical dilution ventilation for the enclosure, or methods which capture the dust at the point of generation such as vacuum blast cleaning.

Engineering Controls. Due to the presence and concentration of these contaminants, the Owner has also agreed, as part of the remedial action for the Property, to the placement of certain engineering controls on the Property; a narrative description of these engineering controls is provided in Exhibit C.]

Engineering Controls. The engineering controls relied upon to comply with applicable standards include: [list or summarize the engineering controls, for example: (i) an existing asphalt pad on the approximately 1.5-acre Engineering Control Area 1 and (ii) the vapor mitigation system in the approximately 2.5-acre Engineering Control Area 2 of the Property], as described in the O&M Plan.