Engineering Controls. The Buyer covenants that any development or redevelopment of the real property conveyed as Interests will, at the cost of the Buyer, adopt and use all engineering and related technical assistance reasonably available to enhance the environmental amenity associated with the real property. Buyer acknowledges that depending upon the nature of the Buyer’s development that engineering controls that may need to be considered for use by the Buyer include: vapor barriers; vapor installation systems; scaled sumps and storm pond liners. Necessity of engineer controls shall be determined by a professional engineer licensed in the state with experience in the field.
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. The solvent is stored in a designated perchloric acid area. The area is posted with a warning label stating "Perchloric Acid Use Only. Organic
Engineering Controls. Describe and provide examples of engineering controls you have implemented that either eliminated or limited hazards by reducing their severity, their likelihood of occurrence or both. Engineering controls include, for example, reduction in pressure or amount of hazardous material, substitution of less hazardous material, reduction of noise produced, fail- safe design, leak before burst, fault tolerance/redundancy and ergonomic design changes. Although not as reliable as true engineering controls, this category also includes protective safety devices such as guards, barriers, interlocks, grounding and bonding systems and pressure relief valves to keep pressure within a safe limit.
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. Redeveloper, its successors and -------------------- assigns consent to the establishment of engineering controls on the Project Site and agree to maintain engineering controls in accordance with the requirements of the NJDEP. Redeveloper agrees to operate the Fast Ferry facility in a manner that does not violate the conditions of the engineering controls. In the unlikely event that Redeveloper exercises its option to purchase the Project Site prior to the filing of the Deed Notice required by the RAW, Redeveloper agrees to file said Deed Notice as owner of the property upon receipt of title from PARA.
Engineering Controls. The engineering control[s] installed at the Property include: [list or summarize the engineering controls, for example: an asphalt pad on a portion of the Property (i.e., the approximately 1.5 acre Engineering Control Area),] as described in the O&M Plan.
Engineering Controls. Except as set forth in this 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. • Landfarming of oil-contaminated soil from spill near the boilerhouse at Plant 2, including plastic sheeting underneath the soil • Roll-off boxes of soil from the Beryllium Landfill (from a removal action) and the roof structure covering them • Site 5—general plant debris—cap on landfill • Solid waste landfill access control • Fence and signs around old drum burial site near the Maintenance Area—solid waste management unit • Barricades and signs restricting access to the TNT Area • Asbestos landfill—cap and warning signs • Landfill near Area S with soil from TATB Area impoundment—cap • Beryllium burial warning signs in Area S—old site which is pre-Hercules • Locked gates at Area G warehouse where DDT was stored—non-Hercules tenant • Hazardous waste landfill SWMU 16 (closed) with cap and leachate collection system and identification signs •
