Integrated Design. An integrated design process incorporates sustainability up-front, uses a holistic and total-systems approach to the development process, and promotes good health and livability through the building’s life cycle. The goal is to establish a written commitment that informs the project’s objectives through the building’s life cycle. Sustainable building strategies should be considered from the moment the developer initiates the project. The professional development team should include a developer, architect, engineer, landscape architect, LEEDTM Accredited Professional or experienced green building design specialist, contractor, and asset and property management staff. Whenever possible, the team also should include maintenance staff and occupant representatives. The team must be committed to environmentally responsive, resource conserving and healthy building principles and practices.
Integrated Design. In an integrated design, the groups of figures are assimilated in one composition spanning the entire width of the wall, and apart from their iconographic markers the deities are no longer directly recognisable as a distinct group. The Xx Xxxxxxxx scroll is a design for of a Heavenly Court painting with an integrated design, certainly an aspect bespeaking the high quality of its original designer. It lacks the groups of subordinate deities found in so many other wall paintings, but the presence of warriors, a music ensemble and groups of court ladies and male attendants would similarly suggest a structure in groups, and the Xxxxx Xxxx anecdote mentioned above who was responsible for a music ensemble in the Xxxxxx xxxxxxxx xxxx would corroborate such a view. The integrated character of the Xx Xxxxxxxx scroll is reflected in several elements. In contrast to the Toronto murals which equally depict a moving procession, the two main central deities (a third one, identified in the X.X. Xxxx Collection scroll as the Mulberry Emperor, fusang dadi ᡊḥᏱ, is much smaller), in the Wu Zongyuan scroll are not vertically delineated or pictorially separated from their accompanying figures. All the figures in the procession take ever-changing positions and poses, directions that are further reinforced by the changing directions of swords, fans, banners, canopies, the tree branches in the background, and the emphatic billowing sashes and sleeves. The overall forward tilting position of many of the figures and attributes, together with the dancing movement of the drapery folds result in a progressive forward movement of the design, which further contributes to the cohesion and assimilation of the figures in the general design. This motion in one direction acts as a unifying principle for the entire composition. The Beiyue miao murals represent another example of an integrated design (Drawings 3A and 3B). Despite the fact that the groups of figures are separated by clouds, as in a loose design, and distributed in small uneven clusters over the surface of the walls, the painters were able to interconnect the figures of the separate groups through the applications of a great variety of compositional devices. Allow me to attempt to indicate the major compositional devices. 60 The status of the Jade Emperor was elevated in the eleventh century during the ritual reforms introduced by the Song statesman Xxxx Xxx changing an important ritual closing formula. Wushang huanglu dazhai x...
Integrated Design. The System shall be integrated and designed ----------------- to provide a seamless interconnection to customers. The System shall also be integrated to the XXX regional network and physically interconnected with local exchange and interexchange networks. The design of the System shall be consistent with the standards and policies adopted by the Network Deployment Committee pursuant to the provisions of Section 11.3(a).
Integrated Design. A Planned Development shall be laid out and developed as a unit in accordance with an integrated overall design. This design shall provide for safe, efficient, convenient and harmonious grouping of structures, uses and facilities, and for appropriate relation of space inside and outside buildings to intended uses and structural features.
Integrated Design. 5.1 Description of most common components In the above paragraphs, the different components of the LNG Propulsion system are described on a modular level. Typically a shipyard is responsible for the installation of these components into the vessel. Furthermore the shipyard is responsible for the complete system integration, and verification thereof during a HAZID performed by an independent party (usually a Classification society such as LRoS or BV) The system integration can also be assigned to a 3rd party. The complete system is to be in compliance with: • Classification Society Rules for the classification of Ships • Classification Society Rules for the classification of Inland Waterway Ships and Rules for the Classification of Natural Gas Fuelled Ships • ES-TRIN 2017 • Rhine Vessel Inspection Regulations (RVIR)5,6 • Directive 2016/1629 European Union7 List of installation works: • Installation of bunker stations on board • Installation of LNG Tank • Installation of Tank Connection Space • Installation of the water-glycol skid • Installation of Gas Valve Unit l • Installation of LNG Engine • Installation of the Exhaust system, (often) including rupture disk and by-pass exhaust line. • Supply and installation of all interconnecting piping in accordance with supplier’s diagrams. Note that most piping is of stainless steel, single wall outside the vessel (on deck) and double walled inside the vessel. • Design, supply and installation of an extensive Ventilation system safe intake and outlet ducts at safe locations. Major outlet is the tank relief outlet duct that may releases substantial quantities of Natural Gas in case the pressure is not properly managed (protected by multiple alarms) • Design, supply and installation of the water-glycol skid. This included the (often insulated) piping from the Engine’s cooling water system to the Tank connection Space • Design, supply and installation of the pneumatic system to operate the gas valves • Design, supply and installation of fire protection devices in tank- and Engine room, including insulated machine room walls. • Design, supply and installation of a nitrogen gas system, to ventilate the LNG installation in case of malfunction or maintenance. • Integration of all LNG system control system components, indicators, alarms etc into the vessels; electric system 5 xxxxx://xxx.xxx-xxx.xxx/13020500-en.html#05 6 ES-TRIN can be seen as the future successor of XXXX. RVIR refers together with EU Directive 2016/1629 to...
Integrated Design. If JVWCD adopts the Integrated Design for the Lost Use Facilities, then the feed water to the combined Zone B/Lost Use reverse osmosis me m- branes in the Jordan Valley Membrane Plant will be produced exclusively from the Deep Xxxxx utilizing the Zone B Water Rights and other water rights that JVWCD may transfer into the Deep Xxxxx as necessary. The bypass water that is blended with the permeate from the shared reverse osmosis membranes to achieve acceptable levels of total dis- solved solids in the treated drinking water stream will be provided from the Deep Xxxxx and/or other feed water sources available to JVWCD. The plant will produce a single, combined stream of treated drinking water attributable to the Zone B Facilities (the first 3,500 acre feet of annual capacity) and the Lost Use Facilities (the next 1,235 acre feet of annual capacity), and a single stream of reverse osmosis concentrates in this case.
Integrated Design. The Consultant shall provide for an integrated design approach from project inception, including building engineering solutions and involving all stakeholders inclusive of campus building and grounds staff.
Integrated Design. The requirements of the Final Program shall be deemed to include the requirement that Architect and its Subconsultants adopt an integrated approach to the design of the Project that makes optimal use of opportunities for the synergies of different design elements into an integrated whole that is energy efficient and economical to construct, maintain and operate.
