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New Solar Cell Enables Aircraft Designers to Shed Substantial Weight and Increase Utility of These Platforms With its most recent solar efficiency record of 31.6%, Alta Devices continues to achieve solar efficiencies that are substantially higher than all other commercially available solar technologies. The laboratory research world permanently moves forward; there is no stagnancy because it is inherent within research in general to achieve new horizons. Research tasks are complex and need interdisciplinary teams comprising chemists, biologists, pharmacists, and other experts from the entire life science, collaborating within teams under an increasing time pressure. This book shall perform pathways beside the state of the art on the search for optimally designed and efficiently operationable laboratories.
We are unable to perform general concepts for planning and management, but only can give hints in terms of a large number of scenarios and strategies that have to be carefully verified by operators, planners, and users regarding their applicability for each single laboratory situation. Laboratory equipment, planning, and technology and research are interdisciplinary and unfortunately did not generate any apprenticeship or studies for the time being.
This book provides more attraction and productivity of laboratory locations and enables the operators to recruit high potentials within international competition with perfect design and optimized equipment. A major part of sustainability is taken by human factors representing beside others sensibility and mood of human beings, correlating closely with their environment. Sustainability has taken the first hurdle and became a major topic within the past three years for laboratories as well as for other construction sites.
Leading entities in the research business take care of the issue more and more in a structured way. EGNATON started to establish the certification of laboratory apparatus and plug-in units and succeeds to point out the importance of equipment and user behavior as a major role to achieve sustainability. The intuition clearly is: A single entity or organization has the ability neither to define nor to put into practice sustainable strategies for its own.
In particular, the design and planning of research buildings, where the recruitment of researchers and their teams in the planning phase often lags behind, the planner faces with the daunting task of developing an adequate equipment of buildings without question rounds. Modern research in the life sciences will be held today in large interdisciplinary teams, that is, only permanent exchange of knowledge and interaction can achieve results in a sufficiently short time.
So to speak, by means of the given severe impairment of users by laboratory work, safety aspects, and so on, the risk creates that negative effects, such as drafts, noise, or emissions by incorrect negatively planning effect the work of these users or even make work impossible. Furthermore, laboratory buildings provide a central point for many companies of their corporate identity, that is, the satisfaction of the users, and their work also correlates to the benefit of the whole society with the appearance of the building and the wellbeing inside.
The approaches presented in the following chapter reflect different directions by means of their variety and diversity, partly again the difficult path finding. The industry requests and the attempt was made to provide laboratory typologies, representing as it were a guide for directions on which they can draw repetitive again and again.
Not without consideration, the chapter of two users (Schiemens and Krause) has been adjusted at the beginning of the chapter with general planner considerations, in which the authors describe the process of decision making in a laboratory planning from their perspective. The term lab or laboratory is as multifaceted as its linguistic background: In Latin, a€?laborarea€? means to work, to suffer, to try. Laboratories (labs) are workrooms used by specialists or people instructed to carry out experiments for the research and usage of natural scientific processes. Labs and lab buildings are constructed for a€?public usersa€? a€“ universities, research facilities a€“ and a€?private usersa€? a€“ industrial firms, and service providers. We find overlapping even when taking a two-dimensional look at the core disciplines, and they cannot, thus, be allocated clearly to one specific group (Figure 1.7).
Classification of the laboratories can be performed corresponding to the activities carried out in the laboratory. Synthesis laboratories are engaged with the characterization and measurement of the substances, whereas most analytics laboratories are engaged with the preparation of samples and the development of measurement methods.
The combining of the classifications results in an allocation structure with clear and distinct specifications, as can be seen in the example of a synthesis laboratory (Figure 1.8). A double laboratory in a public research institute typically consists of four to six workplaces.
Good laboratory buildings result from the inside, through an internal interactive process, and from the outside, through an interdisciplinary planning team. The determination of requirements for the use-specific and building-related needs and requirements does not primarily refer to rooms, but to workplaces and working areas.
Legal stipulations or building typologies of completely different types result in laboratory areas which should be implemented in the form of an independent building or part of a building.

Labs for endurance tests and kilo labs dealing with solvents of more than 2.5 l are typical rooms with special requirements regarding fire and explosion protection.
Lab equipment rooms with high thermal load and noise level, which are only operated for a short time, dark rooms, and storage rooms are allocated to the lab areas and implemented without daylight.
These are lab areas with daylight for joint use, for example, cell culture or for special equipment, such as a mass spectrometer.
The project-specific standard lab areas are formed by combining all lab workstations into one lab area. Laboratories for natural science mirror nature a€“ they are apparently indefinitely complex and simply organized in detail.
Often, the planning of rooms and laboratory types is nothing but looking back at existing areas. March 21, 2013 by MikeB This 12?20 portable storage building is perfect for your lawnmower’s needs. Such a pity the original report came almost perfectly timed to coincided with an FAA UAS meeting and debates in congress. Our new Falcon 8 UAV from Ascending Technologies will help us provide you with better and safer services. Deployed directly at your local restaurant or retailer, the nSKY delivery aircraft can land anywhere you want, so no need to drive to the coffee shop, pick-up a meal or visit the drugstore anymore.
This means that a final small UAS rule is coming soon – and that NOW is the last opportunity to influence the rule before it is released.
Nevertheless, authors, editors, and publisher do not warrant the information contained in these books, including this book, to be free of errors. No part of this book may be reproduced in any form a€“ by photoprinting, microfilm, or any other means a€“ nor transmitted or translated into a machine language without written permission from the publishers. Hence, buildings and their technical engineering services, laboratory equipment and plug-in units, and even architectural concepts are subjects of change. The results are particular contradictions and different approaches from single authors whose equitable unassessed reference for me as publisher is important. Thus, there is neither an accepted curriculum nor generally accepted basic knowledge as a precondition. It is embodied that sustainability can be achieved only in context with design, technology and users and mainly depends on the motivation of users.
The pilot phase of the first laboratory building certification by DGNB has shown some minor changes that need to be carried out without crossing the red line.
Collaboration in the business, between research organizations, companies and not at least countries, is essential to establish a common understanding of sustainability. The planner, therefore, has to rely on his experience or more neutral research in other similar institutions. This requires a (not quite) new philosophy with respect to the size of the rooms, communication zones and zoning, and equipment.
To achieve safety in the technical sense of planning, plans are to be verified by simulations, at least for large complex laboratories. Sociologically, organizations continue to play a role that results in the highend area of the laboratory sciences requiring an optimally designed (liberal) environment.
The chapter of Heinenkamp expresses the difficulties, precisely because no laboratory is alike. It should not be overlooked that the statements and wishes of users are essential to the successful planning.
The term is used for buildings a€“ laboratory building, rooms a€“ chemistry laboratory, functional units a€“ central laboratory, or virtual entities a€“ web laboratory. There are enormous differences regarding the surface areas required, the technical and mechanical equipment, and the occupancy rate, which makes qualitative and quantitative comparison of the areas impossible.
A broader grouping by science area and application, such as pharmaceutics, medicine, or engineering, will make the problem even bigger because some type of overlapping also exists for these fields. Now, the question is whether these activities take place in the same room or in separate areas. To a smaller extent, this requires types of laboratories and standard laboratories, but to a larger extent, this requires use-specific and building-related needs and requirements. In an initial step, it is essential to define the special buildings or special components required which result from the intended use or the safety requirements. This refers to the restricted access for lab staff members within a laboratory area, that is, only designated lab staff members have access to the locked area.
These areas are either separated from the laboratory area or implemented within the laboratory area in a separated form.
The areas for special laboratories are either integrated into the lab area or realized in the form of an autarkic zone. Standard lab areas may either consist of several standards or, in some areas, can be formed differently in a project. The idea that is was in fact a plastic bag was widely reported last week has spawned many memes on the Book of Face.

Unmanned Aerial Vehicle safety is a hot topic in recent news and the Falcon 8 with its triple redundancy autopilot system Trinity, standing on top in UAV Industry. On the face of it not a bad idea, quickly getting to the heart of a difficult to reach fire. Readers are advised to keep in mind that statements, data, illustrations, procedural details or other items may inadvertently be inaccurate.
But permanent communication between decision makers and planners is a precondition for a successful planning process.
These may be found by an iterative approach only and may be changed until the last day in order to strive for the best concept.
We further note that to date experts have been recruited from relevant disciplines and educated oneself in a practice-orientated way. The user-independent planning a€“ and flexibility a€“ is therefore of considerable importance.
Laboratory planning in turn requires, due to the strong technical facilities, also planning teams and can be implemented by individual planners barely.
The separation of structurally not achievable needs from the state of the art in areas where possible developments can be realized and necessarily increase the productivity and the structuring of the user wishes, makes good planners.
Even in the restriction to rooms, there is a spectrum ranging from the chemistry laboratory to the sleep and language laboratory. With regard to the conception of the lab areas, distinction can be made between a a€?customizeda€? area for specific usage corresponding to a specific space allocation plan and a€?potential sites,a€? such as those in flexible general purpose buildings (Figure 1.1). However, the basic conditions for the building and the detailed information for the lab room have not yet been provided. The second step concerns the characterizing of those special areas in the lab building which result from operator, object, or product protection. The development of standard lab areas, with validity for the entire project or only in some areas, creates the flexibility required for standard jobs. It is better to learn from the existing buildings and the experiences made in order to develop new and sustainable laboratory areas in the future. This book wants to contribute a wider basic expertise to all of those working with different disciplines on laboratory planning. European Association for Sustainable Laboratories, have come to a large number of conclusions, rudimentary presented in this book. As publisher in this respect, I would like to emphasize that architects are burdened with the responsibility to clearly signalize sustainability of the building as well as functionality and efficient technology. Structures and definition of the issue must become manifest in order to create acceptance by a common trans-boundary sense.
This is even more difficult than expected, especially when high-end user, in a later stage recruited, require equipment that relieves them of any technical problems in the use and leaves no wishes unfulfilled. Thus, also the successful overall planning is under the dictates of transparency, communication in real time, and the subordination of individual interests for the entire planning team.
Workshop and equipment rooms are not clearly separated from the laboratories a€“ a situation apparently often misused in order not to have to meet safety requirements. The separations within the groups are also not clear and distinct; this is because teaching can also take place in the research laboratory and research, in turn, can take place in the development laboratory. In order to find the technical system of the building concept, the basic conditions for the air quantities and the media equipment are determined in a final step. Evaluation and documentation working places have either been integrated into the standard laboratory areas or have been allocated directly. Due to heterogeneity of the laboratory world, a large number of authors get a word in edgewise.
Deserving of thanks furthermore the DGNB a€“ Deutsche Gesellschaft fA?r nachhaltiges Bauen a€“ has developed a guideline for sustainable laboratory buildings. Only an integrated design can claim to build a building of the highest efficiency at the end.
Independent areas of analytics are often implemented as a type of service in research and development departments. The special lab areas and the lab infrastructure areas result in laboratory areas in the form of usage units. It has been extended and completed by the EGNATON certification system for laboratory plug-in units. The beginning is made with planning issues followed by properties of technical equipment, laboratory furniture and individual equipment including safety aspects.

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