Decorating With Science Lab Tables

Decorating With Science Lab Tables – Laboratories around the world provide the high-tech environments researchers need to discover innovative medical therapies, implement agricultural improvements, and develop innovative approaches to the world’s greatest challenges. Successful labs are the result of extensive planning, collaboration and coordination between the design team and all stakeholders involved. Even the smallest detail, done incorrectly, can adversely affect the operation and safety of the laboratory – so it is essential to make these spaces suitable for the scientists who work in them. Read on for the top 10 tips for a successful lab design process:

This is currently a hot topic in laboratory design, as the involvement of all stakeholders early and often in the design process is considered crucial, but can present a variety of challenges. This group may include many people and many different perspectives, but collecting these different viewpoints provides an invaluable foundation. Failure to involve a wide range of stakeholders at project initiation and early design decisions will almost certainly lead to a cascade of future problems affecting the design, construction, and long-term use of the laboratory.

Decorating With Science Lab Tables

Decorating With Science Lab Tables

So who are you implicating? With the designer as facilitator, owners, lab users, lab managers, faculty and staff, facilities and maintenance personnel, among others, are present and involved in the kick-off meeting. Each group is connected to the other and has something valuable to contribute:

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Perhaps most importantly, starting with a comprehensive kick-off meeting creates a shared vision for the project, which can then be used throughout the design phases to ensure consistent execution.

Decorating With Science Lab Tables

Adapting the laboratory to the user’s requirements may seem obvious, but all too often a visit to a laboratory will reveal that this is a major problem. Not effectively sizing the lab to meet user requirements can result in insufficient storage space for workbench and equipment, inflexibility, or limited growth and functionality in the lab. This problem often manifests itself in labs spilling into unwanted areas such as hallways and common areas and can lead to a variety of security risks.

By collaborating with lab users and managers early in the design process, the design team can appropriately size the lab by determining the number and type of lab users (eg, researchers? graduate students or undergraduates?), identifying existing lab equipment and size floor-mounted equipment to determine free space and sufficient workbench dimensions and to develop laboratory statistics and modules. Diagrams, plans and workflows enable the design team to coordinate efficient and effective use of space, safely maximizing opportunities for shared space and collaboration between scientists.

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Decorating With Science Lab Tables

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With emerging design trends focused on transparency and “research in the spotlight,” determining the required control areas early in design allows lab planners and architects to create a building design that has the desired aesthetic—and meets all code requirements and safety. First, determining the control zones at the beginning of the project focuses on determining the type and amount of chemicals that can be used in the laboratory to understand the impact on the overall design. Failure to understand the presence of flammable, combustible, explosive, and potentially hazardous chemicals can lead to code issues, ingress and egress issues, HVAC line routing complications, and lack of proper chemical storage areas.

To determine these control areas, involve Environmental, Health and Safety (EH&S) in the early schematic design phase, identify the types and maximum amounts of chemicals that will be present, use these totals per laboratory to establish the grouping of control areas that will benefit the overall design of the buildings and the development of control areas to allow for future changes in laboratory use and/or a possible increase in chemicals.

Decorating With Science Lab Tables

In any laboratory environment involving heavy chemistry and chemical experiments, planning for proper and appropriate storage is essential to avoid potential security risks and code problems. By collaborating with EH&S early in the design process and collaborating with laboratory users and managers, designers can identify the types of chemicals and gases that need to be stored and determine the types of storage required. This effort eliminates the potential for improper and hazardous storage on counters or in hoods and ensures a safe and efficient laboratory environment.

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For laboratory safety, containment and pressure control, laboratory planners must work closely with the team’s mechanical engineers to ensure coordination between hoods and the HVAC control system. This process begins with identifying the types of fume hoods that will be used in the laboratory, identifying the types of controls needed based on the fume hood type and quantity, and integrating EH&S or facility design requirements during the coordination effort. This coordination ensures appropriate air exchange rates based on both facility and laboratory type requirements and ensures that laboratory and hood pressure control can be achieved.

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Decorating With Science Lab Tables

This may seem like a given, but all it takes is walking into a lab where wall-mounted plumbing interferes with shelving or electrical appliances conflict with casework to recognize the negative impact of poor cross-disciplinary coordination MEP. These conflicts are both an aesthetic and a constructive problem, causing headaches for contractors and future maintenance personnel and negatively impacting the appearance of the lab.

To develop well-coordinated drawings, the laboratory planner, architect and MEP engineers must work together and check the drawings in detail. Using technology tools like BIM or Revit can help with this, but be sure to check your view plan to get a complete view of the space. We recommend running conflict detectors and reviewing equipment and ceiling heights with the mechanical engineer.

Decorating With Science Lab Tables

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As a lab planner, carefully review the equipment list you receive from the client. Part of the role of lab planning should be to guide the client to get the information they need, especially since your primary contact may be someone unfamiliar with every nuance of lab equipment or your data needs. Having a list of detailed information is fundamental to the structure of the lab, covering things like:

We recommend a combined approach of collecting information from the customer, inspecting the equipment in the field to verify that the correct information has been captured, and returning the comprehensive list to the customer for validation. The final list should be provided to your MEP team to use as a coordination tool (see Tip 6 for why this is important). In addition, programming interfaces such as Dynamo or AutoLISP allow you to import this data directly into your BIM model or CAD drawings to automatically create equipment for your plans. Accurate and complete data can save enormous time and benefit all disciplines of the design team.

Decorating With Science Lab Tables

Imagine working in a lab with equipment that runs continuously or intermittently generates a significant amount of heat. If the cooling system is not sufficiently dimensioned, you will not be alone:

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And less efficient at work, there will also be a negative impact on the life and maintenance of that lab equipment.

Decorating With Science Lab Tables

Consideration of equipment heat gain and coordination with the mechanical engineer is fundamental to the laboratory function, especially for those areas with heat generating equipment such as ultra-low freezers, refrigerators or centrifuges. If heat gain information cannot be provided by the equipment manufacturer, the mechanical engineer can calculate carefully to ensure that the correct cooling load is accounted for in the design. In addition, ASHRAE provides guidelines for heat load calculations for some common laboratory equipment.

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By their very nature, most laboratory facilities must maintain a degree of flexibility, meaning that equipment may be moved throughout the building or removed entirely in the future. To prevent equipment from becoming permanently blocked once in the laboratory, laboratory planners should consider and evaluate a path for each device to exit a building, taking into account all doors and bends from the point of delivery to point of use and back. . Failure to control for this will be especially common in renovations where laboratory equipment may not be in scope but should still be considered.

Decorating With Science Lab Tables

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In an increasingly competitive and rapidly changing world, flexible working can provide the ultimate lab advantage, especially for environments where projects change frequently. However, with a 20 to 35% cost increase over fixed records, it takes diligence on the part of the lab planner to guide the client through a discussion of the specific needs and plans of each lab space to determine if flexibility investment. case work is the right solution.

There are several scenarios that can make permanent work a better choice than flexible or mobile work. These include access to equipment, stability or vibration concerns, and the likelihood or regularity of reconfigurations. Especially with vibration, you should always check that the equipment has vibration criteria before considering flexible housings, as a microscope on a mobile table, for example, can pose a research problem. In these cases, the laboratory planner must consider microscope tables, marble balance tables, or a fixed bench. If vibration and other equipment criteria are not an issue and the lab is regularly reconfigured, flexible working may be the best and most cost-effective long-term solution.

Decorating With Science Lab Tables

Armed with these 10 tips, homeowners and designers can be set for a more successful one

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