A fume hood can protect your team from breathing in dangerous gases.ĭucted fume hoods attach to standard HVAC systems and exhaust harmful fumes outside of the building. Proper ventilation is important in any science lab, but it’s particularly important if your work will produce harmful or toxic fumes. When equipment is not in use, where will you safely store it? Don’t take shortcuts by storing equipment in places where it shouldn’t be, such as inside a floor mounted fume hood. Remember to account for storage needs as well as workstations. Leave space in other areas of your lab so your mobile equipment has multiple places to reside without blocking walkways or doorways. If you have mobile equipment, make sure your paths are large enough to accommodate it. Create a laboratory floor plan with clear traffic flows toward emergency exits. Make sure people have enough room to work safely. When designing a lab, it’s important to account for your workers as well as your equipment. The first thing you want to consider when designing a laboratory is space.Īre you building a new facility from the ground up? Are you renovating an existing space? Do you have lots of room to work with, or do you need to get creative with your space’s limitations? 4 Factors to Consider When Designing a Laboratory 1. No matter what type of lab you’re designing, we’re here to help. Even if you’re designing a lab for a singular purpose, such as cannabis production, you’ll want to consider equipment features that could take your business to the next level.Īt iQ Labs, we offer state-of-the-art laboratory fume hoods, casework, and furniture accessories. The best laboratory design will keep people safe while also maximizing efficiency and anticipating a wide variety of scientific procedures and processes. Characteristics of a Good Science Laboratory Not only do science labs have to meet certain safety and accessibility standards, but they also should be designed to meet the specific needs of the type of lab in question. a tile of 3 speed 3 prod 0.2 cost would be polished to like 4 speed 3 prod 0.Whether you’re setting up a high school chemistry classroom or building a medical research facility, it’s crucial to plan and design your laboratory layout with careful consideration. Polish cost rounding button: this should be used after optimizing using rounding mode, it would consider rounding mode + rounding cost (using a more aggressive version that only works with good enough setup) and place tons more speed beacon, i.e. Saved filename is formatted as: NGU_industries_(date)_(map)_(score)_(max speed)_(max prod.)_(min cost).json Minimum cost is the minimum effective value for cost beacon on a single tile, works similar to maximum speed/prod. A tile with speed effect > 2 but with a max speed = 2 would recieve a speed score of 2 + bonus. It will recieve a small bonus score on reaching it. is the maximum effective value(target) of effect on a single tile. Score for each tile is calculated as: base * speed * production / cost. Press 'optimize' button again to stop optimizing.Select optimize strategy ('sum' is overall production, 'max' is single tile production for infinite resources).Disable/Enable tiles by clicking on it.Select what types of beacon to use for optimization. You can play around with it on Github.io now! Web based optimizer for the game NGU INDUSTRIES
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