If humidity falls outside this range for extended periods, then the low humidity can end up irritating the skin and airways, while high humidity results in the growth of mould and bacteria. It’d been recommended that relative humidity be kept between 30% and 60% to make such spaces optimal for human occupancy.

Likewise, over-engineering also leads to poor control of indoor humidity. However, oversized boilers and chillers tend to cycle rapidly, creating a fluctuating room temperature and a wearing down of equipment at an accelerated pace. There’s a mistaken belief that over-engineering is a good thing.

With regards to equipment capacity, these mechanical installations operate at their best when capacity is adequate. In particular, mechanical ventilation also ensures that enough fresh air is supplied to keep pollutant concentrations at low and safe levels. Such systems interact with each other to keep temperature and humidity within a range that’s comfortable for inhabitants. However, three types account for a lot of the mechanical design work in commercial constructions, which are as follows: There are several types of mechanical systems that are used in residential, commercial and industrial buildings.

How can MEP engineers help in construction?.

Here, we’ll take a closer look at these three disciplines to view them in the context of lab design to see how they’re factored into a project plan, as well as the benefits and advantages that MEP have in building construction. Simple, repetitive tasks are automated by a computer, allowing MEP design engineers to focus their attention elsewhere. As a result of this complexity, modern engineering consulting firms use software to speed up this design process. MEP systems turn buildings from empty rooms into comfortable spaces that welcoming and liveable, whether it’s a 50-storey building or a laboratory to work in.ĭue to their high degree of interaction between them, MEP installations are often addressed together this also avoids conflicts in equipment locations, a common issue when MEP systems are designed in isolation. MEP, or mechanical, electrical and plumbing engineering, are the three technical disciplines that encompass the systems that allow building interiors to be suitable for human use and occupancy.

Building construction process