Faster workflow with Site Survey

In an age where time-to-market is of the utmost importance to achieve the financial results that drive all investments, a fast and yet rigorous workflow is mandatory. OutStandINN is using Laser Scan technology on site surveys, in order to make project data acquisition faster, more reliable and in large quantities. Our team will go to site registering existing conditions on 3D cloud points, collecting large amounts of data that can later be processed by our engineering team. Our main objective is to optimize the engineering activities, with the consequential benefits to downstream activities like procurement or construction, thus improving overall project time-schedule.

Laser Scan 3D

Site surveying is accomplished by means of state-of-the-art laser scanning. This technology is quickly becoming the industry standard because it is fast, cost effective and highly precise. Instead of taking discrete individual measurements, it can map the entire project site. Laser scanning is established as an efficient method of data capture in the field of plant design and construction, and as an industry standard of industrial plant surveying. Depending on project needs, it can be used on its own, or complemented with conventional topographic surveying when link to elevation or geographical coordinates is required.

Post processing big data.

By mapping the project site, large amounts of data are collected, between the point cloud and the photographic report. This data is then compiled, filtered and noise reduced before being analyzed. With the optimized data, an actual 3D model of the project site can be developed, that will allow further engineering activities, detailed measurements and clash analysis to be performed.


Brownfield projects pose increased challenges to the engineering teams. When expanding or revamping existing facilities, a good knowledge of the existing conditions before start of engineering works, can support adequate technology choices, proper sequencing of activities and avoid clashes between new and existing structures, avoiding costly delays and mitigation/repair measures. Therefore, brownfield projects are the ideal application for laser scan surveys, as have the most to gain.

No matter how large the site or project, a dedicated survey team is available to develop a detailed survey plan, dispatch to site and execute a thorough mapping of the project site, complemented with topographic survey, if required.

As-Built Documentation

Existing facilities are live, organic, ever changing units, either due to upgrades, expansions or simply because of turndown and maintenance outages. In most facilities, this means that most plant documentation and drawings are not updated, especially in older facilities where project and operation documentation only exists in paper or non-editable scan formats. The mismatch between the available documents and the actual facility layout can be the source of serious problems, specially taking into account employee rotation where new employees can no longer rely on plant records to make adequate operational decisions. This can increase safety hazards, operational losses, maintenance costs, insurance premiums and problems during inspections and audits.

Laser scanning of existing facilities can tackle most of these issues, by allowing accurate and up-to-date information to be collected. The mapping of an entire facility can be performed in a matter of hours or days, depending on size and complexity, but the impact to daily operations is minimal, as most of the work is performed in the office after survey data is collected. With the point cloud and photographic scan, the entire facility can be modeled and accurate measurements can be taken, allowing for the updating or creation of as-built drawings. With an editable 3d model and drawings available, future changes can be easily planned or made.

Asset and Real Estate Inventory

Another valuable application of Laser scanning is asset and real estate inventory, as this technology can rapidly record photo imposed locations and building. It can prove valuable in monitoring the evolution and time lapse of property and real estate development, for example in the before and after of a leased property. It can also be used as a structural integrity forensic tool, by recording the evolution of structures under certain operation or use conditions, providing most needed information for further analysis software.

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