3D laser scanning technology allows for the rapid and accurate capture of spatial data in three dimensions. International Partner Buro S.R.L. uses this technology to provide 3D point clouds, models, panoramic views, and other products to clients in industries such as oil and gas. The laser scanning process generates detailed spatial data that can be used for applications like monitoring infrastructure, volume calculations, and facilitating project planning and maintenance.
International Partner Buro conducted 3D laser scanning of oil installations in Romania over the course of a week, capturing 101 scans. They produced 3D point clouds and models of the installations that were compatible with CAD software. They also created 360-degree panoramic views and an online platform for clients to view the scans, measurements, and 3D data. International Partner Buro has extensive experience performing 3D laser scans of oil and gas infrastructure for documentation, inspection, and facility management.
The document summarizes a 3D laser scanning project of the National Museum of Romanian History in Bucharest, Romania. The museum, located in a historic building from the late 19th century, was scanned using laser scanning to create a detailed 3D model and documentation for rehabilitation purposes. Over 2400 scans were taken, producing a point cloud with high accuracy and detail of the building. Products delivered included a 3D model, 2D floor plans and sections, a BIM model, and 360-degree panoramic views for viewing the scans. The laser scanning provided an efficient, accurate, and non-invasive means to digitally document the building.
With the advent of higher powered 3D scanners comes the challenge of dealing with the dense point cloud data sets. Direct Dimensions uses a wide variety of 3D scanning equipment to capture the as-built shape of existing objects. The common problem with all of these projects is the need to proces the point cloud data.
While applications fall generally into either reverse engineering and inspection, both directions present challenges for processing the large data sets efficiently, quickly, and properly. This presentation will focus on an overview of the software tools available commercially that address these problems with a comparison of the various workflows, strategies, and results that one can expect from the various solutions.
LiDAR in the Adverse Weather: Dust, Snow, Rain and Fog (2)Yu Huang
Canadian Adverse Driving Conditions Dataset, 2020, 2
Deep multimodal sensor fusion in unseen adverse weather, 2020, 8
RADIATE: A Radar Dataset for Automotive Perception in Bad Weather, 2021, 4
Lidar Light Scattering Augmentation (LISA): Physics-based Simulation of Adverse Weather Conditions for 3D Object Detection, 2021, 7
Fog Simulation on Real LiDAR Point Clouds for 3D Object Detection in Adverse Weather, 2021, 8
DSOR: A Scalable Statistical Filter for Removing Falling Snow from LiDAR Point Clouds in Severe Winter Weather, 2021, 9
Archon VR provides a virtual reality control room environment for monitoring and controlling complex robotic infrastructure. Their solution integrates data feeds like video and telemetry in an interactive and scalable VR space, allowing operators to visualize information and collaborate. This reduces cognitive load compared to traditional control rooms. Their product is well-timed as robotics are becoming more autonomous and data-driven. Their potential customers are robotics and industrial companies managing distributed infrastructure. They will generate revenue from software licensing and professional services. The founding team has experience in VR development, robotics, business development, and artificial intelligence.
Lidar in the adverse weather: dust, fog, snow and rainYu Huang
This document discusses research on LiDAR performance in adverse weather conditions such as dust, snow, rain, and fog. It outlines several papers that analyze how different weather influences LiDAR sensors, develop methods to detect and classify weather conditions using LiDAR data, and explore techniques for denoising LiDAR point clouds in adverse weather. The papers covered include work on characterizing multiple LiDAR sensors for localization and mapping applications and benchmarking LiDAR performance for automated driving tasks.
Field Activity Planner - A cloud based digital energy platformFutureOn
Field Activity Planner offers a cloud based digital platform for enabling rapid visual workflows for your offshore engineering work. The platform allows you to easily integrate with other backend systems and offshore engineering software already in use in your organization either for field design, field planning, or activity scheduling to name a few key areas.
If you are looking at different offshore software solutions to improve your day to day activities we use modern browser and cloud technology to deliver a state of the art collaborative field planning software platform that excels in easy to use 2D and 3D field layout and design of your subsea and topside projects. By using a real-time database, we ensure that you can collaborate on field design and planning with your colleagues around the globe to save both time and money by avoiding multiple revisions of proposed layouts.
We also support the most common data sources, and formats used for typical offshore software solutions e.g. bathymetry, reservoir, and well paths. Using our SaaS software, you can direct from your browser quickly design a field layout where you load up your bathymetry and/or survey data. Then simply add 3D reservoir and well data for a complete overview and start to finalize you subsea layout by placing generic or company specific subsea and topside assets in the correct locations. And while you design, modify, and collaborate on possible field layouts you will see that cost calculations are constantly updated when the design changes.
All this data is securely uploaded and processed in our cloud service and is viewable in both 2D and 3D, and you can invite coworkers into you project, and directly create a shareable URL for view only purposes that can be sent outside your organization to prospective clients and partners.
Diamond West 3D Laser Scanning Presentationdustinwoomer
3D Survey and Visualization
Diamond West utilizes LIDAR (Light Detection and Ranging) 3D scanning technology to digitally reconstruct an existing environment in a 3D digital model with sub-centimeter accuracy.
Digitally scanned data can be modeled in 3D or converted to 2D drawings (plan view, elevation cross section, and topography) for export to any standard CADD platform. Scanned information is linked together to form a comprehensive digital image.
Applications include:
Architectural as-builts, historic preservation/archive, structural steel mapping/cataloging, conceptual design and interference checking, fabrication and construction inspection, manufacturing and reverse engineering, topographic mapping, accessibility renovations, civil traffic and utility planning, as-builts for plant facilities, movie industry; the list goes on. If you can see it, you can scan it.
Advantage to using LIDAR 3D Scanning Technology:
Reduces field work, reduces risk of liability for field crews, competitive cost to conventional surveying, dramatically increases available information without multiple site visits, creates (sub-centimeter) accurate 3D models, remote sensing/minimizes need for access to structures.
High-definition 3D scanning provides: more accurate base mapping, detailed information along structural facades from the ground to the sky, documentation of not only surface conditions but also building conditions. Due to the potential for design and construction abutting building façades, the sub-centimeter accuracy will be a vital design and construction quality control tool.
The scanned 3D model can also be used in the future as a visualization tool by generating “fly-by” animated movies and still frames from any requested vantage point.
In summary, the use of sub-centimeter accurate 3D survey data will provide the design team with the accuracy needed to ensure proper quality control for design and construction activities. This technology will also provide the community and decision-makers with an extremely useful visual aid tool in evaluating the proposed design against existing conditions.
International Partner Buro conducted 3D laser scanning of oil installations in Romania over the course of a week, capturing 101 scans. They produced 3D point clouds and models of the installations that were compatible with CAD software. They also created 360-degree panoramic views and an online platform for clients to view the scans, measurements, and 3D data. International Partner Buro has extensive experience performing 3D laser scans of oil and gas infrastructure for documentation, inspection, and facility management.
The document summarizes a 3D laser scanning project of the National Museum of Romanian History in Bucharest, Romania. The museum, located in a historic building from the late 19th century, was scanned using laser scanning to create a detailed 3D model and documentation for rehabilitation purposes. Over 2400 scans were taken, producing a point cloud with high accuracy and detail of the building. Products delivered included a 3D model, 2D floor plans and sections, a BIM model, and 360-degree panoramic views for viewing the scans. The laser scanning provided an efficient, accurate, and non-invasive means to digitally document the building.
With the advent of higher powered 3D scanners comes the challenge of dealing with the dense point cloud data sets. Direct Dimensions uses a wide variety of 3D scanning equipment to capture the as-built shape of existing objects. The common problem with all of these projects is the need to proces the point cloud data.
While applications fall generally into either reverse engineering and inspection, both directions present challenges for processing the large data sets efficiently, quickly, and properly. This presentation will focus on an overview of the software tools available commercially that address these problems with a comparison of the various workflows, strategies, and results that one can expect from the various solutions.
LiDAR in the Adverse Weather: Dust, Snow, Rain and Fog (2)Yu Huang
Canadian Adverse Driving Conditions Dataset, 2020, 2
Deep multimodal sensor fusion in unseen adverse weather, 2020, 8
RADIATE: A Radar Dataset for Automotive Perception in Bad Weather, 2021, 4
Lidar Light Scattering Augmentation (LISA): Physics-based Simulation of Adverse Weather Conditions for 3D Object Detection, 2021, 7
Fog Simulation on Real LiDAR Point Clouds for 3D Object Detection in Adverse Weather, 2021, 8
DSOR: A Scalable Statistical Filter for Removing Falling Snow from LiDAR Point Clouds in Severe Winter Weather, 2021, 9
Archon VR provides a virtual reality control room environment for monitoring and controlling complex robotic infrastructure. Their solution integrates data feeds like video and telemetry in an interactive and scalable VR space, allowing operators to visualize information and collaborate. This reduces cognitive load compared to traditional control rooms. Their product is well-timed as robotics are becoming more autonomous and data-driven. Their potential customers are robotics and industrial companies managing distributed infrastructure. They will generate revenue from software licensing and professional services. The founding team has experience in VR development, robotics, business development, and artificial intelligence.
Lidar in the adverse weather: dust, fog, snow and rainYu Huang
This document discusses research on LiDAR performance in adverse weather conditions such as dust, snow, rain, and fog. It outlines several papers that analyze how different weather influences LiDAR sensors, develop methods to detect and classify weather conditions using LiDAR data, and explore techniques for denoising LiDAR point clouds in adverse weather. The papers covered include work on characterizing multiple LiDAR sensors for localization and mapping applications and benchmarking LiDAR performance for automated driving tasks.
Field Activity Planner - A cloud based digital energy platformFutureOn
Field Activity Planner offers a cloud based digital platform for enabling rapid visual workflows for your offshore engineering work. The platform allows you to easily integrate with other backend systems and offshore engineering software already in use in your organization either for field design, field planning, or activity scheduling to name a few key areas.
If you are looking at different offshore software solutions to improve your day to day activities we use modern browser and cloud technology to deliver a state of the art collaborative field planning software platform that excels in easy to use 2D and 3D field layout and design of your subsea and topside projects. By using a real-time database, we ensure that you can collaborate on field design and planning with your colleagues around the globe to save both time and money by avoiding multiple revisions of proposed layouts.
We also support the most common data sources, and formats used for typical offshore software solutions e.g. bathymetry, reservoir, and well paths. Using our SaaS software, you can direct from your browser quickly design a field layout where you load up your bathymetry and/or survey data. Then simply add 3D reservoir and well data for a complete overview and start to finalize you subsea layout by placing generic or company specific subsea and topside assets in the correct locations. And while you design, modify, and collaborate on possible field layouts you will see that cost calculations are constantly updated when the design changes.
All this data is securely uploaded and processed in our cloud service and is viewable in both 2D and 3D, and you can invite coworkers into you project, and directly create a shareable URL for view only purposes that can be sent outside your organization to prospective clients and partners.
Diamond West 3D Laser Scanning Presentationdustinwoomer
3D Survey and Visualization
Diamond West utilizes LIDAR (Light Detection and Ranging) 3D scanning technology to digitally reconstruct an existing environment in a 3D digital model with sub-centimeter accuracy.
Digitally scanned data can be modeled in 3D or converted to 2D drawings (plan view, elevation cross section, and topography) for export to any standard CADD platform. Scanned information is linked together to form a comprehensive digital image.
Applications include:
Architectural as-builts, historic preservation/archive, structural steel mapping/cataloging, conceptual design and interference checking, fabrication and construction inspection, manufacturing and reverse engineering, topographic mapping, accessibility renovations, civil traffic and utility planning, as-builts for plant facilities, movie industry; the list goes on. If you can see it, you can scan it.
Advantage to using LIDAR 3D Scanning Technology:
Reduces field work, reduces risk of liability for field crews, competitive cost to conventional surveying, dramatically increases available information without multiple site visits, creates (sub-centimeter) accurate 3D models, remote sensing/minimizes need for access to structures.
High-definition 3D scanning provides: more accurate base mapping, detailed information along structural facades from the ground to the sky, documentation of not only surface conditions but also building conditions. Due to the potential for design and construction abutting building façades, the sub-centimeter accuracy will be a vital design and construction quality control tool.
The scanned 3D model can also be used in the future as a visualization tool by generating “fly-by” animated movies and still frames from any requested vantage point.
In summary, the use of sub-centimeter accurate 3D survey data will provide the design team with the accuracy needed to ensure proper quality control for design and construction activities. This technology will also provide the community and decision-makers with an extremely useful visual aid tool in evaluating the proposed design against existing conditions.
FULL PROJECT MANAGEMENT AND CONSULTANCY
- Single-point responsability;
- Improved schedule and performance;
- Cost control and value engineering;
- Enhanced client risk management;
- Coordination of global participation.
3D LASER SCANNING
- Consistent as-built documentation for CAD specifications of the plant layout;
- Monitoring installation behavior over time;
- Prefabrication purposes;
- Deformation analysis and tridimensional positioning.
CLASH DETECTION AND REPORTING
- Clash / Inter ference check between existing conditions and new designed elements.
DIMENSION CONTROL
- Dimensional assessments for installations, equipments and structures;
- Correspondence check between CAD project and point clouds;
- Tank / vessel volumetric information;
3D MODELLING
- Complete 3D CAD models based on 3D point clouds.
2D DRAWINGS
- P&IDs, isometrics, sections, elevations, plans.
DATA CONVERSION
- Point clouds conversion to various data formats to meet client ’s requirements.
FULL PROJECT MANAGEMENT AND CONSULTANCY
- Single-point responsability;
- Improved schedule and performance;
- Cost control and value engineering;
- Enhanced client risk management;
- Coordination of global participation.
3D LASER SCANNING
- Consistent as-built documentation for CAD specifications of the plant layout;
- Monitoring installation behavior over time;
- Prefabrication purposes;
- Deformation analysis and tridimensional positioning.
CLASH DETECTION AND REPORTING
- Clash / Inter ference check between existing conditions and new designed elements.
DIMENSION CONTROL
- Dimensional assessments for installations, equipments and structures;
- Correspondence check between CAD project and point clouds;
- Tank / vessel volumetric information;
3D MODELLING
- Complete 3D CAD models based on 3D point clouds.
2D DRAWINGS
- P&IDs, isometrics, sections, elevations, plans.
DATA CONVERSION
- Point clouds conversion to various data formats to meet client ’s requirements.
3D laser scanning was conducted over 4 days at oil installations in Romania, capturing 20 scans. This generated a detailed 3D point cloud representing the installations. From the point cloud, 3D models of the installations were created and made available both offline through a web platform and online, allowing users to view panoramic images and measure distances. The laser scanning provided an accurate digital copy of the installations for updating plans and facilitating modernization projects.
3D laser scanning was used to document oil installations in Romania over the course of a week, capturing 57 scans. The scanning allowed for accurate 3D modeling and measurement of the complex pipe systems and infrastructure in a safe, efficient manner. Products delivered included 3D point clouds, 3D models compatible with engineering software, and an online platform allowing remote viewing and measurement of the scans. The company has extensive experience performing 3D laser scanning for oil and gas infrastructure projects.
International Partner Buro conducted 3D laser scanning of 21 petrochemical installations in Romania over 7 days. They delivered 3D point clouds and models of the installations that were compatible with CAD software. The point clouds and models allowed accurate measurements and the creation of as-built 3D representations. Panoramic images and an online platform also provided access to the 3D scan data and allowed viewing and measuring from any location.
A 3D laser scanning project was conducted over 1 week in Romania to create 3D models and point clouds of petrochemical installations. 95 scans were taken and products delivered included 3D point clouds, models, and 360 degree panoramic views. The data can be accessed online or offline and is compatible with various software programs. International Partner Buro provides 3D laser scanning and surveying services globally.
International Partner Buro conducted 3D laser scanning of petrochemical installations in Romania over 10 days, capturing 80 scans. The scanning provided accurate 3D point clouds and models of the installations in formats compatible with CAD and other software. Web-based platforms allow viewing full panoramic scans and measuring distances online or offline. The portfolio lists numerous oil and gas facilities previously scanned.
FULL PROJECT MANAGEMENT AND CONSULTANCY
- Single-point responsibility;
- Improved schedule and performance;
- Cost control and value engineering;
- Enhanced client risk management;
- Coordination of global participation.
3D LASER SCANNING
- Consistent as-built documentation for CAD specifications of the plant layout;
- Monitoring installation behavior over time;
- Prefabrication purposes;
- Deformation analysis and 3D positioning.
CLASH DETECTION AND REPORTING
- Clash / Interference check between existing conditions and new designed elements.
DIMENSION CONTROL
- Dimensional assessments for installations, equipment's and structures;
- Correspondence check between CAD project and point clouds;
- Tank / vessel volumetric information;
3D MODELLING
- Complete 3D CAD models based on 3D point clouds.
2D DRAWINGS
- P&IDs, isometrics, sections, elevations, plans.
DATA CONVERSION
- Point clouds conversion to various data formats to meet client ’s requirements.
3D laser scanning was conducted over 4 days at a petrochemical installation in Romania. 20 scans were performed to create a detailed 3D point cloud and 3D models of the installation. The point cloud and 3D models were delivered to the client and can be viewed online through a web platform, allowing accurate documentation and measurements to support maintenance and design work.
This document discusses 3D laser scanning services provided by International Partner Buro S.R.L. for oil installations in Romania. The company uses 3D laser scanning to create 3D point clouds and models of oil refineries, which are then used to generate as-built documentation. Key deliverables include 3D point clouds, 3D models, 360-degree panoramic views, and an online/offline platform for viewing scans. The scanning provides accurate documentation of installations in a safer and more efficient manner than traditional methods.
This document summarizes a 3D laser scanning project of an industrial shed in Romania. Key information collected includes a point cloud, Revit BIM model, and 2D survey drawings. Deliverables include the point cloud, 3D model ready for BIM with interior/exterior details, and 2D floor plans, sections and elevations. 3D laser scanning provides accurate, detailed documentation of existing structures to inform preservation, renovation or new construction.
The document discusses a 3D laser scanning survey of the Eglise d'Hampigny church located in Hampigny, France. The survey was conducted to create 2D plans, orthorectified images, a 3D model, and point cloud of the church to aid in planning its restoration and preservation. The laser scanning method provided accurate documentation of the church's condition and structural details to architects more efficiently than conventional surveying techniques. Products of the survey included 2D floor plans, elevations, sections, and orthorectified images draped over the 3D model and point cloud for analysis and restoration work.
Laser scanning constitutes the deflection of laser beams. 3D Scanning involves the process of analyzing real-world objects for collecting data of shapes and appearance. The collected data is then used for constructing digital 3D Models, consisting of a polygon mesh or point cloud of geometric samples on the surface of the object.
https://www.tejjy.com/our-services/bim-services/3d-laser-scanning-services/
Six D is an ISO 9001:2008 certified engineering solutions provider in India specializing in 3D inspection and reverse engineering. They have over 7 years of experience and work with clients in defense, automotive, aerospace and heavy engineering. Six D offers various 3D scanning and measurement services using equipment from partners like Leica and Artec to provide dimensional inspection, reverse engineering, and quality control services.
Three-dimensional (3D) laser scanning
uses light detection and ranging (LIDAR)
measurement techniques to quickly and
accurately collect data on the size and shape
of an object or environment. Through the
years, the cost to purchase and operate
stationary and mobile scanning has decreased
and is now changing the way 3D data is
captured and interpreted.
laser scanning surveying & 3d laser scanning servicesKeith McCrory
We have been carrying out 3D laser scanning survey & cloud burst services in the UK for over 15 years, and were one of the very first laser scanning companies in the UK to purchase a laser scanner. Visit Scantech International now to know more.#laserscanningsurveying #topographicalsurveyuk #3dlaserscanningservices #pointcloudsurvey #laserscanningcompanies
Source: https://scantech-international.com/3d-laser-scanning-services
This document discusses a 3D laser scanning project of the Otetelesanu Manor in Gradinari, Romania. The scanning was conducted to create a detailed documentation of the building's current state to aid in preservation and rehabilitation planning. The scanning produced a 3D point cloud, from which 2D plans, sections, and elevations were extracted. It also generated a 3D model and panoramic views. The document outlines the advantages of laser scanning for heritage documentation and provides examples of the company's past projects involving heritage buildings in Romania and Europe.
KOHI Engineering Nigeria Limited provides 3D laser scanning and modeling services for industrial projects through partnerships with companies that specialize in engineering solutions. The services include capturing accurate as-built data through laser scanning, generating 3D models and drawings from scan data, and delivering outputs that are compatible with various 3D design software. KOHI has expertise in creating as-built 3D models and has completed several projects for companies in oil and gas industries.
Ebook1 an introduction_to_3_d_scanning_en_26082014karikou2005
3D scanning captures physical objects and brings them into the digital world. It is growing 15% annually and portable 3D scanning is fueling applications outside the lab. There are two main categories of scanners - contact scanners that require touching the object, and non-contact scanners that do not touch the object. 3D scanning is valuable throughout the product lifecycle for applications like concept design, CAD, prototyping, quality inspection, and tooling design. It allows capturing existing parts for integration or reverse engineering without drawings.
FULL PROJECT MANAGEMENT AND CONSULTANCY
- Single-point responsability;
- Improved schedule and performance;
- Cost control and value engineering;
- Enhanced client risk management;
- Coordination of global participation.
3D LASER SCANNING
- Consistent as-built documentation for CAD specifications of the plant layout;
- Monitoring installation behavior over time;
- Prefabrication purposes;
- Deformation analysis and tridimensional positioning.
CLASH DETECTION AND REPORTING
- Clash / Inter ference check between existing conditions and new designed elements.
DIMENSION CONTROL
- Dimensional assessments for installations, equipments and structures;
- Correspondence check between CAD project and point clouds;
- Tank / vessel volumetric information;
3D MODELLING
- Complete 3D CAD models based on 3D point clouds.
2D DRAWINGS
- P&IDs, isometrics, sections, elevations, plans.
DATA CONVERSION
- Point clouds conversion to various data formats to meet client ’s requirements.
FULL PROJECT MANAGEMENT AND CONSULTANCY
- Single-point responsability;
- Improved schedule and performance;
- Cost control and value engineering;
- Enhanced client risk management;
- Coordination of global participation.
3D LASER SCANNING
- Consistent as-built documentation for CAD specifications of the plant layout;
- Monitoring installation behavior over time;
- Prefabrication purposes;
- Deformation analysis and tridimensional positioning.
CLASH DETECTION AND REPORTING
- Clash / Inter ference check between existing conditions and new designed elements.
DIMENSION CONTROL
- Dimensional assessments for installations, equipments and structures;
- Correspondence check between CAD project and point clouds;
- Tank / vessel volumetric information;
3D MODELLING
- Complete 3D CAD models based on 3D point clouds.
2D DRAWINGS
- P&IDs, isometrics, sections, elevations, plans.
DATA CONVERSION
- Point clouds conversion to various data formats to meet client ’s requirements.
3D laser scanning was conducted over 4 days at oil installations in Romania, capturing 20 scans. This generated a detailed 3D point cloud representing the installations. From the point cloud, 3D models of the installations were created and made available both offline through a web platform and online, allowing users to view panoramic images and measure distances. The laser scanning provided an accurate digital copy of the installations for updating plans and facilitating modernization projects.
3D laser scanning was used to document oil installations in Romania over the course of a week, capturing 57 scans. The scanning allowed for accurate 3D modeling and measurement of the complex pipe systems and infrastructure in a safe, efficient manner. Products delivered included 3D point clouds, 3D models compatible with engineering software, and an online platform allowing remote viewing and measurement of the scans. The company has extensive experience performing 3D laser scanning for oil and gas infrastructure projects.
International Partner Buro conducted 3D laser scanning of 21 petrochemical installations in Romania over 7 days. They delivered 3D point clouds and models of the installations that were compatible with CAD software. The point clouds and models allowed accurate measurements and the creation of as-built 3D representations. Panoramic images and an online platform also provided access to the 3D scan data and allowed viewing and measuring from any location.
A 3D laser scanning project was conducted over 1 week in Romania to create 3D models and point clouds of petrochemical installations. 95 scans were taken and products delivered included 3D point clouds, models, and 360 degree panoramic views. The data can be accessed online or offline and is compatible with various software programs. International Partner Buro provides 3D laser scanning and surveying services globally.
International Partner Buro conducted 3D laser scanning of petrochemical installations in Romania over 10 days, capturing 80 scans. The scanning provided accurate 3D point clouds and models of the installations in formats compatible with CAD and other software. Web-based platforms allow viewing full panoramic scans and measuring distances online or offline. The portfolio lists numerous oil and gas facilities previously scanned.
FULL PROJECT MANAGEMENT AND CONSULTANCY
- Single-point responsibility;
- Improved schedule and performance;
- Cost control and value engineering;
- Enhanced client risk management;
- Coordination of global participation.
3D LASER SCANNING
- Consistent as-built documentation for CAD specifications of the plant layout;
- Monitoring installation behavior over time;
- Prefabrication purposes;
- Deformation analysis and 3D positioning.
CLASH DETECTION AND REPORTING
- Clash / Interference check between existing conditions and new designed elements.
DIMENSION CONTROL
- Dimensional assessments for installations, equipment's and structures;
- Correspondence check between CAD project and point clouds;
- Tank / vessel volumetric information;
3D MODELLING
- Complete 3D CAD models based on 3D point clouds.
2D DRAWINGS
- P&IDs, isometrics, sections, elevations, plans.
DATA CONVERSION
- Point clouds conversion to various data formats to meet client ’s requirements.
3D laser scanning was conducted over 4 days at a petrochemical installation in Romania. 20 scans were performed to create a detailed 3D point cloud and 3D models of the installation. The point cloud and 3D models were delivered to the client and can be viewed online through a web platform, allowing accurate documentation and measurements to support maintenance and design work.
This document discusses 3D laser scanning services provided by International Partner Buro S.R.L. for oil installations in Romania. The company uses 3D laser scanning to create 3D point clouds and models of oil refineries, which are then used to generate as-built documentation. Key deliverables include 3D point clouds, 3D models, 360-degree panoramic views, and an online/offline platform for viewing scans. The scanning provides accurate documentation of installations in a safer and more efficient manner than traditional methods.
This document summarizes a 3D laser scanning project of an industrial shed in Romania. Key information collected includes a point cloud, Revit BIM model, and 2D survey drawings. Deliverables include the point cloud, 3D model ready for BIM with interior/exterior details, and 2D floor plans, sections and elevations. 3D laser scanning provides accurate, detailed documentation of existing structures to inform preservation, renovation or new construction.
The document discusses a 3D laser scanning survey of the Eglise d'Hampigny church located in Hampigny, France. The survey was conducted to create 2D plans, orthorectified images, a 3D model, and point cloud of the church to aid in planning its restoration and preservation. The laser scanning method provided accurate documentation of the church's condition and structural details to architects more efficiently than conventional surveying techniques. Products of the survey included 2D floor plans, elevations, sections, and orthorectified images draped over the 3D model and point cloud for analysis and restoration work.
Laser scanning constitutes the deflection of laser beams. 3D Scanning involves the process of analyzing real-world objects for collecting data of shapes and appearance. The collected data is then used for constructing digital 3D Models, consisting of a polygon mesh or point cloud of geometric samples on the surface of the object.
https://www.tejjy.com/our-services/bim-services/3d-laser-scanning-services/
Six D is an ISO 9001:2008 certified engineering solutions provider in India specializing in 3D inspection and reverse engineering. They have over 7 years of experience and work with clients in defense, automotive, aerospace and heavy engineering. Six D offers various 3D scanning and measurement services using equipment from partners like Leica and Artec to provide dimensional inspection, reverse engineering, and quality control services.
Three-dimensional (3D) laser scanning
uses light detection and ranging (LIDAR)
measurement techniques to quickly and
accurately collect data on the size and shape
of an object or environment. Through the
years, the cost to purchase and operate
stationary and mobile scanning has decreased
and is now changing the way 3D data is
captured and interpreted.
laser scanning surveying & 3d laser scanning servicesKeith McCrory
We have been carrying out 3D laser scanning survey & cloud burst services in the UK for over 15 years, and were one of the very first laser scanning companies in the UK to purchase a laser scanner. Visit Scantech International now to know more.#laserscanningsurveying #topographicalsurveyuk #3dlaserscanningservices #pointcloudsurvey #laserscanningcompanies
Source: https://scantech-international.com/3d-laser-scanning-services
This document discusses a 3D laser scanning project of the Otetelesanu Manor in Gradinari, Romania. The scanning was conducted to create a detailed documentation of the building's current state to aid in preservation and rehabilitation planning. The scanning produced a 3D point cloud, from which 2D plans, sections, and elevations were extracted. It also generated a 3D model and panoramic views. The document outlines the advantages of laser scanning for heritage documentation and provides examples of the company's past projects involving heritage buildings in Romania and Europe.
KOHI Engineering Nigeria Limited provides 3D laser scanning and modeling services for industrial projects through partnerships with companies that specialize in engineering solutions. The services include capturing accurate as-built data through laser scanning, generating 3D models and drawings from scan data, and delivering outputs that are compatible with various 3D design software. KOHI has expertise in creating as-built 3D models and has completed several projects for companies in oil and gas industries.
Ebook1 an introduction_to_3_d_scanning_en_26082014karikou2005
3D scanning captures physical objects and brings them into the digital world. It is growing 15% annually and portable 3D scanning is fueling applications outside the lab. There are two main categories of scanners - contact scanners that require touching the object, and non-contact scanners that do not touch the object. 3D scanning is valuable throughout the product lifecycle for applications like concept design, CAD, prototyping, quality inspection, and tooling design. It allows capturing existing parts for integration or reverse engineering without drawings.
2. 1
3D POINT CLOUD
3D MODEL
360° PANORAMIC VIEW
ONLINE OR OFFLINE WEB PLATFORM
PORTFOLIO
4
6
8
10
What is 3D laser scanning?
The 3D laser scanning technology is the newest technology in the field of land survey.
Basically, spatial data are quickly and accurately captured (X, Y, Z), using signals with
laser beam reflected by the scanned objects or surfaces.
International Partner Buro S.R.L. uses the latest laser scanner models that measure
millions of points in the tridimensional space.
The result is an organized 3D representation of objects, which can be delivered quickly,
efficiently and precisely.
The data can be accessed in real time or after the processing, constraint and
georeferencing techniques.
After processing the data, we can extract 2D plans or 3D models of the scanned objects.
As we combine the advanced technology of 3D laser scanning with our ability to work
in complex environments, we can deliver accurate measurements for a wide range of
applications.
RAPIDITY - very short time of data acquisition, as compared to other measurement
technologies;
COST REDUCTION - a large quantity of data can be acquired in a minimum period
of time, with fewer staff; there is no interference with other activities carried out
in the scanned space;
SAFETY - very low risk of work accidents during the laser scanning; 3D laser
scanners can be used in difficult environments, without affecting the integrity
of the scanned objects and the safety of the operators, as it is a technology that
respects all anti-ex safety norms and standards;
PRECISION - the result of the laser scanning is a complete, authentic and accurate
3D copy of reality, which can not be obtained by any other measurement method;
EFFICIENCY - 3D laser scanning is a technology allowing a better use of resources
and space; also, there is no need for additional visits on the site, in case details
have been omitted;
COMPLETE VIRTUALIZATION - 3D laser scanning is a complex and complete
method, which generates millions, even billions of points, representing the exact
position of all the scanned objects.
Advantages of 3D laser scanning technology:
International Partner Buro S.R.L.
Office:
www.ipartner.ro
office@ipartner.ro
+4 - 0722 998 663
Bucharest, Romania
PhD. Dipl.-Eng. Marian RăDOI
CEO - International Partner Buro S.R.L.
3D Laser Scanning & Surveying specialist
+ 4 - 0766 462 766
marian.radoi@ipartner.ro
3. 2 3
S E R V I C E SS C O P E O F A C T I V I T Y
P R O D U C T S
3D laser scanning is ideal for locations su ch as:
Due to its features, the 3D laser scanning technology can be used in various fields
and industries.
The oil and energetic sectors have been the first activity fields to use the 3D laser
scanning technology, due to the complexity of installations and the need of accurate
data.
The 3D laser scanning services provided by International Partner Buro S.R.L. offer
accurate information, based on which designers can make decisions on positioning,
modifying equipments, the existing situation and many other data necessary in order to
optimize the design, construction and maintenance process.
Due to the high level of accuracy of measurements, the operation of installations
can be improved and the lifespan can be extended, thus reducing the number of
inspections and the revisions intervals.
Since the amount of data obtained from the laser scanning is very large, the range of products
provided by S.C. INTERNATIONAL PARTNER BURO S.R.L. is very wide and they respond to the
customized requests of our clients.
Our products are compatible with the software solutions existing on the market (Autodesk,
Aveva, Bentley, INTERGRAPH, VR Context). We offer the possibility of delivery in various formats,
thus avoiding additional costs due to purchasing other conversion software.
Refineries;
Offshore platforms;
Chemical plants;
Nuclear plants;
Electric plants;
Dangerous substances
storage tanks;
Fuel storage tanks.
3D LASER SCANNING
- Monitoring and follow-up of buildings’ and equipments’ behaviour in time;
- Checking the planarity of various elements;
- Volume calculations;
- Checking the correspondence between a CAD project and 3D point clouds;
- Checking dimensions and the tridimensional positioning.
3D MODELLING
- 3D model construction, based on the 3D laser scanning measurements.
SITE PLANS
- Site plans for industrial platforms;
- Site studies for possible future investments;
- Drafting the analogic and digital 3D model;
- Calculation of areas and volumes.
DATA CONVERSION
- Data conversion in order to be compatible to the requests of the beneficiaries.
3D point clouds;
3D model / BIM model;
HD panoramic images;
Site plans;
Profiles;
Integrated GIS data;
Documentations fro bank insurances.
Fuel loading ramp - 3D point cloud vs. 3D model
4. 4 5
3D point cloud of the scanned area
3D point cloud 3D point cloud
3D model superimposed over the 3D point cloud
DELIVERED PRODUCT:
3D POINT CLOUD
Following the 3D laser
scanning, a data collection
called “point cloud” si
generated; its position in space
is known in a tridimensional
system of coordinates, which
can be georeferenced in any
projection system.
Advantages of the 3D point clouds obtained from the 3D laser scanning :
Point clouds are a complete, authentic and accurate 3D copy of reality, which cannot be obtained
through any other means or method of measurement;
A detailed study of the current state of equipments and installations can be carried out based
on 3D point clouds;
3D point clouds allow exact measurements of distances and areas and they are the starting
point in the process of 3D modelling.
3D point clouds are compatible to a
multitude of softwares, often exported as
*ptx, *pcg, *ascii, *wrlm, *pts, *las, *e75,
*lfm, *igs files etc.
5. 6 7
DELIVERED PRODUCT:
3D MODEL
3D model - exterior installation
3D model obtained from the point cloud 3D model obtained from the point cloud
3D model obtained from the point cloud
The 3D CAD model is an accurate reproduction of a real object in a 3D virtual space and is
constructed based on the point cloud obtained through 3D laser scanning.
The 3D models are compatible with CAD software such as AVEVA PDMS 3D, INTERGRAPH PDS,
therefore can be used in a multitude of programs, due to the various formats in which they are
delivered: *sat, *dwg, *dxf, *obj, *stl, *fbx, *dae, *3ds, *dwf, *dgn etc.
6. 8 9
360° panoramic exterior view
360° panoramic interior view
View from IPB WebShare platform
View from IPB WebShare platform
DELIVERED PRODUCT:
360° PANORAMIC
VIEW
ONLINE OR OFFLINE
WEB PLATFORM
WebShare online or offline
system for viewing scans
through panoramic views,
with the possibility of
measuring distances.
IPB WebShare is an online or offline web platform which provides
the user with the advantage of being an integrating part of a
virtual tour of the scanned area. No matter where the client is,
with an internet connection, he is able to visualize the project and
download the necessary data.
3D measurements
The general map offers the possibility of measuring distances and
surfaces, and the 3D view allows easy measurement of point-to-
point distances.
360° panoramic view
HD panoramic images on IPB WebShare platform or by means of free
software Scene LT.
Detailed panoramic display
Each panoramic position provides a 360° view, including all the
details recorded.
Acces for authorised users
Authorized users may acces the original 3D data through the
download option and may examine data by using free software
SCENE LT.
Advantages of using the IPB WebShare platform:
Instant access to the data obtained through 3D laser scanning;
Fast decisional factor and efficient collaboration;
Increased possibility to interpret the data, investigations and data attachement;
Multiuser possibility;
Reducing the number of visits on the scanned site.
7. 1 0 1 1
E X E C U T E D W O R K S :
North trestle
South trestle
Tank steaming ramp CF
Crude oil unloading ramp SA 25
Gasoline unloading ramp
Preheating crude oil RTC
Truck check up ramp
Liquid products automatic ramp
LPG loading in CF tanks automatic
ramp no. 216 C
White products unloading from
broken tanks ramp no. 216
Tank trucks loading P1 ramp
SCLPP Ramp
(Oil Products Delivery Commercial
Section)
LPG tank truck ramp
Crude oil ramp
DRB Flare
Old Flare Refinery
DRB softening (DAPAC)
Petrochemistry softening
Refinery water filters
RCI recirculated water station
CC recirculated water station
Refinery chemical station
Brazi Colony thermical station
DRB thermical station
Refinery thermical station, zone 37
No.2 condensation water station - DRB
No.3 condensation water station
No.1 condensation water station
Hamon Tower
Compressor station for producing
compressed air - Atlas Copco
Regulation Station for methane gas
Methane gas distribution Colony -
Gate no. 3
Boosting Station
31 Areas
PORTFOLIO
8. 1 2
INTERNATIONAL PARTNER BÜRO S.R.L. carries out activities in the fields of
land survey – 3D laser scanning – Cartography
Bathymetry – Cadastre – Geodesy – GIS – BIM – EBIM
Benefiting from a team with specialized training, the firm managed to draw the attention
of national and multinational companies with high requirements.
The knowledge of the management team, acquired in Romania and Germany next to
specialists, geodesic engineers with experience in the field of land measurements has
led to the creation of a Romanian strong team, capable of answering the most difficult
quality requests, within short time.
INTERNATIONAL PARTNER BÜRO S.R.L. carries out complete activities at national level
in Romania, but also 3D laser scanning and engineering land survey activities on the
territory of other countries, in accordance with our beneficiaries’ requests, multinational
companies and governments.
The devices that we own, the specialized software, but also the well trained employees
are a guarantee that we can successfully answer to any land survey issue that occurs
anywhere in Europe and worldwide.
The professional training, the punctuality and the exceptional precision are our
advantages that we manifest during every work.
professional training + Punctuality + Precision = quality C O N T A C T
Y O U R N U M B E R 1 O P T I O N
I N 3 D L A S E R S C A N N I N G
PhD Dipl.-Eng. Marian RADOI
CEO - International Partner Buro S.R.L.
3D Laser Scanning & Survey specialist
+ 4 - 0766 462 766
marian.radoi@ipartner.ro
OFFICE:
www.ipartner.ro
office@ipartner.ro
+ 4 - 0722 998 663
/ScanareLaser3D
/ipartner.ro
Bucharest, Romania
* International Partner Buro provides 3D laser scanning
services globally.
9. 3DLASERSCANNING
UAVFOTOGRAMMETRY
S U R V E Y
BIM
G I S
ARCHITECTURAL SURVEY
CONSTRUCTION SURVEY
ENGINEERING SURVEY
LAND SURVEY
3DBUILDINGMODELLLING
3DTERRAINMODELLING
2DDRAWINGS
CADASTRE
LANDREGISTRATION
www.ipartner.ro