3D scanning is a quick, cost-effective solution to ensuring that 100% accurate as-built representations are available for a vendor RFQ, design work, demo and install planning, or any other project requirements.
The solution to 100% satisfaction is easier (and much more affordable) than you think. Acensium can 3D laser-scan both the area of the facility where your parts are being installed and 3D scan and model the finished parts when you complete them
When ensuring combustible dust standards compliance there are always situations that aren’t specifically indicated in the standard. Extraneous situations or circumstances can exist that make compliance with the existing standard a unique challenge. Keeping 1M square feet of industrial space dust-free can often be difficult or impossible. When you can’t comply with the strict code...
Over the Thanksgiving Holiday, Acensium was engaged in a number of critical scanning projects for industrial clients. Whether the job demands late hours or holiday work, we're committed to delivering the analysis needed to meet project deadlines.
Combustible dust from tripper rooms and control rooms can find its way into these closed areas, causing unnecessary issues and risks. 3D scanning makes designing complex dust control systems more straightforward than most vendor-recommended equipment.
Plant Scherer, long time engineering client of Acensium, was named Plant of the Year by the Powder River Basin (PRB) coal users group due to the significant enhancements made through multiple parallel retrofit projects.
Acensium Principal Jason Schwartz has a compelling piece in the August issue of Power Magazine, about an extensive long-term dust control project for a southern utility company; retrofitting the coal material handling systems at numerous plants.
Acensium has decades of coal DEM data, but every unique material in a material handling project performs differently. Experience with a material doesn’t necessarily mean effective modeling, only with a feedback data-loop and adjustments can modeling become accurate.