Written by: Ville Ylänne Hyvinkään Lämpövoima Oy, located just 50km north of Helsinki, has been a leading district heating provider in Finland since 1974, boasting a network of more than 1900 connections and serving over 12,000 homes. With more than 80% of the residents of… Read More »Improving investment efficiency with Fluidit Heat in Hyvinkää
Written By: Kalervo Aho “User friendly and feature-rich tool!” Stijn Wolterink, District Heating System Developer, Warmtenetwerk Westland Stijn Wolterink is a district heating system developer working for Warmtenetwerk Westland, which distributes geothermal heat to agricultural companies in the Westland region of the Netherlands. He first… Read More »Planning heat supply to greenhouses at Westland Netherlands
Version 2.2 of Fluidit software is here! This package is about enhanced performance. There is the much anticipated Automatic Pipe Sizing Tool for Water and Heat in this package. Fluidit Storm has been under major development. With 2.2 users of Storm will enjoy eg. much… Read More »2.2 Fluidit hydraulic modeling suite updates
Written: Hannes Björninen & Kalervo Aho The Helsinki Region Environmental Services Authority (HSY) is one of the largest water and sewer utility in the Nordics. The wastewater and stormwater conveyance network in the HSY region is roughly 6 000 km in total, of which approximately… Read More »Modernizing hydraulic modeling software for sewer system analysis
Written by Kalervo Aho There are numerous ways in which hydraulic modeling can help utilities to understand, operate and maintain their assets. The higher efficiency will eventually count into better OPEX and CAPEX as well as higher service levels and higher quality of service to… Read More »Using a hydraulic model in utility asset management
Fluidit 2.1 release is here! There have been 75 new features and improvements and 22 bug fixes in the latest release. In this post, we will cover the major improvements in the software. You can find the full release notes on the support site of… Read More »2.1 Fluidit hydraulic simulator suite updates
Written: Arttu Pitkänen & Kalervo Aho Climate change has forced municipalities to invest in low-carbon energy resources. Especially waste heat must be collected as efficiently as possible. Waste heat means all the energy flows which are produced by the main process but are not utilized.… Read More »Assessing heat recovery potential from sewers
”The most important questions were: what are the best connection points in the existing grid? And how will the whole system react when major heat supply directions change after connecting the heat recycling facilities into the grid?” Panu Kauniskallio, System Designer, Fortum On the 17th… Read More »Heat recycling from Microsoft’s datacenter
Secondary school Engineering Students at John Burroughs School St. Louis use Fluidit Water to make hydraulic model of Nicaraguan village of La Fortuna. In late July we were contacted by Martha Keeley, a science teacher at John Burroughs School in St. Louis, Missouri. She enquired… Read More »Hydraulic modeling helping Nicaraguan village
Written: Kalervo Aho / VP, co-founder @ Fluidit Hydraulic modeling is a process in which a pipe network is modeled using physical attributes and equations. The network can be any type of network that transfers liquid or gas in pipes or open channels. In a… Read More »What is hydraulic modeling?
Antti Neuvonen
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antti.neuvonen@fluidit.com
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