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# Polar Analytics

## Sitemaps

- [XML Sitemap](http://www.polaranalytics.fi/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Events](http://www.polaranalytics.fi/events/)
- [Building Environmentally Friendly Models](http://www.polaranalytics.fi/building-environmentally-friendly-models/) - Even though environmental modeling might be considered a niche application and your business may not involve anything remotely related to farming or agriculture, we believe our modeling approach is useful in demonstrating how an interactive simulation model can be used to improve collaboration and decision making.
- [GRAZING MODEL](http://www.polaranalytics.fi/grazing-model/) - A Proof of Concept model demonstrates the interdependence between people and their environment and how the development of a circular economy can impact energy use and the environment. The concept model is a discussion boundary object for transdisciplinary research and requirements development.
- [REVERSE SUPPLY CHAIN WITH BIOREACTOR](http://www.polaranalytics.fi/reverse-supplychain-with-bioreactor/) - Waste Streams supply a regional Bioreactor. The waste is collected from Chicken, Horse, Pig and Vegetable Farms, and Industrial Plants. Waste streams have a typical nutrient composition. Road transport is initiated from the farms and industrial sites and then stored at the Bioreactor in a stockpile that feeds the reactor.
- [Ensuring a Sustainable Future](http://www.polaranalytics.fi/ensuring-a-sustainable-future/) - Based on climate simulations we know that global warming is caused by human activities that produce greenhouse gas emissions (mostly CO2). Figure 1 shows the results of climate simulations for a “business as usual” scenario, and for the case when the greenhouse gas emissions are greatly reduced. The validation of the models was the historical climate data set. Based on the validated models we know that the warming-up process will not slow down if we don’t reduce our CO2 emissions or extract enormous amounts of CO2 from the atmosphere.
- [CIRCULAR ECONOMY CONCEPT](http://www.polaranalytics.fi/circular-economy-concept/) - A Proof of Concept model demonstrates the interdependence between people and their environment and how the development of a circular economy can impact energy use and the environment. The concept model is a discussion boundary object for transdisciplinary research and requirements development.
- [SUSTAINABLE DIVERSIFIED FARM SIMULATION](http://www.polaranalytics.fi/sustainable-diversified-farm-simulation/) - This model shows some of the interdependencies between systems on a dairy farm. Cows need water and feed and are housed in a shed. They produce milk which is sold at a market rate selectable by the user.
- [Nordic Circular Summit](http://www.polaranalytics.fi/nordic-circular-summit/) - The Nordic Circular Summit is a two-day event hosted by Nordic Circular Hotspot and Nordic Innovation, with a mission to explore the tremendous circular opportunities that the region has to offer. The 2020 summit was spread over 10 different sessions—with topics including circular cities, ocean solutions, fashion and furniture, finance, energy, the food sector, manufacturing and more.
- [Become an Eco-Warrior through simulation](http://www.polaranalytics.fi/how-to-become-an-eco-warrior-through-simulation/) - Workshop presented by Clemens Dempers. The circular economy, lifestyle impact on global warming and reduing one’s carbon footprint are not only very topical issues, but also very important for the future of our civilization.
- [System Engineering for Earth’s Future](http://www.polaranalytics.fi/systems-design-artificial-intelligence/) - Addressing Challenges of the Circular Economy using Model-Based Co-Creation and Systems Design", will now be presented in the following session:
- [Open Bioeconomy Week](http://www.polaranalytics.fi/open-bioeconomy-week/) - We were honoured to speak at the Open Bioeconomy week on Tue 29th of September 2020 on Scientific Day. Below is the program of the day: https://openbioeconomyweek.org/program/ Tue 29th of Sept – Scientific Day

## Pages

- [](http://www.polaranalytics.fi/) - ABOUT OUR SERVICES ABOUT OUR SERVICES We help you solve Technical, Business and Engineering problems by using cutting edge tools in Data Science, Simulation Modeling and Optimization and then communicate the solution in a visual,interactive and easy to understand format, so that you can get buy-in from stake holders. Contact Us SIMULATION | MODELING |
- [Vegetated Swale](http://www.polaranalytics.fi/vegetated-swale/) - WATER PROTECTION STRUCTURE TEMPLATE BASIC INFORMATION Name of the structureEnter the name or type of the structure, e.g., sedimentation basin, filtration structure, constructed wetland, etc.Vegetated swaleStructure descriptionBrief general description of the structure, its operating principle, and intended purpose. Is the structure preventing the generation of pollution or managing existing pollution.Swales are shallow, broad and vegetated
- [Industry](http://www.polaranalytics.fi/industry/) - Manufacturing Logistics Oil & Gas Mining Transport We look forward to discuss your applications and suggest ways that we can help you realise your vision. From large scale warehouse models, to mining scoping and feasibility studies, to quick proof of concept explorations in logistics, we can get your team discussion innovative options around prototype models. Choose your
- [Environment](http://www.polaranalytics.fi/environment/) - AgriTec Bio Tech Supply Chain Energy Circular Economy Environmental models regularly involve multiple specialist groups and a multi-disciplinary approach. We believe dynamic simulation modelling is a great way to get the stakeholders to communicate and visualise their contributions. Often these models combine GIS or location specific details with animal, vegetation and/or human interaction. Even simpler
- [Projects](http://www.polaranalytics.fi/projects/) - SUSTAINABLE DIVERSIFIED FARM SIMULATION CIRCULAR ECONOMY CONCEPT

## Categories

- [Events](http://www.polaranalytics.fi/category/events/)
- [Attended Events](http://www.polaranalytics.fi/category/attended-events/)
- [Speaker at Event](http://www.polaranalytics.fi/category/speaker-at-event/)
- [November 2020](http://www.polaranalytics.fi/category/november-2020/)
- [July 2020](http://www.polaranalytics.fi/category/july-2020/)
- [Workshop](http://www.polaranalytics.fi/category/workshop/)
- [Projects](http://www.polaranalytics.fi/category/projects/)
- [Articles](http://www.polaranalytics.fi/category/articles/)

## Tags

- [Nordic Circular Summit](http://www.polaranalytics.fi/tag/nordic-circular-summit/)
- [Nordic Innovation](http://www.polaranalytics.fi/tag/nordic-innovation/)
- [Circular Opportunities](http://www.polaranalytics.fi/tag/circular-opportunities/)
- [Circular Cities](http://www.polaranalytics.fi/tag/circular-cities/)
- [Ocean Solutions](http://www.polaranalytics.fi/tag/ocean-solutions/)
- [Fashion and Furniture](http://www.polaranalytics.fi/tag/fashion-and-furniture/)
- [Finace](http://www.polaranalytics.fi/tag/finace/)
- [Energy](http://www.polaranalytics.fi/tag/energy/)
- [Food Sector](http://www.polaranalytics.fi/tag/food-sector/)
- [Manufacturing](http://www.polaranalytics.fi/tag/manufacturing/)
- [Polar Analytics Oy](http://www.polaranalytics.fi/tag/polar-analytics-oy/)
- [Clemens Dempers](http://www.polaranalytics.fi/tag/clemens-dempers/)
- [Regional Bioreactor](http://www.polaranalytics.fi/tag/regional-bioreactor/)
- [Efficiency Analysis](http://www.polaranalytics.fi/tag/efficiency-analysis/)
- [Iterative Simulation Tool](http://www.polaranalytics.fi/tag/iterative-simulation-tool/)
- [Worldwide annual gathering](http://www.polaranalytics.fi/tag/worldwide-annual-gathering/)
- [Systems Engineering](http://www.polaranalytics.fi/tag/systems-engineering/)
- [Case Studies](http://www.polaranalytics.fi/tag/case-studies/)
- [Workshops](http://www.polaranalytics.fi/tag/workshops/)
- [Tutorials](http://www.polaranalytics.fi/tag/tutorials/)
- [Panel Discussions](http://www.polaranalytics.fi/tag/panel-discussions/)
- [Circular economy](http://www.polaranalytics.fi/tag/circular-economy/)
- [Lifestyle impact](http://www.polaranalytics.fi/tag/lifestyle-impact/)
- [Global warming](http://www.polaranalytics.fi/tag/global-warming/)
- [Carbon footprint](http://www.polaranalytics.fi/tag/carbon-footprint/)
- [complex problems](http://www.polaranalytics.fi/tag/complex-problems/)
- [Simulation](http://www.polaranalytics.fi/tag/simulation/)
- [Ecological sustainable projects](http://www.polaranalytics.fi/tag/ecological-sustainable-projects/)
- [sustainable](http://www.polaranalytics.fi/tag/sustainable/)
- [model](http://www.polaranalytics.fi/tag/model/)
- [systems](http://www.polaranalytics.fi/tag/systems/)
- [farm simulation](http://www.polaranalytics.fi/tag/farm-simulation/)
- [income and expenses](http://www.polaranalytics.fi/tag/income-and-expenses/)
- [carbon and nitrogen levels](http://www.polaranalytics.fi/tag/carbon-and-nitrogen-levels/)
- [Concept model](http://www.polaranalytics.fi/tag/concept-model/)
- [environment](http://www.polaranalytics.fi/tag/environment/)
- [energy requirements](http://www.polaranalytics.fi/tag/energy-requirements/)
- [supply lines](http://www.polaranalytics.fi/tag/supply-lines/)
- [impact of waste](http://www.polaranalytics.fi/tag/impact-of-waste/)
- [water resources](http://www.polaranalytics.fi/tag/water-resources/)
- [carbon mitigation](http://www.polaranalytics.fi/tag/carbon-mitigation/)
- [climate change](http://www.polaranalytics.fi/tag/climate-change/)
- [Waste streams](http://www.polaranalytics.fi/tag/waste-streams/)
- [industrial sites](http://www.polaranalytics.fi/tag/industrial-sites/)
- [waste source](http://www.polaranalytics.fi/tag/waste-source/)
- [bioreactor](http://www.polaranalytics.fi/tag/bioreactor/)
- [waste source stockpile](http://www.polaranalytics.fi/tag/waste-source-stockpile/)