What do customers say about Moov. 

[2022] Logistic flows at Umicore

"Your work, approach and knowledge were highly appreciated within the UMICORE organization. A good example of R&D where the results are effectively converted into practical solutions and new projects."

Lies Eykens - Project Manager Umicore

[2021] QUALISEA - Sustainable seaweed supply chains

MooV services the development a strategic planning and decision-making model for seaweed supply chains from sea-to shore & shore-to-customer.


  • Client: ERA-NET COFUND BLUEBIO - Coordinated R&D funding scheme to strengthen Europe's position in the Blue Bioeconomy
  • Includes: sea routes, vessel capacity, seaweed cultivation locations, on-shore existing facilities (e.g. fishery), operational data

[2021] BBTWINS - Agri-food Value Chain Digitalisation

MooV assists in the digitalisation of agri-food production processes. Digital twins are a powerful tool that allow to simulate and optimise different scenarios - identifying improvements that really matter.

Intro-movie Website


[2020] PROCURA - Network configuration research for power to chemicals

MooV optimises value chain configurations for power-to-x (hydrogen, methane, chemicals,...) using renewable energy sources. In this way MooV contributes to the decarbonisation of our energy system & chemical industry. 

[2021] Covid Vaccine Distribution Strategies

Distribution strategies for the Covid vaccine: Free up hands in hospitals and reduce the risk of losing doses

MooV jointly with UAntwerp showed supply chain optimization supports flexible and adaptable plans for vaccine distribution.


[2021] Rural Parcel Deliveries

MooV tackles last-mile optimisation for postal packages in rural areas

MooV investigates potential efficiency gains of shared cross-dock capacity in delivery of postal packages in rural areas.  

VIL website

  • Client: Flanders Logistics Innovation Platform - VIL
  • Includes: optimisation of economic, ecologic & societal cost, cross-dock hub - consolidation centers & service points , pilot decision support, parcel typology differentiation

[2019] NIBCON - Matching local biomass feedstock with biorefinery demand

[2019] Building Hubs

Building Hubs reduce logistic costs for building materials with more than 40%.

MooV assessed the relevance of building hubs as a new business concept for building sites.

Press release Full report  VIL Website 

  • Client: Flanders Logistics Innovation Platform - VIL
  • Includes: Multiple product and material flows, milk runs, routing, multimodal logistics, mileage, operational and investment costs, scenario comparison as-is & to-be, value-added logistics, load and storage capacities.
  • Full report available at VIL 


Optimising biomass sourcing area reduces mobilization costs. Collection cost can drop below 40€ per tonne.

MooV designs a mobilisation network for grassy material from verge to bio-composites, bio-gas or soil enhancer.

 Main Conclusions Full Report Website

  • Client: European Union – Interreg – 2Seas
  • Includes: geo-data analytics, analysis of the competitive/cooperative landscape, product quality effects and grades, peak supply management, multiple processing options, back-loops, cost analysis.

[2018] BIOMASS HUBS - Optimal mobilisation of biomass from landscape management

 Strategic support for the optimal mobilisation of biomass through a network of bio-hubs.

  • Client: Flemish Waste & Material Agency - OVAM
  • Includes: Cost minimisation, central vs distributed design, storage capacities, multiple end-product options (material – energy), time-effects (seasonality and harvest cycles), GIS-analysis, dash-board interface.

Biomass dashboard

[2017] BIOWOOD - Optimisation of local wood chains for high-value products

MooV assists in the optimisation of the future value chain based on local woody biomass towards high value agro-industrial end products in Flanders.

  • Client: Flemish Agency for Innovation & Entrepreneurship

  • Includes: Cost reduction, reduction of greenhouse gas emissions, multiple end-products, cascading hierarchy of resources, game-theory to reflect conflicting end-user interest, scenario analysis of bio factory locations and capacities.


Individual algae growers preferentially need to cluster to match demand of commercial size processing equipment.

MooV defines viable algae-based value chains investigating impact of the size of individual growers, mobility of harvest equipment and regional characteristics (e.g. heating needs).


  • Client: European Union – Interreg – North-West Europe
  • Includes: Cost minimisation, geo-data analytics, seasonality effects, storage requirements (drying, freezing), multiple end-products (colorants, cosmetics, food, feed), likely production sites, web-based dashboard.