Skip to main content

Software adds mobile modelling

US-based BedRock Software has announced the release of a new version of its AggFlow software package that adds the capability to simulate the operation of mobile crushing and screening plant. The company has initially worked with Powerscreen's line of crushing and screening equipment but other manufacturers' data will be added. "As we build our track-mounted data library this will be an important and revolutionary development for the industry," said BedRock president Bryan Lewis. The AggFlow system for fix
July 16, 2012 Read time: 2 mins
US-based 1412 Bedrock Software has announced the release of a new version of its 153 Aggflow software package that adds the capability to simulate the operation of mobile crushing and screening plant.

The company has initially worked with 2991 Powerscreen's line of crushing and screening equipment but other manufacturers' data will be added. "As we build our track-mounted data library this will be an important and revolutionary development for the industry," said BedRock president Bryan Lewis.

The AggFlow system for fixed plant is already used by aggregate producers in over 60 countries worldwide, according to Lewis, but the updated version will give users the benefit of being able to calculate mass aggregate and water balances flowing through a plant simulation using stationary and mobile equipment.

AggFlow simulations are said to help improve profitability by identifying inefficiencies and bottlenecks; by accurately assessing the impact of proposed changes or new equipment before they are made; and by reducing plant down-time and production errors. AggFlow can also be used to track and reduce emissions and fuel consumption by refining overall plant efficiency.

Users can select from the pre-populated equipment data library or install their own equipment models in the program using the generic equipment application. Nonetheless, BedRock is constantly adding to the AggFlow data library and will add equipment upon request, although the program currently provides calculations for more than 2,500 models of aggregate crushing, screening and washing equipment.

For more information on companies in this article

Related Content

  • Turkish manufacturers key to aggregates equipment
    February 13, 2012
    Turkish manufacturers are important trading partners in the worldwide aggregate production sector, Mike Woof reports
  • Innovations in aggregate production
    February 20, 2012
    Innovations abound in the aggregate production sector - Mike Woof reports. With road construction accounting for a significant percentage of aggregate production, developments in this industry are of major importance for the highway sector. Technical advances in aggregate production methods have pushed technological boundaries, resulting in cost/tonne reductions for products and improving operating efficiency for major producers.
  • Innovative GIS software offerings
    July 18, 2012
    The latest construction software developments can speed the construction process overall, Adrian Greeman reports Construction software is by its very nature a very fast moving technology, with new systems coming to the market almost continuously. There are some key developments however, such as major new product launches and market trends. One of the most important developments in the road design sector is the launch of the Bentley Systems V8i versions of its software, including its road design applications
  • Crushing and screening advances introduced
    June 10, 2019
    New developments in crushing and screening equipment as well as washing technology will deliver benefits for materials production - Mike Woof writes Competition is tough in the market for quarry material processing equipment, with key firms introducing new systems that are said to boost capacity and performance. Firms offering crushing and screening equipment have expanded their respective ranges, offering additional capabilities for these segments. Mobility and versatility have been key factors in the d