Biomass Power Generation

Biomass, or renewable energy from waste such as forest debris, agricultural waste and scrap lumber, is rapidly picking up fame over the world.

  • Wastes HIGH in material that normally give lot of heat when burned (e.g. plastics, paper and textiles)
  • Enery from Landfills:
    Landfills can harness energy, too. Bacterial decomposition inside landfills produces methane, the main component of natural gas. By collecting “landfill gas”: Landfills can make extra money, Fuel is made available, Greenhouse gas methane is prevented from reaching atmosphere

Dynsol helps customers and communities outfit the capability of biomass energy by building power and cogeneration facilities that cleanly burn renewable waste to fuel specialized engines that generate power and heat.

We can produce massive, utility-scale biomass-to-energy plants, additionally smaller on-site biomass cogeneration and distributed generation plants which will satisfy a big portion of a facility’s energy wants, reducing energy prices, water consumption and air emissions.

Safety and Risk Management

  • R &D programmers for activities and inventions within the Risk Management field
  • Process Safety
  • Structural Integrity
  • Safety integrity level and uncertainty
  • CFD modeling of consequences

Papers /Publications

  • Sultana, Sharmin; Andersen, Bjørn Sørskot; Haugen, Stein. (2019), Identifying safety indicators for safety performance measurement using a system engineering approach. Process Safety and Environmental Protection

  • Sultana, Sharmin; Okoh, Peter Ichekani; Haugen, Stein; Vinnem, Jan Erik. (2019), Hazard analysis: Application of STPA to ship-to-ship transfer of LNG. Journal of Loss Prevention in the Process Industries. vol. 60

  • Sultana, S., & Islam, K. (2017). Industry Best Practice Risk based design for LPG Facility: Gap in Bangladesh practice, Journal of Chemical Engineering. 2017, 30 (1), 8-11

  • Kamrul Islam,Modeling of Fire and Toxicants Formation-Measures to Reduce Risks, ISBN 978-3-89959-93-5, Der Andere Verlag, Germany
  • K. Islam, R.Leithner, Thermochemical Analysis of Toxic Formation from Burning Materials in Enclosure Fires, proceeding of International Symposium on Fire Investigation Science and Technology, 2008
  • Nicole Henerichs, Kamrul Islam: Winterised Emergency Shelters for Disaster Preparedness in Times of Climatic and Social Change, Proceedings of 8. Forum DKKV/CEDIM: Disaster Reduction in a Changing Climate, 15./16.10.2007, Karlsruhe, Germany
  • K. Islam, R. Leithner, CFD Simulations of Full Scale and Reduced Scale Enclosure Fires by using FDS 5:Comparision with Measured Data, International Conference on Risk Assessment and Management Strategies in Preventive Conservation, 2008, Aschaffenburg, Germany
  • K. Islam, Analysis of Toxic Species Production from Nylon Burning, proceeding of International Symposium of Fire Safety Science, 2008, Karlsruhe, Germany
  • K. Islam, R. Leithner, Prediction of Toxic Species in Fire: Chemical Equilibrium Approach, proceedings of 5th International Seminar on Fire and Explosion Hazards, 2007, the U.K.
  • International Journal of Automotive Technology, Vol. 16, No. 2, pp. 193−199 (2015)
    Simulation Of Oxidation Catalyst Converter For After-Treatment In Diesel Engines M. N. KABIR1), Y. ALGINAHI) and K. ISLAM)