
Chemical engineering and high-temperature chemistry - Tailored solutions for a greener Future
The Danish Technological Institute offers specialized consultancy in chemical engineering and high-temperature chemistry.
We deliver innovative and sustainable solutions, including process design, development, energy optimization, and technology selection.
Our services also include project management and risk assessment, all tailored to your needs to promote green transition and optimize industrial processes.
The Danish Technological Institute can assist with:
- Process Design and Optimization: Development and optimization of chemical processes for the production of green energy, such as biofuels, hydrogen, or synthetic fuels.
- Feasibility Studies: Analysis of the technical and economic feasibility of green energy projects, including assessment of raw materials, technology, and market potential.
- Energy Efficiency: Consulting on reducing energy consumption in industrial processes through heat recovery, process integration, or new technologies.
- Technology Selection and Implementation: Guidance in choosing appropriate technologies for green energy production, such as electrolysis, pyrolysis, or CO₂ capture and utilization (CCU).
- Project Management: Managing projects within green energy, including stakeholder coordination, budgeting, and scheduling.
- Research and Development (R&D): Contributing to the development of new processes or materials, e.g., catalysts for hydrogen production, synthetic fuels, chemicals, or biomass processing.
- Risk Assessment and Safety: Conducting safety analyses (e.g., HAZOP) for chemical plants and processes.
We also specialize in:
Case: Risk assessment of new hydrogen cyanide (HCN) plant
Hydrogen cyanide (HCN) is a key industrial chemical used in the production of plastics, fertilizers, and for the extraction of precious metals. However, HCN is also both a toxic and flammable substance, which places significant demands on safety throughout the entire production chain. Therefore, we carried out a risk assessment of a new HCN plant.
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