This Technology Transfer Advances Iran's
- Nationally Determined Contribution to mitigate its GHGs emission in 2030 by 4% compared to the Business As Usual (BAU) scenario.
Join our CTCN Consortium Partner, the Energy Research Centre of the Netherlands, for this webinar on climate technology for energy efficiency in the industry.
The Condebelt drying process was patented in 1975. The Condebelt drying process was originally created to increase drying rates of paper. Condebelt drying produces approximately 10-15 times higher drying rates than conventional cylinder drying. These higher drying rates are achieved by higher contact temperatures, higher pressing between the hot surface and paper and relatively low thermal resistance between steam and paper in the Condebelt drying process.
According to Retulainen (2001), three features of the technology warranted further investigation after the first pilot tests:
Compared with conventional oxyfuel, flameless oxyfuel provides even higher production rates, excellent temperature uniformity and very low NOx emissions. Since its commercial introduction in 2003, the leading supplier has made more than 30 installations of the flameless oxyfuel technology. This chapter describes the state-of-the-art oxygen technologies, including results from installations in the steel industry, and discusses their future possibilities to make steel production more effective.
This website discusses the European Commission"s 2011 Roadmap for moving to a competitive low-carbon economy in 2050, emission reductions will be required to take place in all sectors, with carbon dioxide (CO2) emissions from the industrial sectors reduced by 34% to 40% by 2030, and by 83% to 87% by 2050. The only available technology that can provide the required large-scale emission reductions in European Union energy-intensive industries--such as steel, cement, refineries and chemicals--is CO2 capture and storage).
The iron and steel sector is the second-largest industrial user of energy, consuming 616 Mtoe in 2007 and is also the largest industrial source of CO2 emissions. The five most important producers – China, Japan, the United States, the European Union and Russia – account for over 70% of total world steel production. A main technology in the iron and steel industry is the direct casting, which is the process of creating finished iron and steel products using moulds to shape the molten metal.
Background: Currently thermo-photovoltaic (TPV) cells are based on traditional semiconductor thin-film technology. For a radiation source with a temperature of 1500K the efficiency of the cell is ~20% during operation at room temperature. However efficiency decreases greatly with increasing cell temperature. With regards to power conversion in space it is also difficult to obtain efficiency over 30% when the cell temperature is 400K. Still TPVs are of great commercial interest.
Additive-assisted cerium-based corrosion-resistant e-coating: Corrosion resistance of metallic components such as stainless steel components of vehicles and especially aluminum-based components of aircraft is enhanced by application of an e-coat paint or primer which is enhanced by incorporation of cerium ions into the e-coat electrolytic bath. The resulting overall coating includes a cerium-based layer under a cerium-enhanced e-coat paint or primer layer.