Carbon tetrachloride (CTC) is a solvent and cleaning agent used widely across many industry segments. Its high solvency power, low cost and the fact that it is non-flammable made it popular in many cleaning applications.

This presentation introduces the value of the integrated grid.

Generating electric power based on geothermal energy is attractive (i) because of the low CO2 emissions and (ii) because electricity can be produced constantly, independent of the availability of wind or sunlight. These characteristics make geothermal energy an important option for safe, cost-effective and climate friendly power production. The main caveats are that geothermal energy is not available everywhere and that it is uncertain whether the resource will actually be found at a given site.

In public buildings lighting accounts for about 40% of the electricity costs. If you multiply this figure by the number of kindergartens, schools and universities, town halls, local government buildings and government departments, libraries, swimming pools and hospitals, then the total is enormous. Lighting in public buildings is currently consuming far more energy than necessary, with all the negative side-effects such as high running costs, electricity bottlenecks and damage to the climate. That can easily be changed.

The transition from fossil fuels to cleaner, safer energy technologies is under way. To pinpoint where decarbonization is happening most rapidly—and to extract lessons and best practices that can be applied to other areas of the global economy where progress is needed in the fight against climate change—this study by ClimateWorks, NewClimate Institute, Ecofys, and Climate Analytics compares past projections with actual developments in renewable energy, coal consumption, and passenger vehicles. Key findings include: Decarbonization of the power sector is happening faster than predicted.