Our initial testing confirms the ability to successfully generate, propagate, and distribute electromagnetic heat in the oil sands formation.

Question No. 382 Ms. Elizabeth May: With regard to the current and projected impacts of anthropogenic climatic change and disruption including, but not limited to, increasing water scarcity, forest fire frequency and severity, degradation of permafrost-dependent infrastructure, frequency of extreme weather events including floods and heat waves, sea level rise, and the spread of vector-borne diseases such as Lyme Disease, for each department, what are the detailed current and projected economic costs associated with adapting to the aforementioned effects over the short, medium, and long term?

And heat waves and all of those types of things that cause direct human impact—health impacts, encroachment of malaria, tropical diseases—we can model those things.

28. Highlights the potential offered by district heating and cooling networks, which as infrastructures make it possible to optimally use and combine a large spectrum of "fossil-fuel free" energy inputs: surplus heat from electricity production, different forms of renewable heat (e.g. geothermal energy, heat/cold from deep-sea or lake water or biomass), heat pumps, and heat from biodegradable waste incineration and/or from industrial processes;

1.4.9 Appropriate means, such as doors behind the emergency exit, shall prevent the propagation of smoke and heat into the escape routes, so that tunnel users can reach the outside safely and emergency services can have access to the tunnel.

1.4. 3f Appropriate means, such as doors behind the emergency exit, shall prevent the propagation of smoke and heat into the escape routes, so that the tunnel users can safely reach the outside and the emergency services can have access to the tunnel.