Developing article on examining CSCE and ASCE information on sustainability


Considering how to build more power generating systems in Canada that use concentrating solar has me thinking. Medicine Hat has a small one. I wonder what it would take to build others to serve Saskatchewan and Manitoba.

At Business Development Canada, a quick chat had me understanding that I need to assemble a minimum viable product to show this idea to venture capital groups.

It looks like this idea needs a little story, a little study, and a little more research before we push for a big Moroccan-style tower.

Next: Get started for Concentrating Solar in Canada?


[1]:Medicine Hat Utility

[2]:Kipp-Zonen Article on Medicine Hat System

[3]:Campbell Scientific Article on Medicine Hat System

[4]:Short Interview with 2015 Medicine Hat mayor Ted Clugston

[5]:US National Renewable Energy Lab summary on Medicine Hat System

[6]:US National Renewable Energy Lab summary on Ivanpah tower system

[7]:Morocco's Ouarzazate system

[8]:Solar Energy Map - Canada

[9]:Solar resource dataset

[10]:Wind resource dataset

One path towards a just energy transition for Canada includes creating opportunities for communities to use renewable energy.

Thinking a little deeper about building a concentrating solar power generation plant in Canada leads to several questions that we would need to answer.

We need to build the equivalent of a New York City every month.

I have heard this on two occasions this spring: at a PSMA talk on tall wood buildings and on a podcast about opportunities for buildings to help draw down carbon from the atmosphere. Tall wood structures made from mass timber seem poised to help us a lot. We can contribute to drawing down carbon from the atmosphere by choosing different options when we build.

Is the [Nano Membrane Toilet][1] a way to improve upon how we handle human faeces? A [team][2] at Cranfield University has worked out a self-contained, waterless "Reinvented Toilet" after 7 years of research.