PLAN Investor Presentation - July 2021

1. CONCRETE SOLUTIONS FOR A BETTER PLANET
Decarbonizing the Production of Cement Products
July, 2021

2. FORWARD LOOKING STATEMENTS
This corporate presentation constitutes “forward-looking statements.” within the meaning of applicable Canadian securities laws. Forward-looking
statements can be identified by the use of the words such as “anticipates,” or “believes,” “budget,” “estimates,” “expects,” or “is expected,” “forecasts,”
“intends,” “plans,” “scheduled,” or variations of such words and phrases or state that certain actions, events or results “could,” “may,” “might,” “will,” “would,”
or be taken, occur or be achieved. These forward-looking statements relate to, among other things, our future results, levels of activity, performance, goals
or achievements or other future events. These forward-looking statements are based on current expectations and various assumptions and analyses made
by us in light of our experience and our perceptions of historical trends, current conditions and expected future developments and other factors we
believe are appropriate in the circumstances. These forward-looking statements involve known and unknown risks, uncertainties and other factors that
may cause actual results or events to differ materially from those anticipated in our forward-looking statements.
These factors may cause our actual performance and financial results in future periods to differ materially from any estimates or projections of future
performance or results expressed or implied by such forward-looking statements. Forward-looking statements do not take into account the effect that
transactions or non-recurring or other special items announced or occurring after the statements are made have on our business. For example, they do
not include the effect of asset impairments or other changes announced or occurring after the forward-looking statements are made.
The financial impact of such transactions and non-recurring and other special items can be complex and necessarily depends on the facts particular to
each of them.
We believe the expectations represented by our forward-looking statements are reasonable, yet there can be no assurance that such expectations will
prove to be correct. The purpose of the forward-looking statements is to provide the reader with a description of management’s expectations regarding
our anticipated financial performance and may not be appropriate for other purposes. Furthermore, unless otherwise stated, the forward- looking
statements contained in this report are made as of the date of this report and we do not undertake any obligation to update publicly or to revise any of the
included forward-looking statements, whether as a result of new information, future events or otherwise unless required by applicable legislation or
regulation. The forward-looking statements contained in this document are expressly qualified by this cautionary statement.

3. “Cement production creates the 2nd most tonnes of greenhouse gasses
annually.
We can no longer simply reduce our CO₂ emissions. We need to also capture
and sequester this excess CO₂. The most promising opportunities to
sequester CO₂ include cement and soil – PLAN is working in both areas.”
- Stephen Harpur, CEO

4. Rapid commercialization of technologies
Quarter-over-quarter revenue growth
World-class development team of Ph.D.'s
and Engineers engaged in multiple carbon
sequestration technology initiatives
Roll-up potential - profitable pozzolan
companies are mainly privately owned...
opportunity to leverage existing cashflow with
new cement market potential
Large insider ownership ~ 50%
INVESTMENT
HIGHLIGHTS

5. PLAN is developing
technologies and materials to
reduce the carbon footprint
of Portland Cement and
create stronger and more
sustainable concrete that
embeds carbon dioxide
permanently
WHO WE ARE

6. Portland Cement is the most
commonly used cement
When limestone is heated to 900C,
approximately half its weight is off-
gassed as CO₂
Cement production creates the 2nd
most tonnes of greenhouse gasses
annually
PORTLAND CEMENT

7. Berkshire Hathaway report: “the
global cement and concrete
industry is expected to reach
$652.7B by 2022”
Every tonne of concrete can be
made more sustainable
Every tonne of concrete can
sequester more CO₂
INDUSTRY CHANGE

8. Investment community is demanding change
Fund managers ($2 trillion under management)
wrote demand letter to 5 largest cement corps
https://www.yahoo.com/lifestyle/funds-
managing-2-trillion-urge-230100316.html
https://citywireselector.com/news/climate-
change-fund-houses-push-cement-
groups/a1252266?section=funds-insider
PLAN offers solutions
DEMANDING CHANGE

9. Replacing Portland Cement on a 1-for-1 basis with Supplementary Cementitious Materials (SCMs)
improves performance and dramatically reduces the CO₂ footprint of concrete
HIGH CARBON FOOTPRINT OF PORTLAND CEMENT
Fuel burned to reach 1450C.
Mass amounts of coal, gas, or oil
burned
44% of limestone weight is off-
gassed as CO₂ (Input of 100 kg
of limestone. Output of 56 kg
CaO & 44 kg of CO₂ gas.)
COMBUSTION CALCINATION

10. Fly ash has very small particles which
makes concrete highly dense
Fly ash concrete is resistant to acid
and sulphate attacks
Fly ash is a by-product of burning coal
Natural pozzolan does everything
that fly ash does, but better
FLY ASH:
The disappearing
SCM in North America

11. should sequester greenhouse
gasses
use readily available materials
recycle materials destined for
landfill
use materials with embedded
energy versus new energy
The replacement should:
WITH FLY ASH
DISAPPEARING,
WHAT WILL
REPLACE IT?

12. PozGlass SCM combines natural pozzolan with recycled post-consumer glass
Over 60% of post-consumer glass currently goes to landfill
PLAN can divert this glass from landfills, while receiving tip fees
Flagship plant planned for BC, then expansion to Pacific Northwest and beyond
POZGLASS™ SCM

13. Glass made by heating silica sand to 1,760C
Most glass containers are used only once
before being disposed
Glass recycling delivers 0.1 tonne of
carbon offset/tonne recycled
Replacing Portland Cement with PozGlass™
SCM delivers nearly 1.0 tonne of carbon
offset/tonne recycled glass
HIGHEST-VALUE REUSE
OF GLASS

14. Natural Pozzolans are superior to fly ash
The Pantheon contains pozzolan and is over 900
years old and has no rebar
Minimal energy is required to mine and mill
natural pozzolan to make it cementitious, vs.
roasting fly ash and cement
NATURAL POZZOLANS

15. STRONGER AND BETTER THAN CONVENTIONAL
ALTERNATIVES
ASTM C311 testing of our natural pozzolan, steel slag, and commercially available fly ash
Both natural pozzolan and
ground glass have
superior compressive
strength to fly ash as
seen from testing

16. C-Quester™ trademark application in May 2020
R&D initiatives since January 2021 have focused on
sequestering CO₂ in concrete applications
Potential for carbon sequestration in every home,
building, sidewalk, & bridge which contains concrete
PLAN in discussions to secure industry partners:
Secured ZS2 as magnesium cement partner
Calcium cement (Portland) partners identified
C-QUESTER™ INNOVATION

17. PozGlass™ SCM: Better performing replacement for fly
ash in concrete with potential to sequester CO₂ through a
proprietary process, further improving performance
C-Quester™ Cellular Concrete: Under development with
objective of permanent CO₂ sequester in cellular concrete
as limestone
PRODUCT DEVELOPMENT

18. Developing IP to sequester CO₂ in PozGlass SCM
and replace 20% or more of portland cement
Working with ZS2 to sequester CO₂ in magnesium
cements
Working independently to sequester CO₂ in Portland
Cement concrete
Anticipated completion for testing of PozGlass™ SCM
in October 2021
DEVELOPMENT PROGRESS

19. Same equipment to make SCMs used to make rock
powders for agriculture
Generating revenue by grinding soft rock
phosphates and glacial moraine (rock dust)
Running 7 days per week since June 2021
Backlog of orders from new and existing customers
Strong growth potential to expand this business
line at new PozGlass SCM plant
BC COMMINUTION PILOT PLANT

20. Soil is the second biggest carbon sink on Earth
Massive trend to move away from chemical fertilizers
Applying rock powders to soil traps and transforms carbon
dioxide from the atmosphere
Smithsonian Magazine states, “scientists estimate two
billion tons of carbon dioxide per year could be removed
from the atmosphere each year”
Farmers earning carbon credits for using rock powder
products
PLAN experiencing rapid growth in demand for rock powders
CO2 SEQUESTRATION IN SOIL

21. Potential to capture CO₂ from existing
industrial processes
Proximity to supply of materials
Selection process for flagship location
underway. Location factors include:
Flagship location to be finalized in Q3 2021
FULL SCALE PLANT
(PozGlass SCM)

22. First plant location in BC designed to
replicate in target growth regions
Plants will sequester CO2 from industry
to make a higher-performing SCM using
recycled materials
Expansion opportunities in
Washington/Oregon, California/Nevada,
Kansas/Nebraska, Quebec, and Eastern
Canada
Regions show shortage of SCM supply per
industry data
POZGLASS EXPANSION
Quebec Expansion
Kansas/Nebraska
Expansion
California/Nevada
Expansion
Pacific Northwest
Expansion
Flagship Plant
Eastern Canada
Expansion

23. CEO AND CHAIRMAN
Stephen Harpur, CPA, CGA
DIRECTOR
Dwayne Melrose, P. Geo
DIRECTOR
Scott Jenkins, CPA
DIRECTOR
Edward Beggs, M. Sc.
BOARD OF DIRECTORS
MANAGEMENT
TEAM
CFO
Chris Halsey-Brandt, CPA, CA, CBV
VP OF BUSINESS DEVELOPMENT
Ian Grant
VP OF RESEARCH AND DEVELOPMENT
DR. Roger Mah

24. ADVISORS
SCIENTIFIC
ADVISORS

25. Dr. Roger Mah - Ph.D. in Chemistry and former CEO of
ZoraMat Solutions. Commercialized a MOF for carbon
capture currently being evaluated at LafargeHolcim’s
cement plant in Richmond, BC
Dr. Doug Brown - Ph.D. in Chemistry, conducted R&D
efforts on CO₂ capture from atmosphere at Carbon
Engineering Group - earned investment from Bill Gates
& other prolific investors
Dr. Chad Vecitis - Associate of Environmental Science &
Engineering at the Harvard. Co-author of over eighty
peer-reviewed papers and several patents
Dr. Greg Silverberg - Ph.D. in Materials Science from
Harvard & research experience in cement
SCIENTIFIC
ADVISORS AT A
GLANCE

26. CAPITAL
STRUCTURE
Dave Richardson: ~32%
Other Insiders: ~18%
As of July 2021
Shares O/S: ~63 million
Warrants O/S: ~23 million
Options O/S: ~6 million
Fully Diluted: ~92 million
Insider Holdings:

27. CONTACT
Steve Harpur, CPA, CGA
CEO AND CHAIR
(778) 928-8037
sharpur@progressiveplanet.ca
Investor Relations:
Jeff Walker
VICE PRESIDENT, THE HOWARD
GROUP
(403) 221-0915
jeff@howardgroupinc.com
Head Office Address: 510 – 580 Hornby Street, Vancouver, BC V1E 1Y2