Race to Sustainability

Sustainability to Growth:

Execution Strategy:

CPT has 3 Projects currently in the process of acquisition, Project 1 nets CPT 34 producible wells with an average of 36 BOPD per wellsite, Project 2 nets CPT 11 producible wells with an average of 5 BOPD per wellsite. Netting CPT an average of 1,279 BOPD/ 53,718 gallon through round-one. Project 3 nets CPT 28 producible wells with an average of 35 BOPD per wellsite, Project 4 nets CPT 80 producible wells with an average of 55 BOPD per wellsite. Netting CPT an average of 5,380 BOPD/ 225,960 gallons.
v  Year 1, Acquisition of Projects 1-3, (73) wellsite’s
v  Year 2, Acquisition of Project 4, (80) wellsite’s, Project 5 start exploration on the 5,000-acre lease to develop new wellsite’s, acquisition of orphan/ abandoned wells nearby our operation.
v  Year 4 Acquisition of Project 6, (68) wellsite’s, acquisition of orphan/ abandoned wells nearby our operation, deepen Project 3’s wells that currently sit over an untapped Gas reservoir.
v  Year 6 Acquisition of Project 7, (120) wellsite’s through 2 states, Complete exploration of Project 5 and established new wellsite’s, acquisition of orphan/ abandoned wells nearby our operation.
v  Year 7 start exploration on the remaining 5,000-acre lease of 10,000-acre lot.
v  Year 8 Acquisition of Project 8, (183) wellsite’s through 4 states, acquisition of orphan/ abandoned wells nearby our operation.
v  Year 10 Acquisition of Project 9, (75) wellsite’s, acquisition of orphan/ abandoned wells nearby our operation.
v  Year 12 Acquisition of Project 10, (56) wellsite’s, Complete exploration of Project 5 and established new wellsite’s, acquisition of orphan/ abandoned wells nearby our operation.
v  Year 14 Acquisition of Project 11, (90) wellsite’s, Review new drilling options on old/new leases.

The Race to Sustainability:

Our race to sustainability begins with the capture of key emissions C02/CH4/N20 at 2,835kg per barrel of oil production in a day. Which may seem insignificant at first when we realize that the US alone creates over 4.4 billion tons of Carbon emissions per year. However, if we start with 405kg in capture per single barrel in a day, it quickly adds up to 70,404.12 tons of Carbon emissions in a single year in a single community. As Cryptic Petroleum’s key mission is to grow through acquisition, partnership, and/or merger; we could quickly see the reduction of Carbon emissions in pockets around Colorado, Oklahoma, Texas, New Mexico, and Wyoming to start.

Within as little as 3-6 months it is possible to start seeing the effects from decarbonation on oil and gas wellsite’s while still producing oil and gas.

 

The Mission to Sustainability:

1. Acquisition of Oil and Gas Operators
2. Installation of Carbon Capturing equipment at each wellsite
3. Capture 86-96% of C02/CH4/N20 from each Wellsite
4. Reduce Emissions impact by utilizing the waste i.e. (C02/CH4/N20)
5. Generate energy through a closed loop system with continuous capture
6. Burn away the waste, Not in the environment but by powering Blockchain equipment
7. Generate a dual revenue stream from Green Oil and Blockchain Rewards
8. Increase our impact on decarbonation x5% over the next 2 years (704,040 tons)
9. Increase our impact on decarbonation x 15% over the next 5 years (5,280,300 tons)
10. Increase our impact on decarbonation x25% over the next 10 years (17,601,000 tons)
11. Increase our impact on decarbonation x35% over the next 15 years (36,962,100 tons)
12. Continue Oil production x10% to meet current demand and supply over the next 2 years
13. Increase Oil production x20% to meet supply and demand over the next 5 years
14. Increase Oil production x30% to meet supply and demand over the next 10 years
15. Increase Oil production x40% to meet supply and demand over the next 15 years
16. Explore all acquisition to acquire 2-3 Oil operation per year
17. Explore options to acquire Orphaned or Abandoned Wellsite alone the acquired Basins per year; capture and utilize and/or plug and re-earth after surveying wellsite’s
18. Develop and implement a clean and restore program to assist communities with recover

Sustainability shouldn’t be just the decarbonization of the Oil and Gas industry, or a focus on the automotive industry. The race to zero should focus on the Greenhouse issue as a whole and not in a singular vision, or a pick and choose blame game.

The fact is that (Humans, Male, Female, Man, Woman, He, She, they, them, Binary, Non-Binary emit over 128.Billion tons of Greenhouse emissions alone in a single year; while Automobiles emit over 5.Billion tons of Greenhouse emissions in a single year; while Oil and Gas emits more than 5.Billion tons of Greenhouse emissions. Humans alone emit more than 118.Billion tons of Carbon emission more than the one thing targeted as the Greenhouse emissions corporate Automobiles, and its partner in crime Oil and Gas production.

Now for the catch; Humans are listed as a “closed-loop”, while this remains an arguable point between Scientists. The fact is still just by breathing Humans alone contribute to 28% of the Greenhouse effect, the Oil and Gas covers 13% of the Greenhouse effect, the Automotive covers 13%.

If Humans are closed-looped than the process of developing Oil and Gas production into a “closed-loop” is more than idea to reduce the Carbon effect. Now developing a “Closed-loop” emissions capturing system isn’t a “pipedream” to quote some of Carbon captures largest critics. The real question isn’t if it can be done; its what to do with it once it’s been captured; store it, potentially pollute the ground with the potential it’ll act as a filter, potentially pollute the sea by pushing it into the seabed which again potential sea water acting as a filter, put it in a pipeline and send it somewhere? There are chemical exploration and trials happening to dissolve Carbon, what happens to chemical residue? Is it sealed in a barrel or is another chemical developed to dissolve the residue?

Here is an easy yet time consuming option, for the oil and gas industry, and perhaps the surrounding communities nearby and a far. Capture Greenhouse emissions C02/CH4/N02 in the field onsite through a closed-loop system that utilizes a second source to burnup the emission and maintains it in a trapped closed-loop. Now image this system in pockets around the world, if one pocket could capture 70k tons of Greenhouse emission C02/CH4/N20 then One million of these systems could potentially capture around 70.Billion tons of Greenhouse emissions C02/CH4/N20. Now, while 1 million is extreme optimism the impact of this system on a growing level not only assist in decarbonization of emission C02/CH4/N20, but in the Global demand for Oil and Gas.