Storing carbon dioxide underground as a means of removing a greenhouse gas responsible for global warming has made James Matternicht a fabulously wealthy man. For 15 years, the Carbon Capture and Sequestration Facility at Rushing River in Oregon's hinterland has been operating without a problem...or has it?
When mysterious documents arrive on her desk that purport to show the government geologist, Matt Morrison, she uncovers a morass of corruption and deceit that now threatens the safety of her community and the entire northwest coast of America.
Liquid carbon dioxide, stored at the critical point under great pressure, is a tremendously dangerous substance, and millions of tonnes of it are sequestered in the rock strata below Rushing River. All it would take is a crack in the overlying rock and the whole pressurized mass could erupt with disastrous consequences. And that crack has always existed...
Storing carbon dioxide underground as a means of removing a greenhouse gas responsible for global warming has made James Matternicht a fabulously wealthy man. For 15 years, the Carbon Capture and Sequestration Facility at Rushing River in Oregon's hinterland has been operating without a problem...or has it?
When mysterious documents arrive on her desk that purport to show the government geologist, Matt Morrison, she uncovers a morass of corruption and deceit that now threatens the safety of her community and the entire northwest coast of America.
Liquid carbon dioxide, stored at the critical point under great pressure, is a tremendously dangerous substance, and millions of tonnes of it are sequestered in the rock strata below Rushing River. All it would take is a crack in the overlying rock and the whole pressurized mass could erupt with disastrous consequences. And that crack has always existed...
Sequestered
302
Sequestered
302
Product Details
| ISBN-13: | 9781925574500 |
|---|---|
| Publisher: | Writers Exchange E-Publishing |
| Publication date: | 04/18/2025 |
| Pages: | 302 |
| Product dimensions: | 6.00(w) x 9.00(h) x 0.63(d) |