The Hydroloop System is designed to mitigate both flood and drought impacts by delivering water from the ASEAN region 24/7 throughout the year, extending as far as the MENA region. In the ASEAN region, this approach creates water storage solutions that prepare for sudden rainfall, mitigating risks associated with climate (flood) and catastrophic events. Greywater is collected in the top layer of the system, within less impermeable underground areas and ground floors, and is allocated for agricultural use, lower-quality water demands such as reforestation, halting desertification, lakes, and dried rivers, and supplying water treatment plants operating around the clock. This greywater supports industrial needs, increases food production, and contributes to cooling and recreational purposes. The treated water from these plants is then used to fill high-quality water pipelines to replenishing aquifers, human consumption, space programs... [Running Dry]
Flooding in the ASEAN region and drought in the MENA region present contrasting yet interlinked challenges, both of which cause devastating economic, social, and environmental impacts.
In ASEAN, flooding disrupts business operations, tourism, and critical infrastructure, leading to significant financial losses and halting production across sectors.
Conversely, MENA faces severe water scarcity, where a lack of affordable freshwater cripples agriculture, exacerbates desertification, extreme heat, and hinders economic productivity.
Both regions are highly vulnerable to these climate extremes, which further exacerbate the challenges of sustainable development.
The surge of ultra high-energetic Galactic Cosmic Rays (GCRs) is quietly ionizing Earth’s interior.
This deep ionization disrupts the planet’s electromagnetic balance, especially within the 60-mile-thick molten layer beneath the crust. As stability weakens, this buffer shifts from a semi-solid state into a fully liquefied lubricant.
The escalating ionization, peak by ~2036, and pressure increase will trigger supervolcanic eruptions, megaquakes, and crust slippage, unleashing continent-scale supersonic wind, mega-tsunami and floods that erase cities, forests, industries, cultures, and civilizations—before the advance of global glaciation, totrade.co/ct
Problem: GCRs increase internal pressure and heat within Earth’s crust and mantle.
Solution: Use Hydroloop™ GeoLoop™ deep-cycle systems to extract Primary Water at scale. This relieves pressure and reduces heat buildup.
First Application: Export freshwater from Laos to Qatar via tankers to initiate system startup for cataclysm prevention and readiness.
Link: totrade.co/qt
Totrade.co has entered the market with a mission to address critical global challenges such as the energy crisis, food crisis, water stress, and climate change. Through innovative projects, the company drives the transition to multi-modal clean energy, water, and transportation systems while advancing space programs. By increasing food production, enhancing land values, and supporting reforestation and desert greening, Totrade.co supports all United Nations Sustainable Development Goals (UNSDGs). Its practical approach builds confidence in the import and export of high-quality goods to ensure UGDMN delivery for partners benefits, survival, and progress.
Or view Totrade Business Executive Summary.
🔗 GCRs Science:
GCRs: totrade.co/g
Earth History: totrade.co/h | totrade.co/e
Solutions: totrade.co/s | totrade.co/p
By Inclusive Enhanced Multilateralism: totrade.co/m
Urgent Call for Investors to Action: totrade.co/ca (LinkedIn)
PDF
Business Plan: totrade.co/biz
Feasibility Study: totrade.co/pdf
PowerPoint
Business Plan: totrade.co/bp
Feasibility Study: totrade.co/cr