Citizen Donation Feasibility Study for Space Gate Corporation

Space Gate Corporation, a non-profit organization focused on environmental technology, is exploring alternative funding sources due to cuts in traditional funding. The project aims to assess public willingness to donate to Space Gate Corporation for the development of technologies that remove methane and carbon dioxide from the atmosphere. The project involves designing and conducting a survey targeting a representative cross-section of citizens to gather data on their donation intentions. The survey will focus on understanding public perception of climate change, awareness of Space Gate Corporation's mission, and the potential appeal of tax-deductible donations. The goal is to provide Space Gate Corporation with actionable insights into the feasibility of public donations as a viable funding source for their R&D initiatives.

Peer Review of CarbonSorber Technology for Carbon Dioxide Removal and Climate Mitigation

The main goal of the project for the engineering students is to conduct a peer review of the CarbonSorber technology developed by Space Gate Corporation, assessing its feasibility, technical aspects, environmental impact, and making recommendations for improvement. The aim is to evaluate the potential of the technology in removing carbon dioxide and greenhouse gases from the Earth's atmosphere and its suitability for large-scale implementation, contributing to efforts in mitigating climate change.

Market Assessment and Marketing Strategies for Calcium Carbonate Byproduct in Agriculture Soil Industry

The main goal of this project is to assess the marketability of the calcium carbonate byproduct from the CO2 removal and conversion process in the agriculture soil industry. The aim is to determine its potential applications, evaluate its economic viability, and develop effective marketing strategies to target the audience and promote the product successfully.

Integration of CarbonSorber Technology for CO2 Capture in Fleet Vehicles, Stationary Environments, and Tree Installations

The main goal of this project is to explore and assess the integration of the CarbonSorber technology into fleet vehicles, stationary environments, and tree installations for effective CO2 capture. The aim is to evaluate the feasibility, performance, and potential benefits of integrating the technology into these diverse applications, contributing to carbon dioxide reduction efforts and exploring innovative solutions for sustainable environmental impact mitigation.