Due to recent announcements by governments and industry committing to net-zero CO2 emissions by 2050, the topic of CO2 conversion has received a lot of interest. Numerous tech firms have made commitments to promote CO2 capture and conversion solutions. Devansha Technologies is the only company on the market pursuing joint removal and decarbonization solutions. With various revenue generating opportunities and gigaton removal goals,

We developed technology Direct CO2 capture and conversion to ethanol requires solving three problems. Our cutting edge technology involves, synergistic effects of nano-fluids and a three-dimensional graphene-supported non-noble metal single-atom electrocatalyst may potentially become a game-changer in the field of direct CO2 capture from air and conversion to Ethanol.

DEVANSHA TECHNOLOGIES will develop an unmanned, user-friendly craft that can scan water bodies, such as lakes, harbors, and coastal and marine ecosystems, from above and below the surface, producing corresponding three-dimensional maps. Because of the rise in CO2 brought on by climate change, marine pollution is a serious issue. There are currently no quick methods to reduce CO2 or tools that give decision-makers and policymakers precise data.

DEVANSHA TECHNOLOGIES will develop an unmanned, user-friendly craft with the use of its GPS, acceleration and angular rate sensors, and a sensor called a doppler velocity log (DVL), the boat can navigate autonomously by progressively feeling its way down the body of water's bottom.

The combination of information from the many sensors directs the semi-automated navigation system. By integrating laser scanners, cameras, and mapping software created by our Devansha Technologies LLC-FZ, the devices will be able to reconstruct high-precision 3D representations of the surrounding region for mapping above water.

Current techniques for extracting carbon dioxide from saltwater include the use of chemicals or membranes, which adds complexity and expense to the process. Accurate knowledge of the sources and recipients of CO2 emissions is necessary for ongoing policy development related to climate change as well as for predicting future climate conditions. To increase our knowledge of the maximum amount of atmospheric carbon that the planet—and the life it supports—can withstand, more observational data must be collected. This is particularly true in isolated areas that are frequently undersampled.

In order to assist scientists better understand how growing atmospheric carbon is causing global temperatures to rise, our network of unmanned surveillance vehicles (USVs) is gathering vital data. Our fleets will extract CO2 from ocean waters and storage facilities, and the CO2 they store will be utilized to produce ethanol and other useful chemicals. As a result, CO2 assessment, monitoring, and removal technologies are desperately needed. Our fleets are environmentally friendly using wind and zero carbon solar powered energy for fleet propulsion can solve these issues.

Hydrologic cycle, marine pollution Parameters of water quality: DO, Temperature, salinity, SST,, alkalinity, color, electrical conductivity, turbidity chloride, hardness, nitrates, phosphates, TDS etc. by sensors Biomass: Phytoplankton's, Zooplanktons, Chlorophyll a , algal blooms, Satellite sensors, electrochemical sensors, split-beam digital echo sounder system and a high-speed digital line scan imaging system, underwater acoustic sensors.

We designs and manufactures wind and solar-powered autonomous surface vehicles which make cost-effective ocean data collection possible at scale.