Executive Summary of the Envirodiamond Dust Project
Posted by admin in B) Executive Summary on 13. Nov, 2009 | 1 Comment
Executive Summary A detonation process called CDP has been developed to convert the greenhouse gas CO2 into diamond dust used extensively in the abrasives industry. With key components to this technology recently proven, CDP could potentially convert 75% of the carbon in one tonne of CO2 into diamond dust. The amount of diamond dust produced [...]
Mission
Posted by Lisa in C) Mission and Existing Problems on 07. Nov, 2009 | No Comments
Invest in a step in the right direction… Mission Statement To secure a major percentage of the global industrial diamond market with material made from CO2 in a manner that offsets or reduces global CO2 levels. Envirodiamond Technologies is focussed on developing technology to process stored CO2 into industrial diamond dust in a manner that [...]
CDP Technology – Turning CO2 into Diamond Dust
Posted by Lisa in Business Plan, G) Technology on 07. Nov, 2009 | No Comments
Patent Protected The process and the manufacturing of envirodiamonds are based on a Provisional Patent in force for 30-31 months from December, 2007 (PCT Patent Application# PCT/CA 2008/002198) Steps to enter the national phase are being taken in the following areas: Canada, US, Europe, India and China Production machinery is available and can affordably be [...]
Testing CDP Technology
Posted by Lisa in G) Technology on 07. Nov, 2009 | No Comments
Testing CDP Technology The objective of testing was to successfully prepare and detonate a sample while showing diamond yield in the byproduct through analytical testing. This was achieved in tests conducted at Nordex Explosives and byproduct analysis conducted at Queen’s University between May and June 2010. Due to the sensitive nature of the test procedure, [...]
Queen’s University
Posted by Lisa in Peer References & Insights on 05. Nov, 2009 | No Comments
Hi Daren, This may be late but time has been an enemy lately. I read the proposal and I believe that it needs further investigation. In the case of production of diamonds with TNT, you have a negative molecular explosive and the detonation products contain (under the right conditions) diamonds. Reaction is fast since fuel [...]
