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Wanderport’s Microwave Energy Tank-less Water Heater Undergoing Fine-Tuning Following Hydraulic Pressure Analysis Prior to Completion
Wanderport’s Microwave Energy Tank-less Water Heater Undergoing Fine-Tuning Following Hydraulic Pressure Analysis Prior to Completion.
About this update from Wanderport Corp
[{"type":"text","content":"Wanderport Corp. (OTC Markets-PINKSHEETS: WDRP) announced today that technical fine-tuning is underway following hydraulic pressure analysis on the multi-cavity microwave heating unit (MCMHU). Wanderport’s Technical Advisor and Product Licensor, Mr. Robert Simoneau, had this to say concerning the completion of the multi-cavity microwave heating unit (MCMHU): “Although unexpected, the reality is most developmental projects run into some fine-tuning just prior to their completion. During integrity analysis conducted by engineers at Design 1st Inc. (retained by Wanderport for their engineering and design expertise), the unit’s heat engine underwent specific hydraulic pressure tests in order to assure that it could withstand municipal water pressure during anticipated functional beta-testing and multiple demonstrations to manufacturers. Under high pressure however, one of the four newly designed heat exchangers failed. We are performing a physical analysis of the remaining heat exchangers and a forensic analysis of the failed one. The MCMHU will be reassembled by Design 1st Inc. while they reach out to the heat exchanger manufacturer to confirm precise characteristics of the ceramics used in order to rule out the possibility of a material failure. To avoid any further delay however, I expect to complete the electrical hook-up and commence powered beta-testing on the MCMHU while the aforementioned takes place. For this exercise, I anticipate connecting the MCMHU to a flowing municipal water source while eliminating pressure on the heat engine. This process should allow us to determine preliminary efficiency results, which the company fully intends to announce in the short term as previously promised.” “As a result of hydraulic pressure testing and recent Finite Element Analysis (FEA), we have learned some valuable lessons, which will be incorporated into production of heat exchangers, as well as mechanical considerations, such as more robust fittings, which will be integrated into the MCMHU’s final design. I am truly delighted that the nature of these modifications is quite manageable and not related to any fundamental flaw that could have been identified. Pending any other anomalies, I look forward to providing the MCMHU’s efficiency results in the shortest possible timeframe...