Partnering for Strength, Security and Peace of Mind.
The Tisdale Group is a service disabled veteran owned small business comprised of former special operations soldiers and engineers. We use our extensive combat experience and technical backgrounds in our focus on R&D.; We have the outstanding ability to efficiently create innovative life enhancing technological solutions with the intent of delivering them into the hands of business, military and humanitarian communities. Our passion is fueled by our service to this great country. We are committed to positively affecting lives as we continue our oath to protect and serve. The scientists and engineers at The Tisdale Group share this passion and the two vastly different worlds come together to develop truly outstanding technological, tactical and commercially viable solutions.
Our systems can be used for anything from HVAC to cooling storage for food and medicine which save on energy and enhance the capabilities of current AWG technology. This technology has no CFC’s or toxic refrigerants which makes it an optimal cooling unit for food and medicine storage and is completely made of recycled plastics, metallics and green gasses.
Kenton Rodgers is The Tisdale Groups consulting subsidiary where we have experts with over 30 years of experience in engineering and breaking into innovative cyber security.
Tisdale Energy Group is working on creating green and greener energy through taking the biogas from landfills and capturing all carbon emissions from anything that can release exhaust. The exhaust is then caught and separated to be turned into liquid to be destroyed or reused as a fuel source.
We have reinvented mast climbers by eliminating all hydraulics and providing a system that has instant speed adjustment, increased free standing height, and integrated new materials such as aluminum. Our mast climber design has significantly reduced manufacturing and set up time, increased safety, and is only 70 decibels at 1 meter.
The Dekatherm (DEK) system is a 1000 mcF system can process 1 million cubic feet of CH4 to convert it to 12660 gallons of LNG it can also be configured to process (separate gases in a stream) and liquify the constituent gasses into separate liquid streams. Its total power consumption for this process is 200kW/hr which can reduce carbon footprints.