|
LandTech RE<C granted IFU-project.
Tuesday, September 27th 2011.
Innovation Norway grants LandTech RE<C an government supported Industrial Research and Development project (IFU-project).
ASKO Norway being the Industrial Client in the NoK 5 000 000 + Joint Research Project, including the NoK 2 000 000 IFU-project, initiating the NoK 30 000 000 + full scale Industrial Pilot Project.
 
The Research Project is also financially supported by Campus Kjeller, Ipark and the Norwegian Research Council. Campus Kjeller and Ipark has designed and implemented the IFU-project’s Financial Platform, in close cooperation with LandTech RE<C and Innovation Norway in Stavanger.
Innovation Norway’s Stavanger Office has issued the Grant within an impressively short time span, after following the Project over time and contributes greatly to the ASKO Norway Joint Research Project, utilizing the LandTech RE<C Process.
LandTech RE<C is selected along three other companies/technical solutions for Oslo Maritime Network at the Norwegian Shipowners’ Association event at Oslo Innovation Week.
Tuesday, September 20th 2011
This is a direct result of Oslo Maritime Network ordered a Connect Norway evaluation of the company and the technical solution, resulting in a proposal from Connect Norway for LandTech RE<C to be presented at the event.
 
* * *
LandTech RE<C extend the R&D- and finance-agreement with ASKO Norway.
Friday, September 16th 2011
The joint R&D-project includes developing a prototype at the LandTech RE<C lab / University of Life Sciences, a full scale pilot project at ASKO Norway’s site at Alnabru, Oslo and if successful; delivery of similar infrastructure at all of ASKO Norway's installations in Norway.
The agreement signed today secures the continuation of the project and is based on the previous Theoretical Verification and Empiric Confimation projects concluded in May 2011 and backed by the External Verification Reports and Master Thesis's.
The pilot project and further deliverances have been the issue of further negotiations, concluding with an agreement prizing the future delivery agreement to a indicated total value in the excess of NoK 250 000 000.
* * *
LandTech RE<C's Master Canditates are all granted the top grade "A" for their Master Thesis's based on and confirming the LandTech RE>C process and our reasearch.
Friday, June 17th 2011
Providing critical insight in why the Stirling Engine appears to be the only present option for the LandTech RE<C process converting globally stored solar heat and low temperature industrial waste heat in to power.
Conclusion:
“Combining a heat pump and a heat engine to generate power utilizing the LandTech-process is confirmed. This is not disputed but confirmed by the Carnot Postulate.”
“The LandTech-process is confirmed both within the First and the Second Law of Thermodynamics.”
“We can now describe why the LandTech-process exceeds present heat converting technology, with a system efficiency of higher than 90 %.”
* * *
LandTech RE<C concludes with entirely positive results in the Theoretical Verification and Empiric Confirmation projects.
Monday, May 16th 2011
Ending the joint research project focusing on the
evaluation of the LandTech RE<C process and all involved internal processes up against present heat physics/thermodynamic theory and empiric examples of equivalent use of the LandTech RE<C components.
The objective is entirely positively confirmed trough 20 internal research reports, further confirmed trough several external technology evaluations and master’s thesis’s, as well as empiric use of the involved technical components within and beyond the requirements of the LandTech RE<C technology.
Participating research partners:
The University of Life Sciences (UMB), Ipark, Campus Kjeller, ASKO Norway, Acacia Solar and Svein Hestevik.
Financial partners:
The Norwegian Research Council, Rogaland County Council, ASKO Norway, Innovation Norway, the SR-Bank Business Fund and Sigurd Aase.
The results initiate the next phase in the research project;
a joint research project focusing on projecting and building the complete prototype process construction, converting globally stored solar heat energy (ambient heat) and/or industrial waste heat in to electric power.
Participating research partners:
The University of Life Sciences (UMB), Ipark, Campus Kjeller, ASKO Norway, Acacia Solar and Svein Hestevik.
Financial partners:
The Norwegian Research Council, Rogaland County Council, ASKO Norway, Innovation Norway, the SR-Bank Business Fund, OREEC and Sigurd Aase.
* * *
LandTech RE<C is presented the Technical Verification Report focusing on the physics of the internal LandTech RE<C processes.
Monday, January 31th 2011
Conclusion:
“The analysis shows that the First and Second Law of Thermodynamics is met.”
“One of the most attractive features is that all technical components is presently in practical industrial use,
confirming that it is known technology utilized in a new way.”
"Further theoretical analysis can be conducted, but the theoretical description provided by Rolf M. Landaas is surprisingly so convincing that an experiment (practical testing) should be the next effort."
* * *
LandTech RE<C embark on the OREEC financed joint research program with the University of Life Sciences (UMB).
Monday, December 15th 2010
The program includes Rolf M. Landaas supervising several Master Candidates from the University's Dept. of Mathematical Science and Technology (IMT).
* * *
LandTech RE<C is granted financial support from OREEC to finance a joint research program with the University of Life Sciences (UMB).
Tuesday, November 9th 2010
* * *
LandTech RE<C is granted a three years financial support agreement with The Research Council of Norway and the Skattefunn-program.
Thursday, September 16th 2010
* * *
LandTech RE<C enters into a incubator agreement with Ipark.
Tuesday, March 16th 2010
* * *
LandTech RE<C is presented the Technology Verification Report from the University of Life Sciences (UMB).
Wednesday, March 10th 2010
 Conclusion:
“There is a higher than 50 % probability that the LandTech-process will generate more power than it consumes in the process, based on the LandTech-approach compared to previous known and similar attempts, and the general improvement in the utilized components.”
* * *
LandTech RE<C granted financial support from SR-Bank Rogaland.
Thursday, January 7th 2010
* * *
LandTech RE<C reallocate all R&D-operations to the University of Life Sciences (UMB).
Thursday, January 7th 2010
* * *
LandTech RE<C enters into a R&D- and finance-agreement with ASKO Norway.
Friday, January 26th 2010
The joint R&D-project includes developing a prototype at the University of Life Sciences, a full scale pilot project at ASKO Norway’s site at Alnabru, Oslo and if successful; delivery of similar infrastructure at all of ASKO Norway's installations in Norway.
* * *
LandTech RE<C enters into a incubator agreement with Campus Kjeller.
Thursday, January 7th 2010
* * *
LandTech RE<C changing the economics and environmental impacts of shipping?
Wednesday, May 7th 2008
Liquid Gas Tanker Engine Upgrade
to LandDefenceTech EGV
= 1.7 year fuel consumption.
Result;
NO FUEL COST - less maintenance – NO POLLUTION.
An Engine Upgrade for a 77,000 DWT Ship will save several hundred million US-dollars during lifetime operations,
including far less maintenance and no pollution.
Read more on LandDefenceTechEGV Shipping.
* * *
Favourable pre-patent survey for the patent pending LandTech RE<C Energygenerator.
Thursday, February 7th 2008
The Norwegian Industrial Property Office confirmed in their Pre-patent survey that the LandTech RE<C Energygenerator is holding new technology that is patentable and that there is non conflicting patents registered at the time of the survey.
The two closest US patents was not in conflict.
* * *
LandTech RE<C and LandDefenceTech.
Friday, February 1st 2008
Today LandTech RE<C and LandDefenceTech signed an agreement making LandDefenceTech the holder of the exclusive rights to develop and distribute the LandTech RE<C Energygenerator utilized as the energysource for propulsion systems and stand-alone systems generating electricity to a level below 1 MW.
* * *
RoRo Innovation becoming LandTech RE<C.
Friday, February 1st 2008
The founders of RoRo Innovation and initial inventors of the Powergenerator; Roald Jonsson and Rolf M. Landaas, reorganize the company structure making LandTech RE<C the exclusive licence holder for the Intellectual Property Rights of the Energygenerator.
Rolf M. Landaas is the company CEO after his ongoing efforts to develop, organize and manage the Innovation and the Project.
| 
NEWS