Description
This collection of transactions and supporting information was developed using our AI algorithm to curate similar royalty reports into a cohesive collection to support your licensing, transfer pricing or other transaction scenarios where documented royalty rates and/or deal terms are important.
Category: Technology Licenses
Created On: 2022-04-28
Record Count: 5
Primary Industries
- Environmental Control
- Technical Know How
IPSCIO Report Record List
Below you will find the records curated into this collection. This summary includes the complete licensed property description so that you can review and determine if this collection covers the topics, technology or transaction type that is relevant for your needs. The full report will include all relevant deal data such as the royalty base, agreement date, term description, royalty rates and other deal terms. For reference, here is a sample of a full IPSCIO curated royalty rate report: Sample Report
IPSCIO Record ID: 160148
License Grant
The Licensor hereby grants to the Canadian Licensee, for approved sites within the Grant Territory only, as provided for by provision 2.02 hereof, the exclusive right, license and privilege, subject to provision 5.07 hereof, to use and market the Technology and Process to remediate, recover and/or treat liquid streams of wastes containing metals.
License Property
The technology is a patent-pending process to separate, recover and reclaim metals from liquids by the addition of certain reagents.
Field of Use
This agreement pertains to environmental remediation.
IPSCIO Record ID: 120901
License Grant
The Company entered into a license agreement to received the exclusive worldwide license, subject to a government use license, to use and develop the technology related to the separation of the radionuclides technetium and rhenium from mixed wastes containing radioactive materials. The Company also received under the License Agreement the right to exploit the technology for other commercial applications.
License Property
The separation technology and recovery system is known as SLiM(TM) (supported liquid membrane). Based on its continuing research and development program, the Company believes that SLiM can separate and recover solubilized metals, radionuclides, biochemicals and other targeted elements from aqueous and possibly gaseous waste streams in degrees of concentration and purity which permit both the reuse of such elements and the ability for the waste water or gas to be disposed of as non-toxic effluent with little or no further treatment. SLiM utilizes a process whereby a contaminated aqueous or gaseous feedstream is introduced into a fibrous membrane unit or module containing a proprietary chemical solution, the composition of which is customized depending on the types and concentrations of compounds in the feedstream. As the feedstream enters the membrane, the targeted substance reacts with SLiMs proprietary chemical solution and is extracted through the membrane into a strip solution where it is then stored. The remaining feedstream is either recycled or discharged free of the extractant(s). In some instances, additional treatment may be required prior to discharge.
Field of Use
This license pertains to the environmental industry in connection with the removal of chromium in water leaching from waste sites.
IPSCIO Record ID: 117191
License Grant
Under the terms of the License Agreement, the Licensee received the exclusive worldwide license, subject to a government use license, to use and develop the technology. The Licensee also received under the License Agreement the right to exploit the technology for other commercial applications.
License Property
The technology is related to the separation of the radionuclides technetium and rhenium from mixed wastes containing radioactive materials.
The Licensees separation technology and recovery system, can separate and recover solubilized metals, radionuclides, biochemicals and other targeted elements from aqueous and possibly gaseous waste streams in degrees of concentration and purity which permit both the reuse of such elements and the ability for the waste water or gas to be disposed of as non-toxic effluent with little or no further treatment.
Field of Use
Licensee has developed and is in the process of commercializing its separation technology and recovery system.
IPSCIO Record ID: 117858
License Grant
The new company was formed by Licensor and Third Party to pursue clean water projects worldwide. Concurrently with forming NewCo, the Licensor entered into a sublicense agreement with the Licensee NewCo.
Under the sublicense agreement, the Licensor granted Licensee the following
— The exclusive worldwide sublicense of the ARP technology. The sublicense also grants a non-exclusive use of NitRem/DSR for industrial and US government applications and a non-exclusive grant of STORS, except for Japan, for municipal applications.
— A license to utilize technical information including any unpublished research and development information, unpatented invention, know-how, trade secrets, and technical data in the possession of the Company and a Third Party and that which may come into the possession of the Company and the Third Party during the term of the Sublicense Agreement which relates to the ARP processes.
License Property
The Ammonia Recovery Process, or ARP technology, is for municipal and agricultural livestock production facilities.
ARP is a patent-pending process designed to recover ammonia from dilute waste streams. The removed and concentrated ammonia can thereafter be converted to nitrogen (N2) or recovered as a salt, such as ammonium sulfate (NH2)2SO4), packaged and sold worldwide as a commercial grade fertilizer. ARP's primary market is municipal wastewater treatment and treating wastewater discharge from concentrated animal farming operations, such as for the dairy, beef, poultry or pork industry.
NitRem/DSR refers to a nitrogen removal process.
NitRem is a hydrothermal process, similar in operation to the STORS technology, that converts the nitrogenous compounds present in most industrial discharge streams, such as nitrate, nitrites, amines and ammonia, into nitrogen gas (N2). Nitrogen gas is a benign compound displacing 80% of the earth's air supply. The NitRem technology has application in such industries as chemical processing, petroleum refining, petro-chemical, pharmaceutical, textile, food processing, pulp and paper manufacturing, as well as various heavy manufacturing industries. The NitRem technology can also be combined with the STORS technology to process and treat municipal sewage sludge.
STORS is a Sludge-To-Oil Reactor System.
STORS is a thermochemical process that can convert any biomass, on site, into a burnable fuel oil similar to No. 4 diesel fuel. Management believes that the conversion of biomass (sludge) produced by municipal wastewater treatment facilities world wide represents the single largest market for the STORS technology.
Field of Use
The new company will combine the Parties state-of-the-art clean water technologies with engineering expertise and global presence to pursue industrial and municipal water/wastewater projects around the world.
IPSCIO Record ID: 118939
License Grant
A division of the Licensee, a bioremediation plant, has a license and operating agreement with the Licensor, to conduct remediation of contaminated soils to remove petroleum hydrocarbons from soil.
License Property
Remediation of contaminated soils, process involves bio-organic destruction of petroleum hydrocarbons.
Field of Use
This agreement pertains to the environmental / remediation industry.
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