Tender Results of National Nuclear Laboratory

Molten salt reactor (MSR) fuel production using direct molten salt approaches-This contract has been awarded under NNLC321 - University Supply Chain Framework Lot 6. The services to be provided are a PDRA focusing on molten salt reactor (MSR) fuel production using direct molten salt approaches.

Coated particle fuels for compact reactors-This contract has been awarded under NNLC321 - University Supply Chain Framework Lot 6. The services to be provided are a PDRA focusing on Coated particle fuels for compact reactors

Novel fuel matrices for 3D printed fuel components-This contract has been awarded under NNLC321 - University Supply Chain Framework Lot 6. The services to be provided are a PDRA focusing on Novel fuel matrices for 3D printed fuel components

An Infrastructure Delivery Partner For A Nuclear Waste Management Data Platform (VEAT)-Award of a contract without prior publication of a call for competition to a single supplier.

An Infrastructure Delivery Partner For a Nuclear Waste Management Data Platform (VEAT)-Voluntary Ex-Ante Transparency Notice: A market consultation with the supply chain was undertaken to assess technical capabilities to design and deploy an infrastructure software solution. Further engagement resulted in only one supplier being able to demonstrate suitable capability together with a proven track record of completing similar work scope. In addition to full compliance to the man

Exploration of the properties of uranium nitride pellets produced by new sintering techniques-This contract has been awarded under NNLC321 - University Supply Chain Framework Lot 6. The research will be focusing on the exploration of properties of uranium nitride pellets produced by new sintering techniques.

Electrochemical method for removal of PyC coating from reject coated HALEU kernels-This contract has been awarded under NNLC321 - University Supply Chain Framework Lot 6. The Research will focus on examining Electrochemical method for removal of PyC coating from reject coated HALEU kernels.

Comprehensive exploration of the effect of wet chemical conversion technologies on UO2 powder morphology and pellet properties-This contract has been awarded under NNLC321 - University Supply Chain Framework Lot 6. The Research will be focusing on the effect of conversion technology and processing parameters on UO2 powder morphology and pellet properties.

Atomistic simulation of fission gas nucleation in uranium oxycarbides for TRISO fuel-This contract has been awarded under NNLC321 - University Supply Chain Framework Lot 6. The Research will focus on Atomistic simulation of fission gas nucleation in uranium oxycarbides for TRISO fuel.

Impact of dopants on grain size distribution and onset of sintering using optical dilatometry-This contract has been awarded under NNLC321 - University Supply Chain Framework Lot 6. The services to be provided are a PDRA focusing on the impact of dopants on grain size distribution and onset of sintering using optical dilatometry.