Guest lecture on Material Demand for Energy – Friday Sept 20 @12.15
This  Friday,  Professor  James  Metson,  University  of  Auckland,  NZ,  is  visiting  Bergen  and  our  department.  He  will  deliver  a  guest  lecture  on Materials  Demands  for  Mobility,  Energy  and  Infrastructures  for  the  cities  of  2050.
The  lecture  takes  place  in  Tripletten  (3069),  at  12.15-13  on  Friday  September  20.  Claim  your  seat!
 In  addition  to  several  high-profile  rôles  including  deputy  vice  chancellor  for  research  and  science  adviser  to  the  NZ  government,  Dr.  Metson  is  a  PI  at  MacDiarmid  Institute  for  Advanced  Materials  and  Nanotechnology.  His field  of  expertise  is  surface  chemistry  and  material  science,  and  he  holds  a  particular  interest  in  the  processing  and  behavior  of  aluminium  oxide.  His  wider  research  interests  include:
In  addition  to  several  high-profile  rôles  including  deputy  vice  chancellor  for  research  and  science  adviser  to  the  NZ  government,  Dr.  Metson  is  a  PI  at  MacDiarmid  Institute  for  Advanced  Materials  and  Nanotechnology.  His field  of  expertise  is  surface  chemistry  and  material  science,  and  he  holds  a  particular  interest  in  the  processing  and  behavior  of  aluminium  oxide.  His  wider  research  interests  include:- Metal oxides, hydroxides and nitrides in catalysis, semiconductor materials, absorbents and refractories
- Synchrotron radiation and applications in surface and materials science.
- Alumina microstructure and the impacts of alumina properties in aluminium reduction technology.
Abstract  of  the  talk:  The  constraints  of  materials  availability,  supply  line  security  and  social  licence  demand  a  change  of  thinking  in  how  we  assess  the  optimal  solutions  for  the  cities  of  the  future.  Materials  with  high  embodied  energies  or  challenging  supply  lines  are  only  viable  if  they  are  readily  recycled  at  low  energy  cost.  This  favours  the  top  of  the  periodic  table  and  survivors  such  as  aluminium  and  steel  whereas  most  plastics  and  even  Portland  cement  become  increasingly  challenging.