Dr Mike Morris

2000 - Ph.D University of East London. Thesis title: ‘The use of phospholipid fatty acid profiles to determine the diversity of soil microbial communities on managed woodland stands'.

1989 - M.Sc. Analytical Biochemistry, University of Dundee. Thesis title: ‘Identification of coagulase negative staphylococci isolated from CAPD patients by numerical analysis of whole cell fatty acid methyl ester profiles’.

1984 - B.Sc.(Hons.) Medical Sciences (IIii), University of Bradford

Dr Mike Morris

Business Development Manager

Contact Details

Profile

I received my PhD from the University of East London in 2000 with a thesis titled "The Use of Phospholipid Fatty Acid Profiles to Determine the Diversity of Soil Microbial Communities on Managed Woodland Stands" under the supervision of Jim Harris.
In February 2001 I started a 3 year Post-doc contract with Dr John Witty at IGER to design and build a portable "electronic nose" instrument to measure soil porosity and monitor efflux of anaerobic gases from soil cores as a way of determining soil quality.
Since early 2007 I have worked on the bioconversion of the high-sugar perennial rye-grasses (HSPRG) (Lolium perenne) that have been developed through conventional breeding over a 30 year period by the grass breeders at IBERS (previously IGER).
Since 2009 I have been the lead scientist on the Defra-LINK Grassohol project where we have been looking at the economic feasibility of a HSPRG based biorefinery. While this work has necessarily been directed toward production of ethanol I am particularly interested in developing a range of value products from this and other biomass feedstocks, these include novel polymerics, platform chemicals (lactic & succinic acid), native proteins, lipids/oils and bioactive compounds etc.

 

Teaching

Research

Biorefining: Since 2007 I have worked on the bioconversion of the high-sugar perennial rye-grasses (HSPRG) (Lolium perenne) that have been developed through conventional breeding over a 30 year period by the grass breeders at IBERS (previously IGER). Since 2009 I have been the lead scientist on the Defra-LINK Grassohol project investigating the economic feasibility of a HSPRG based biorefinery. This work has been directed toward production of ethanol but I am particularly interested in developing a range of value products from biomass feedstocks, including novel polymerics, platform chemicals (lactic & succinic acid), native proteins, lipids/oils & bioactive compounds etc. I am also responsible for the Biomass Processing KTC which provides larger scale capability of processing biomass, including densification by means of a 400kg/hr pellet press (for biomass & feed pelleting), 4 inch pilot screw press, 15kw hammer mill, drying ovens & the Sartoflow-alphaDL cross-flow filtration system.

I am interested in developing business contacts & R&D collaborations in the area of biorefining between Biorenewables at IBERS & both local, national & international SMEs' & organisations.

Project involvement

  • DEFRA RM LINK (2009-12) Conversion of High Sugar Grasses to alcohol based transport fuel (Grassohol)
  • WAG CIRP/A4B (2009-12) Use of high sugar grasses for the production of ethanol (Grassohol-WAG)
  • WAG CIRP/A4B (2009-11) Equipment grant for 'Biomass processing for high-value products' Knowledge Transfer Centre
  • WAG CIRP/A4B) (2010-12) Fibres to products using enzymes (Fibrzymes)
  • DTI (2007-2010) Succinic esters from renewable feedstocks (SERF)
  • PBL commercial (2008-11) Prebiotics from grasses
  • Responsibilities

    Business Development Manager for the BEACON Biorefining project

    Publications

    Soluble Phenolic Compounds in Fresh and Ensiled Orchard Grass (Dactylis glomerata L.), a Common Species in Permanent Pastures with Potential as a Biomass FeedstockHauck, B., Gallagher, J., Morris, S. M., Leemans, D. K. & Winters, A. 2014 In : Journal of Agricultural and Food Chemistry.62, 2, p. 468-4758 p.
    Monitoring real-time enzymatic hydrolysis of Distillers Dried Grains with Soluble (DDGS) by dielectric spectroscopy following hydrothermal pre-treatment by steam explosionBryant, D. N., Firth, . E., Kaderbhai, N. N., Taylor, S., Morris, S. M., Logan, D., Garcia, N., Ellis, A., Martin, S. M. & Gallagher, J. A. 2013 In : Bioresource Technology.128, p. 765-768
    Modelling real-time simultaneous saccharification and fermentation of lignocellulosic biomass and organic acid accumulation using dielectric spectroscopyBryant, D. N., Morris, S. M., Leemans, D. K., Fish, S. A., Taylor, S., Carvell, J., Todd, R. W., Logan, D., Lee, M., Garcia, N., Ellis, A. & Gallagher, J. 2011 In : Bioresource Technology.102, 20, p. 9675-96828 p.
    High-sugar perennial ryegrass as a feed-stock for bioconversion to platform chemicalsWinters, A. L., Leemans, D., Morris, S. M., Pippel, J., Lovatt, A., Charlton, A., Gallagher, J., Smith, L. (ed.), Stafford, A. (ed.) & Weightman, R. (ed.) 2011 In : Aspects of Applied Biology.p. 79-868 p.
    Expression of bacterial levanase in yeast enables simultaneous saccharification and fermentation of grass juice to bioethanolMartel, C. M., Parker, J. E., Jackson, C. J., Warrilow, A. G. S., Rolley, N., Greig, C., Morris, S. M., Donnison, I. S., Kelly, D. E. & Kelly, S. L. 2011 In : Bioresource Technology.102, 2, p. 1503-15086 p.
    More publications on the Research Portal