Professor Tony Roskilly
Director, Sir Joseph Swan Centre for Energy Research

  • Email: tony.roskilly@ncl.ac.uk
  • Telephone: +44 (0) 191 208 5869
  • Fax: +44 (0) 191 208 8533
  • Personal Website: www.ncl.ac.uk/energy
  • Address: Sir Joseph Swan Centre of Energy Research
    Stephenson Building
    Newcastle University
    NE1 7RU

Roles and Responsibilities

Dean of Research, Faculty of Science, Agriculture and Engineering

Director of Research, Newcastle Institute for Research on Sustainability

Director, Sir Joseph Swan Centre for Energy Research 

Chair of Marine Engineering

Committee Chair
Faculty Research Committee
Faculty Ethics Committee

Committee Member
University Research Committee
University Ethics Committee
Faculty Executive Board
Faculty Steering Group
Faculty Promotions Committee
Faculty Graduate School Committee
NIReS Strategy Board
NIReS Management Board
Digital Institute Strategy Board
Professorial Appointment Panels (SAgE)

Other
Director of ERDF CHP, Trigeneration and Energy Storage Centre
Director of SWAN Thermal Energy Systems Laboratory
Leader of SWAN Sustainable Energy and Power Group

Qualifications

PhD in Underwater Robotics and Control Theory (Lancaster)
BSc (Hons) in Mechanical Engineering (Salford)
DOT 2nd Class Certificate of Competency (Motor & Steam)
OND in Engineering (Marine)  and OND Supplementary Certificate

Previous Positions

1976-1980 Marine Engineering Officer, P&O S.N. Co.
1980-1987 Marine Engineering Officer, P&O Cruises Ltd
1987-1989 Research and Teaching Assistant, University of Salford
1989-1990 Research Assistant, University of Lancaster
1990-1997 Lecturer, Newcastle University
1997-1999 Senior Lecturer,Newcastle University
2007-2010 Deputy Director, Sir Joseph Swan Institute for Energy Research

Research Interests

CHP, Trigeneration & Energy Storage
Renewable thermal energy system design
Alternative fuel use (Biofuel and Hydrogen)
Engine thermal overload prediction
Dynamic modelling and control of complex systems.
System identification, modelling and control.
Intelligent decision making and control.
Marine propulsion safety, environmental impact, efficiency and operation.

Current Work

Ground source heat pump development

Organic Rankine cycle low grade energy recovery 

Cogeneration of cooling and power

CHP, Trigeneration and Energy Storage

Thermal energy management in process industries

Biofuels, hydrogen, and other alternative fuel use in power plants.

Energy demand reduction through digital innovation.

Free piston engine for CHP, automotive and marine applications.

Power plant healthcare provision and planning using advanced condition monitoring, fault diagnosis and intelligent decision making tools.

Underwater robot for hull cleaning and integrity monitoring.

Marine power and propulsion development

Research Roles

Dean of Research, Faculty of Science, Agriculture and Engineering

Director of Research, Newcastle Institute for Research on Sustainability

Director, Sir Joseph Swan Centre for Research on Energy

Postgraduate Supervision

Enhanced power generation using oil palm and oil bean wastes

Development of Piston Motion Control Strategy of a Spark Ignition Free-Piston Linear Generator Engine Transforming Energy Demand in Commercial Buildings through Digital Innovation 

Energy Management in Food Processing

Design of combined cooling and power system

Simulation and Experimental Investigation of Organic Rankine Cycle Using Geothermal Energy

Thermal Conductivity of multi-salt and performance of scroll expander for cogeneration cycle

Design and analysis of a hydrogen fuelled engine

Management and Control of Trigeneration with energy storage

Trigeneration system performance using bio-oil

Optimisation of Trigeneration system with energy storage

Development of a solar driven organic ranking cycle for power generation

Monitoring and detection of cylinder liner scuffing

Magnetic sensing system for position tracking and hull integrity analysis

Control of active roll stabilisation systems

Marine Electrical Power Systems fault diagnosis

Bio-oil production from crops cultivation in hash environments

Optical positioning and navigation system for a hull roaming robotic machine

An investigation into the free-piston engine concept and its potential for high efficiency and low power generation

Monitoring of large slow speed diesel engine thermal overload

Reciprocating Joule Cycle Engine Design and Construction

Sulphur Emission Control Area monitoring

Air Independent Power System Design for Naval and Offshore Applications

Energy Storage Systems for the All Electric Ship

Intelligent Control of Electric Propulsion Systems

Ambient Fluid Hydraulic Actuation System Design for Underwater Applications

Investigation into the Atomisation of Plant Based Oils

Determination of optimum level of predicted maintenance for power generating equipment

Dynamic Modelling and Control of Marine Medium Speed Diesel Engines using Artificial Neural Networks

Time-domain Motion Simulation of Multi-hulls in the Presence of Active Control Surfaces

Generic System Modelling and Controller Design for Modular Robotic Machines

Intelligent control of a hydraulic actuation system

Neural Network fault diagnosis of marine fuel pumps

Control of Fully Submerged Hydrofoil Craft using Acceleration Feedback Methods to Improve Performance in High Sea States

Marine Diesel Engine Component Handling and Supply for Scheduled and Unscheduled Maintenance

Control Systems in Underwater Applications

An examination of an integrated protection and control system for use in an all-electric warship

Artificial Neural Network Safety Jacket Study

Esteem Indicators 

Member of the Technical Committee for Marine Systems, International Federation of Automatic Control (IFAC).

Chartered Engineer and Fellow of the Institute of Marine Engineering, Science and Technology (IMarEST).

Subject Editor, Applied Energy Journal, Elsevier (2012 – to date)

Editorial Board member, Applied Energy Journal, Elsevier (2011 – to date)

Guest Editor Special issue: Sustainable thermal energy management in the process industries, Applied Energy, Volume 89, Issue 1, January 2012

Editor, Journal of Marine Engineering and Technology, Institute of Marine Engineering, Science and Technology, ISSN 146-1548. (2002-2010)

Associate Editor, Journal of Engineering for the Maritime Environment, Institution of Mechanical Engineers, ISSN 1475-0902. (2002-2010)

 Editorial Board member, Journal of Marine Design and Operations, Institute of Marine Engineering, Science and Technology (2002-2008) 

IMarEST Professional Affairs & Education Committee (1996 - to date)

IMarEST & RINA North East Coast Joint Branch (2006 - to date)

IMarEST Fellow of Council (1994 - 2011)

IMarEST Proceedings Supervisory Board (2002 - 2010)

IMarEST Events Control Board (2002 - 2006)

IMarEST Finance & General Purposes Committee - Executive (1999 - 2003)

IMarEST Technical Papers and Conferences Committee  (1996 – 2002)

Technical Committee for Marine Systems, International Federation of Automatic Control (2002-to date).

External Examiner Warsash Marine School -Southampton-Solent University (2009 - to-date)

 

Research Funding

Current Funding:
Sustainable Energy China-UK Research Engagement (EPSRC £500,000) 

Inomanship - Innovative Energy Management System for Cargo Ship (EU FP7 £500,000)

ULYSSES – Ultra Low Spped Ships (EU FP7 £290,000)

TEFLES—TEchnologies and scenarios For Low Emissions Shipping (EU FP7 £325,000)

Building Management linking Energy Demand, Distributed Conversion and Storage using Dynamic Modelling and a Pervasive Sensor Infrastructure (EPSRC £626,885)

Centre for CHP, Trigeneration and Energy Storage (EU-ERDF £811,822)

 

Recent Funding:

Thermal Energy Management for process industries (EPSRC £299,863)

Process Industries Thermal Energy Management Network (EPSRC £156,205)

Biofuel Micro-Trigeneration with Cryogenic Energy Storage (EPSRC £668,499)

Adsorption and resorption cycle (EU FP7 €135,145)

Power Optimised Ship for Environment with Electric Innovative Design On board (EU FP7 ~£76,000)

Patents

Linear heat engine. GB0905959.3. (Pending)

Four stroke cycle free-piston engine. GB0907576.3. (Pending)

Apparatus for determining the position of a movable apparatus PCT/GB2006/002713

Control system suitable for glassware forming machine WO/1994/022777

Control of plungers in glassware forming machines WO/1994/0227776

Projects

  • Free-Piston Engines
    Project Leader(s): Professor Tony Roskilly
    Free-piston engines are linear, crankless engines, utilising a linear load device to produce electrical or hydraulic power.
  • INOMANS2HIP
    Project Leader(s): Prof. A.P. Roskilly
    INOMANS2HIP aims to take a holistic approach to energy management for conventional and renewable energy recovery and generation systems on ship<
  • POSE2IDON
    Project Leader(s): Mr. C. Trout (BMT Defence Services Ltd.)
    Aims to provide a working guide on how to improve efficiency and reduce the environmental impact of the combined European commercial shipping fleet.
  • TEFLES
    Project Leader(s): Christian Larrson (INOVA Consultores S.L.)

    TEchnologies and scenarios For Low Emissions Shipping

  • ULYSSES
    Project Leader(s): Dr. P. Corrignan (Bureau Veritas SA)
    Ultra Slow Shipping

Postgraduate Teaching


SPG8095 Renewable Energy: Masters Project & Report (Module Leader 60 Credits)
MAR8101 Advanced Marine Engineering Design (Module Leader 10 Credits)
MAR8103 Marine Systems Identification, Modelling and Control (Module Leader 10 Credits)