Dr Gareth Evans Email & Phone Number

My current role is to work alongside Neil Bracewell (Commercial Director) to successfully commercialise the DexThermic product.

Sheffield, England, United Kingdom

I successfully managed & delivered the project titled 'Advanced heat recovery systems for the food manufacturing industry' in collaboration with Sheffield Hallam University's National Centre of Excellence for Food Engineering (NCEFE), William Jackson Food Group & DCI Refrigeration & Electrical Ltd. The outcome of the project was a pre-production prototype of the DexThermic heat recovery system.

Sheffield, England, United Kingdom

I was appointed a senior role of R&D director within DEXT heat recovery, where i immediately began the application process for a UKRI project titled “Advanced heat recovery systems for the food manufacturing industry”The plan initiated a detailed R&D project to address the previous engineering challenges discovered with project ‘Apollo’ and develop the in-duct heat exchanger concept into a mass-market product.My production engineering experience meant I could focus on the application of the combined simulation, experimental findings, and production techniques to strategically plan a comprehensive R&D route.

Sheffield, United Kingdom

Thesis Overview: The thesis described the investigation of the installation of an Air Source Heat Pump (ASHP) retrofitted into a 1930’s semi-detached dwelling. With the current focus on the reduction of (CO2) emissions ASHP’s stand out as a low cost, low carbon, high efficiency primary heat source well suited to the United Kingdom (UK) climate, which can be retrofitted to replace conventional gas boilers in existing housing stock. The work has served to address the need to investigate retrofitted ASHP performance by using consistent and systematic methods to accurately reflect the complex, implicit relationship between: The local environment, the fabric of the dwelling, the heat delivery system, the heat supply, demand dynamics and overall system performance. The experimental measurement of the external environment, internal environment, heat delivery system and AHSP system was made by the means of an on-line remote performance monitoring data acquisition system with a comprehensive range of transducer and telemetry devices. The harvested results were used to gain a wider understanding of how the heat pump system was behaving when installed into an existing building and processed to produce a series of performance indicating results. The experimental measurements resulted in the development and validation of a computational multi-zonal building simulation and coupled ASHP model utilising the MATLAB and Simulink programming environment. The computational model was designed to accurately represent the operation of the heat pump, heat distribution system, fabric of the building, and external environment creating an integrated overall system model able to predict the dynamics of heat supply and demand. The resultant model was then utilised to simulate three optimisation strategies to the quality of the insulation surrounding the building envelope.

Sheffield, United Kingdom

I was employed by Sheffield Hallam University as a consultant to DEXT Heat Recovery using the Knowledge Transfer Partnership scheme. The project aimed to investigate the feasibility of the duct heat recovery concept (code named ‘Apollo’) and find pathways to bring the project forward. The problem was found to be computationally complex and was only just possible with the hardware of the time.I performed a number of feasibility studies to identify a physical design pathway for the core technology, mainly on the Ansys platform. The iterative design process enabled only the optimum designs to be considered for future prototyping and manufacture. The outcome of the research built the foundations of the process that led to the UKRI funded R&D program named 'Advanced heat recovery systems for the food manufacturing industry'.

Sheffield, United Kingdom

Assisted the planning, delivery and assessment of the following Engineering subjects:• Computational Fluid Dynamics (CFD);• Fossil Fuels, Energy and Sustainability;• Renewables, Energy and Sustainability;• Engineering practice for Energy Engineers;• Mechanical and Thermodynamics Laboratories;• Engineers without borders (EWB) project mentor.

Nottingham, United Kingdom

Time served apprentice fitter, machinist, pipe fitter and welder specialising in Ministry of Defence (MOD) naval pump applications. Advanced training undertaken in the following engineering disciplines: 1. Multi skilled machinist trained on the following machines (1997-2002): • Heid SD530 CNC Lathe, (Siemens Sinumerik Control);• Ward 3a, 7, 13, (Manual capstan lathe);• Cincinnati Sabre 2000, 3 axis machining centre (Milacron control);• Fritz Werner, 5 Axis machining centre (Siemens Sinumerik Control)• Mazak, 5 Axis Machining centre (Fanuc Control);• Mandelli, 5 Axis machining centre (Siemens Sinumerik Control). 2. Multi skilled Fitter (2002-2005): • Advanced fitting techniques;• Brazing and Welding;• Heat treatment and Blacksmithery;• Material testing (Ultrasonic and NDT);• Pump performance testing (Pressure and run);• Dynamic balancing of rotating elements and impellers (IRD trained).

Doctor Of Philosophy (Phd), Engineering

Thesis title - 'Experimental and Theoretical Analysis of Heat Pump Performance for Retrofitted Domestic Installations' Areas.

Empa / Eth Summer Course, Heat And Mass Transport In Building And Urban Physics

Main topics: • Moisture transport in porous media; • Durability, poromechanics & risk analysis; • Wind and wind driven rain, Computational.

Bachelor Of Engineering (B.Eng), Mechanical Engineering, Second Class Honours (1St Devision)

Edexcel Level 3 Btec National Certificate, Mechanical Engineering

National Vocational Qualification, Engineering Production - Level 3

Engineering and Marine training authority specific application - Engineering Manufacture including Shipbuilding.

National Vocational Qualification, Manufacturing Engineering - Level 2