Human factors in offshore wind: A scoping safety study.

Dr Ruby Roberts r.roberts2@rgu.ac.uk
Chancellor's Fellow

Professor James Njuguna j.njuguna@rgu.ac.uk
NSC Director of Research and Innovation

Simulation of nanomaterials release from consumer products for environmental exposure assessment Oct 1, 2013 - Oct 1, 2014
Nanomaterials are increasingly being developed for a range of industrial uses. However, there is a lack of standardised methods for estimating the release of nanomaterials to the environment. Current legislation for chemicals and environmental protec... Read More about Simulation of nanomaterials release from consumer products for environmental exposure assessment.

Stab-In Pipe Stage 2 Feb 1, 2019 - Feb 14, 2020
This is Stage 2 of a project to design and develop new non-threaded drill pipe joints. .

Stage 2 will be related to 3D printing of conceptual design of snap latch based non-threaded tool joints, electromagnetic calculations and further design and... Read More about Stab-In Pipe Stage 2.

Develop capability to characterise the extrusion of elastomers Feb 4, 2020 - Feb 26, 2022
To develop an in-house capability to characterise the extrusion of elastomers at the nano-scales structural level to drive scientifically led new product design and development.

A Feasibility Study on an Anaerobic Digester (AD) Plant Installation in Orkney May 1, 2020 - Mar 30, 2021
The aim of this project is to conduct a feasibility study on a community driven Anaerobic Digester Plant Installation in Orkney for the Orkney Islands to address specific waste management challenges faced by remote, rural and island communities/local... Read More about A Feasibility Study on an Anaerobic Digester (AD) Plant Installation in Orkney.

Design and development of a novel automated recovery system for the decommissioning of concrete mats from the sea bed to de-risk diving operations Aug 3, 2021 - Aug 2, 2024
Design a novel remote recovery system for the decommissioning of concrete mats from the seabed with the use of baskets to recover to the back deck of an offshore support vessel.

The system will eliminate the need for divers, improving Health & Saf... Read More about Design and development of a novel automated recovery system for the decommissioning of concrete mats from the sea bed to de-risk diving operations.