With regards to potential radiological impacts on the environment and human health, analyses demonstrate that appropriate measures to prevent occurrence of potentially harmful impacts, or mitigate their consequences, can be implemented using existing technology at reasonable cost.. 14.

Minimising initial CapEx, OpEx and project risk, by designing, modular, flexible and expandable solutions, is a recurring theme.Andrew Pearson is a.Chartered Engineer.

and joined Bryden Wood in 2015.. Andrew has over 15 years’ experience working in the building services industry and has built up a varied project portfolio from complex Ministry of Defence sites, hospitals and research laboratories to simpler residential and commercial schemes.He works from - and is part of the management team for - the St Albans office.. With a background in electrical engineering, Andrew is now also responsible for the management of design projects, ensuring a high standard of engineering and co-ordinating with other disciplines.. Andrew has a strong focus on client liaison to ensure projects are successfully delivered and exceed client expectations.Zydrunas is a self-motivated and enthusiastic, with great technical and problem solving skills.. His disciplined approach ensures that all work is carried out consistently to a high standard.He is a dedicated individual who has hands-on attitude and he is always ready to implement and develop new systems in the IT department.. Zydrunas joined Bryden wood in 2014.

As IT system administrator his excellence and comprehensive knowledge is demonstrated with a solid background in all server and desktop operating systems.This includes a thorough understanding of network technologies and various operating systems, which gives him the ability to diagnose a wide variety of issues.. Zydrunas has worked on many significant projects at Bryden Wood such as implementing the Internal Backup System, upgrading the company’s hardware and software, connecting and setting up a branch offices.Adrian is a chartered chemical engineer with over thirty years’ experience in the design and development of biochemical and chemical processes and facilities.

Since joining Bryden Wood in 2018, he has played a leading role in a wide range of front-end projects and the development of.

Bryden Wood’s industrial sectors capability.Biogenic carbon capture is the process whereby trees absorb and store carbon dioxide during growth.

Once cut down, part of this carbon (from leaves, roots, and small branches) is released and the remaining is stored in the trunk, which is used for timber.. New trees are planted in its place to ensure a constant process of removing carbon dioxide from the atmosphere.As trees age, they absorb less carbon dioxide, so it’s beneficial to replace them.

This is known as a sustainably managed forest.. Our response is to:.- Recommend that biogenic carbon capture is only accounted for if the timber has a responsible sourcing certificate, a clear circular strategy, and a clear commitment to facilitate reuse.. - Conduct a comprehensive circularity plan that includes solutions for deconstruction and a plan for reuse, upcycle and recycle..