gvtcx

Assess the quantitative impact of Scottish unconventional fossil fuel production on global emissions

The Committee On Climate Change Published 20 Apr 2016 Contracts Finder

key details

Value£40,000
Statusactive
Category (CPV) 73000000
RegionLondon
Deadline4 May 2016
Contract start9 May 2016
Contract end6 Jul 2016
Procedureopen
SME suitableYes
OCIDocds-b5fd17-94003f69-adc9-11e6-9901-0019b9f3037b

description

The Scottish Government is carrying out a wide-ranging review of the impacts of onshore unconventional oil and gas (UOG) extraction. This will inform a public consultation expected to take place in winter 2016-17.

The programme of research includes projects on transport impacts; decommissioning and aftercare; seismic monitoring; climate change; and economic impact.

The Scottish Government has asked the CCC to undertake the study on climate change impacts associated with UOG extraction in Scotland. As part of this study, the Scottish Government has requested that the impacts are assessed of Scottish unconventional hydrocarbon production on global emissions.

Aims and Objectives

The aims of the project are to assess net impacts on worldwide emissions of Scottish unconventional oil and gas production.

The focus of the tender, therefore, is not the production emissions associated with UOG extraction in Scotland, but the interaction between Scottish UOG and global emissions.

A description of the work is contained with the contract specification

documents

Documents are linked, not mirrored. They are served by the publishing authority and may require registration.

notice history

1 notice published against this procurement.

PublishedTypeRegimeNotice
18 Nov 2016 Tender (tender) · d94eb217-4d6c-4327-b2db-84aefb8b4b5f-94407

more from The Committee On Climate Change

all contracts from this buyer →

similar contracts awarded

Other awarded contracts in the same category. Useful for seeing who normally wins this kind of work, and at what value.

source

Published on Contracts Finder. Contact details for named individuals are not reproduced on this site.