UK Gas fell to 72.60 GBp/thm on December 2, 2025, down 1.67% from the previous day. Over the past month, UK Gas's price has fallen 11.75%, and is down 40.33% compared to the same time last year, according to trading on a contract for difference (CFD) that tracks the benchmark market for this commodity. UK Natural Gas - values, historical data, forecasts and news - updated on December of 2025.

Natural gas rose to 4.94 USD/MMBtu on December 3, 2025, up 2.04% from the previous day. Over the past month, Natural gas's price has risen 13.71%, and is up 62.29% compared to the same time last year, according to trading on a contract for difference (CFD) that tracks the benchmark market for this commodity. Natural gas - values, historical data, forecasts and news - updated on December of 2025.

This is a large dataset of extracted text from public Oil and gas documents that was prepared in the run up to the FORCE 2023 Large Languagel model Hackathon in Stavanger, Norway

The dataset is uninque since it contains the largest public collection of extracted text from Ocr'ed oil and gas documents currently available. It has been created with the aim to make more oil and gas documents knowledge better embedded in language modelsAdditional the text has been classified in if the extracted pages are real text or mostly gibberish.Personal identifiable information has been removed as best as possibleA file with 1500 hand classified pages is part of the upload to further train text classifiers.

Question 1.2.4c: Is the most recent publicly available data on tax and payment receipts disaggregated by payment type?, 2.1.4d: For the most recently completed fiscal year, did the government publicly disclose the total resource revenue received?

The UK's fuel use by industry (SIC 2007 group - around 130 categories) and type (coal, natural gas, petrol, diesel oil for road vehicles (DERV), fuel oil, gas oil, aviation fuel and other); UK level fuel use of nuclear, hydro, wind, solar, geothermal aquifers and net imports, 1990 to 2023. This table excludes biofuels and waste.

The UK's energy use by industry (SIC 2007 group - around 130 categories), source (for example, industrial and domestic combustion, aircraft, road transport and so on - around 80 categories) and fuel (for example, anthracite, peat, natural gas and so on - around 20 categories), 1990 to 2023.

Abstract copyright UK Data Service and data collection copyright owner.

The English Housing Survey (EHS) Fuel Poverty Datasets are comprised of fuel poverty variables derived from the EHS, and a number of EHS variables commonly used in fuel poverty reporting. The EHS is a continuous national survey commissioned by the Ministry of Housing, Community and Local Government (MHCLG) that collects information about people's housing circumstances and the condition and energy efficiency of housing in England.

Safeguarded and Special Licence Versions
Similar to the main EHS, two versions of the Fuel Poverty dataset are available from 2014 onwards. The Special Licence version contains additional, more detailed, variables, and is therefore subject to more restrictive access conditions. Users should check the Safeguarded Licence (previously known as End User Licence (EUL)) version first to see whether it meets their needs, before making an application for the Special Licence version.

The English Housing Survey: Fuel Poverty Dataset, 2022: Special Licence is the outcome of analysis conducted to produce estimates of fuel poverty in England in 2022 undertaken by the Department for Energy Security and Net Zero (DESNZ).

Fuel poverty in England is measured using the Low Income Low Energy Efficiency (LILEE) indicator, which considers a household to be fuel poor if:

• it is living in a property with an energy efficiency rating of band D, E, F or G as determined by the most up-to-date Fuel Poverty Energy Efficiency Rating (FPEER) Methodology; and
• its disposable income (income after housing costs (AHC) and energy costs) would be below the poverty line. The poverty line (income poverty) is defined as an equivalised disposable income of less than 60 per cent of the national median in Section 2 of the ONS publication 'Persistent poverty in the UK and EU: 2017'.

The Low Income Low Energy Efficiency model is a dual indicator, which allows us to measure not only the extent of the problem (how many fuel poor households there are), but also the depth of the problem (how badly affected each fuel poor household is). The depth of fuel poverty is calculated using the fuel poverty gap. This is the reduction in fuel costs needed for a household to not be in fuel poverty. This is either the change in required fuel costs associated with increasing the energy efficiency of a fuel poor household to a Fuel Poverty Energy Efficiency Rating (FPEER) of band C or reducing the costs sufficiently to meet the income threshold.

The fuel poverty dataset is derived from the English Housing Survey, 2022 database created by the MHCLG. This database is constructed from fieldwork carried out between April 2021 and March 2023. The midpoint of this period is April 2022, which can be considered as the reference date for this dataset.

Main Topics:

A brief summary of each of the variables included in the English Housing Survey: Fuel Poverty Dataset, 2022: Special Licence dataset is included in the study documentation. The variables can be grouped into the following categories:

• Low Income Low Energy Efficiency fuel poverty indicator variables
• income and fuel costs variables
• 10 per cent affordability indicator variables
• additional fuel poverty variables
• English Housing Survey variables
• policy eligibility flags
• income split variables
• energy cost variables
• energy use variables
• weights
• variables introduced in 2015 data release (first published 2017)

The emissions of carbon dioxide, methane, nitrous oxide, hydro-fluorocarbons, perfluorocarbons, sulphur hexafluoride, nitrogen trifluoride and total greenhouse gas emissions, by industry (SIC 2007 group – around 130 categories), UK, 1990 to 2023 and (provisional) 2024.

This interactive map has been produced by NSTA to assist companies and members of the public with information that will help understand oil and gas exploration and production activity onshore in Great Britain. Some features have been simplified for optimum web display.Petroleum Exploration and Development Licences (PEDL’s) and older licence types (AL, DL, PL, ML, EXL) grant exclusive rights to search and bore for, and get, petroleum in specific ordnance survey blocks. PEDL’s cover the various stages of the full development cycle of oil and gas exploration, appraisal; production and eventually decommissioning of the wells, however a PEDL licence grants no automatic permission for drilling or facilities siting and construction. Permission to carry out such activities will be dependent on planning permission from the relevant Local Authority. Developers also have to secure relevant permits from the Environment Agency, and their plans have to pass scrutiny by the Health and Safety Executive.

The English Housing Survey (EHS) Fuel Poverty Datasets are comprised of fuel poverty variables derived from the EHS, and a number of EHS variables commonly used in fuel poverty reporting. The EHS is a continuous national survey commissioned by the Ministry of Housing, Community and Local Government (MHCLG) that collects information about people's housing circumstances and the condition and energy efficiency of housing in England.

Safeguarded and Special Licence Versions
Similar to the main EHS, two versions of the Fuel Poverty dataset are available from 2014 onwards. The Special Licence version contains additional, more detailed, variables, and is therefore subject to more restrictive access conditions. Users should check the Safeguarded Licence (previously known as End User Licence (EUL)) version first to see whether it meets their needs, before making an application for the Special Licence version.

The English Housing Survey: Fuel Poverty Dataset, 2012 is derived from the 2012 EHS database created by the DCLG. This database is constructed from fieldwork carried out between April 2011 and March 2013. The midpoint of this period is April 2012, which can be considered as the reference date for the fuel poverty dataset. Guidance on use of EHS data provided by DCLG should also be applied to the fuel poverty dataset. The dataset is the outcome of analysis conducted to produce estimates of the number of households living in fuel poverty in England in 2012. Previously, a household was defined as being fuel poor if they spent more than 10% of their income on fuel.

For the third edition (October 2015), revised data files and documentation were deposited.

Carbon capture and storage (CCS) refers to a number of techniques and processes which capture carbon dioxide emissions, generally from industrial processes. The carbon dioxide (CO2) can then be transported, including via repurposed gas pipelines, and stored, for example in underground locations CO2 will typically be stored at depths greater than 800 metres, where it no longer behaves as a gas, but instead as a supercritical fluid. The same geological formations that are well understood in the UK from many decades of oil and gas production, such as the Triassic Bunter Formation and Tertiary Forties Sandstones, are also likely to be ideal for the storage of carbon dioxide. CCS involves the capture of CO2 emissions from industrial processes, such as steel and cement production, the generation of hydrogen through steam reforming, or from the burning of biomass or fossil fuels in power generation. It may also be used in combination with emerging direct air capture technologies. This carbon dioxide is then transported from where it was produced, via ship or in a pipeline, and stored deep underground in geological formations. The NSTA is the licensing authority for offshore CO2 storage in the UK, approving and issuing carbon dioxide storage and appraisal licences, storage permits, and maintaining the carbon storage public register. Certain activities proposed under CS licences may also be subject to specific environmental assessment by BEIS (Offshore Petroleum Regulator for Environment and Decommissioning (OPRED)). A licensee also requires a lease from the Crown Estate/Crown Estate Scotland (as applicable) before undertaking storage activities. NSTA/TCE/CES joint statement NSTA/OFGEM Memorandum of Understanding The list of carbon dioxide appraisal and storage projects licensed by the NSTA can be seen here The Ten Point Plan for a Green Industrial Revolution Intergovernmental Panel on Climate Change report (Chapter 11, Executive Summary) BEIS leads government policy on CCS

Carbon capture and storage (CCS) refers to a number of techniques and processes which capture carbon dioxide emissions, generally from industrial processes. The carbon dioxide (CO2) can then be transported, including via repurposed gas pipelines, and stored, for example in underground locations CO2 will typically be stored at depths greater than 800 metres, where it no longer behaves as a gas, but instead as a supercritical fluid. The same geological formations that are well understood in the UK from many decades of oil and gas production, such as the Triassic Bunter Formation and Tertiary Forties Sandstones, are also likely to be ideal for the storage of carbon dioxide. CCS involves the capture of CO2 emissions from industrial processes, such as steel and cement production, the generation of hydrogen through steam reforming, or from the burning of biomass or fossil fuels in power generation. It may also be used in combination with emerging direct air capture technologies. This carbon dioxide is then transported from where it was produced, via ship or in a pipeline, and stored deep underground in geological formations. The NSTA is the licensing authority for offshore CO2 storage in the UK, approving and issuing carbon dioxide storage and appraisal licences, storage permits, and maintaining the carbon storage public register. Certain activities proposed under CS licences may also be subject to specific environmental assessment by BEIS (Offshore Petroleum Regulator for Environment and Decommissioning (OPRED)). A licensee also requires a lease from the Crown Estate/Crown Estate Scotland (as applicable) before undertaking storage activities. NSTA/TCE/CES joint statement NSTA/OFGEM Memorandum of Understanding The list of carbon dioxide appraisal and storage projects licensed by the NSTA can be seen here The Ten Point Plan for a Green Industrial Revolution Intergovernmental Panel on Climate Change report (Chapter 11, Executive Summary) BEIS leads government policy on CCS

Carbon capture and storage (CCS) refers to a number of techniques and processes which capture carbon dioxide emissions, generally from industrial processes. The carbon dioxide (CO2) can then be transported, including via repurposed gas pipelines, and stored, for example in underground locations CO2 will typically be stored at depths greater than 800 metres, where it no longer behaves as a gas, but instead as a supercritical fluid. The same geological formations that are well understood in the UK from many decades of oil and gas production, such as the Triassic Bunter Formation and Tertiary Forties Sandstones, are also likely to be ideal for the storage of carbon dioxide. CCS involves the capture of CO2 emissions from industrial processes, such as steel and cement production, the generation of hydrogen through steam reforming, or from the burning of biomass or fossil fuels in power generation. It may also be used in combination with emerging direct air capture technologies. This carbon dioxide is then transported from where it was produced, via ship or in a pipeline, and stored deep underground in geological formations. The NSTA is the licensing authority for offshore CO2 storage in the UK, approving and issuing carbon dioxide storage and appraisal licences, storage permits, and maintaining the carbon storage public register. Certain activities proposed under CS licences may also be subject to specific environmental assessment by BEIS (Offshore Petroleum Regulator for Environment and Decommissioning (OPRED)). A licensee also requires a lease from the Crown Estate/Crown Estate Scotland (as applicable) before undertaking storage activities. NSTA/TCE/CES joint statement NSTA/OFGEM Memorandum of Understanding The list of carbon dioxide appraisal and storage projects licensed by the NSTA can be seen here The Ten Point Plan for a Green Industrial Revolution Intergovernmental Panel on Climate Change report (Chapter 11, Executive Summary) BEIS leads government policy on CCS

Link to metadata file in JSON format.{ "title": "SGN Distribution Pipe Network - Inverclyde", "creator": "SCOTIA GAS NETWORKS (Company number 04958135)", "publisher": "SCOTIA GAS NETWORKS (Company number 04958135)", "contributor": "SCOTIA GAS NETWORKS (Company number 04958135)", "source": "https://open-data-sharing-portal-sgn-uk.hub.arcgis.com/", "subject": "Gas Distribution Pipe Network", "description": "SGN's gas network pipe assets for the distribution network (low pressure, medium pressure and intermediate pressure tiers) conforming to the Gas Network Data Interoperability Technical Standard. This dataset should not be used for ‘spade in the ground’ works and staying safe when working near gas network pipes. The gas network is dynamic and can therefore change on a day-to-day basis. The quickest and easiest way you can access maps of the gas network suitable for this purpose is to use the free service LinesearchbeforeUdig (LSBUD - https://lsbud.co.uk/). This dataset does not reflect any current or future capacity on the network. For any capacity enquiries and/or potential new connections to our network, please contact SGN's Network Connections team in the first instance at https://www.sgn.co.uk/gas-connections", "conformsTo": "https://open-data-sharing-portal-sgn-uk.hub.arcgis.com/documents/d00db3bb43ef4404b3ab080b04730d6f/", "coverage": "Inverclyde", "date": "2025", "format": "SHP", "Type": "Dataset", "identifier": "IVC", "language": "eng", "relation": "n/a", "rights": "https://www.sgn.co.uk/open-data-licence", "tableSchema": { "columns": [ { "columnName": "FID", "columnType": "integer", "columnDesc": "System-generated unique ID automatically inserted as part of the shapefile format. Non-relevant" }, { "columnName": "Shape", "columnType": "geometry", "columnDesc": "Geometric shape composed of one or more coordinates spatially referenced to a coordinate system. SGN's source data is projected to the British National Grid (WKID:27700) coordinate system" }, { "columnName": "TYPE", "columnType": "string(25)", "columnDesc": "Type of pipe within network" }, { "columnName": "PRESSURE", "columnType": "string(2)", "columnDesc": "Operating pressure tier of the pipe" }, { "columnName": "MATERIAL", "columnType": "string(2)", "columnDesc": "The physical components that go into the make-up of a tangible asset or are used for maintenance or other duties for the activities undertaken by the licensee and related parties" }, { "columnName": "DIAMETER", "columnType": "double(6,2)", "columnDesc": "The diameter measurements for the pipe. Depending on the pipe type this may be the nominal, outside or inside diameter" }, { "columnName": "DIAM_UNIT", "columnType": "string(2)", "columnDesc": "Unit of measurement for the diameter in inches or millimetres" }, { "columnName": "CARR_MAT", "columnType": "string(2)", "columnDesc": "The material of the existing services and mains (carrier) pipes into which another pipe is inserted" }, { "columnName": "CARR_DIA", "columnType": "double(6,2)", "columnDesc": "The diameter of the existing pipe into which another pipe is inserted, defined as inside diameter for non-PE pipes and outside diameter for PE pipes" }, { "columnName": "CARR_DI_UN", "columnType": "string(2)", "columnDesc": "Unit of measurement for the diameter (in inches or millimetres) of the outer pipe into which a live pipe has been inserted" }, { "columnName": "ASSET_ID", "columnType": "string(20)", "columnDesc": "Anonymised unique asset reference – for data validation use only, not used operationally. Can be used as the primary key for the data asset" }, { "columnName": "DEPTH", "columnType": "string(10)", "columnDesc": "The minimum value of the all the depth of cover requirements for the pipe asset, recorded in metres. Note: this field is not populated by SGN" }, { "columnName": "AG_IND", "columnType": "string(5)", "columnDesc": "Boolean indicator whether or not pipe asset is above-ground. Note: this field is not populated by SGN" }, { "columnName": "INST_DATE", "columnType": "date", "columnDesc": "Date the asset was installed in the location. Note: this field may contain, inferred, calculated, missing or default values", } { "columnName": "ObjectId", "columnType": "integer", "columnDesc": "System-generated unique identifier automatically inserted by ArcGIS Online during upload procedure. Non-relevant", } ] }}

Carbon capture and storage (CCS) refers to a number of techniques and processes which capture carbon dioxide emissions, generally from industrial processes. The carbon dioxide (CO2) can then be transported, including via repurposed gas pipelines, and stored, for example in underground locations CO2 will typically be stored at depths greater than 800 metres, where it no longer behaves as a gas, but instead as a supercritical fluid. The same geological formations that are well understood in the UK from many decades of oil and gas production, such as the Triassic Bunter Formation and Tertiary Forties Sandstones, are also likely to be ideal for the storage of carbon dioxide. CCS involves the capture of CO2 emissions from industrial processes, such as steel and cement production, the generation of hydrogen through steam reforming, or from the burning of biomass or fossil fuels in power generation. It may also be used in combination with emerging direct air capture technologies. This carbon dioxide is then transported from where it was produced, via ship or in a pipeline, and stored deep underground in geological formations. The NSTA is the licensing authority for offshore CO2 storage in the UK, approving and issuing carbon dioxide storage and appraisal licences, storage permits, and maintaining the carbon storage public register. Certain activities proposed under CS licences may also be subject to specific environmental assessment by BEIS (Offshore Petroleum Regulator for Environment and Decommissioning (OPRED)). A licensee also requires a lease from the Crown Estate/Crown Estate Scotland (as applicable) before undertaking storage activities. NSTA/TCE/CES joint statement NSTA/OFGEM Memorandum of Understanding The list of carbon dioxide appraisal and storage projects licensed by the NSTA can be seen here The Ten Point Plan for a Green Industrial Revolution Intergovernmental Panel on Climate Change report (Chapter 11, Executive Summary) BEIS leads government policy on CCS

This publication combines data from the UK’s Greenhouse Gas Inventory with data from a number of other sources, including local energy consumption statistics, to produce a nationally consistent set of carbon dioxide emissions estimates at local authority level from 2005 to 2014. The data show emissions allocated on an “end-user” basis where emissions are distributed according to the point of energy consumption (or point of emission if not energy related). Except for the energy industry, emissions from the production of goods are assigned to where the production takes place. Therefore, emissions from the production of goods which are exported will be included, and emissions from the production of goods which are imported are excluded. Carbon dioxide (CO2) is the main greenhouse gas, accounting for about 82 per cent of the UK greenhouse gas emissions in 2014. In recent years, increasing emphasis has been placed on the role of regional bodies and local government in contributing to energy efficiency improvements, and hence reductions in carbon dioxide emissions. The statistics are largely consistent with the UK national Greenhouse Gas Inventory and with the Devolved Administration Greenhouse Gas Inventories, but there are some minor methodological differences outlined in the methodology report.