Slab in hot mill

EAF planning documents

Manual
Forms, cover letter and planning statement
EAF planning documents

Forms, cover letter and planning statement

Covering letter
Planning application forms
Planning statement
 

 

Manual
Design and sustainability
EAF planning documents
Manual
Flood risk and drainage
EAF planning documents
Manual
Landscape, arboriculture and ecology
Manual
Coal mining
EAF planning documents
Manual
Waste
EAF planning documents
Manual
Plan Pack (including location plan, site plans, floor plans, elevations, sections and demolition plans)
EAF planning documents

Plan pack 
(including location plan, site plans, floor plans, elevations, sections and demolition plans)


Site plans

Site location plan

Proposed site plan - Hybrid planning application
Proposed site plan - Indicative outline plan - Phase 1
Proposed site plan - Indicative outline plan - Phase 2
Proposed site plan -  Full and outline application areas laydown areas
Parameter plan - Build zones and max heights
 

Site sections

Unit 01 - Canopy hood - Proposed GAs
Unit 02 - Consteel conveyor - Proposed GAs
Unit 03 - Fume treatment plant - Proposed GAs
Unit 04 - Sherdded scrap yard - Proposed GAs
Unit 05 - Hot briquetted iron dolo and lime bunker - Proposed GAs
Unit 06 - Ferro alloy bunker - Proposed GAs
Unit 07 - Fire water pump house - Proposed GAs
Unit 08 - Primary pump house - Proposed GAs
Unit 09 - Secondary pump house - Proposed GAs
Unit 10 - Melt shop power distribution building - Proposed GAs
Unit 11 - Melt shop WTP electrical building - Proposed GAs
Unit 12 - Melt shop FEP electrical building - Proposed GAs
Unit 13 - Compressor house - Proposed GAs
Unit 14 - Car parking area - Proposed GAs
Unit 15 - Changing and office block building - Proposed GAs
Unit 16 - Emergency tank - Proposed GAs
Unit 17 - Lagoon water pump house - Proposed GAs
Unit 18 - Green walkway extension - Proposed GAs
Unit 19 - Active carbon injection silos - Proposed GAs
Unit 20 - Powder silos - Proposed GAs
Unit 21 - Main power centre - Proposed GAs
Unit 22 - Power compensation building - Proposed GAs
Unit 30 - HBI and pig iron storage area - Proposed GAs
Unit 31 - Charger bay south extension - Proposed GAs
Unit 32 - HBI electrical building - Proposed GAs
Elevated service route

Floorplans

Unit 02 - Consteel conveyor - Proposed ground floorplan
Unit 03 - Fume treatment plant - Proposed floorplans
Unit 05 - Hot briquetted iron dolo and lime bunker - Proposed ground floorplan
Unit 05 - Hot briquetted iron dolo and lime bunker - Proposed first floorplan
Unit 06 - Ferro alloy bunker - Proposed ground floor plan
Unit 06 - Ferro alloy bunker - Proposed first floor plan
Unit 07 - Fire Water pump house - Proposed ground floorplan
Unit 08 - Primary pump house - Proposed ground floorplan
Unit 09 - Secondary pump house - Proposed ground floorplan
Unit 10 - Melt shop power distribution building - Proposed ground floorplan
Unit 10 - Melt shop power distribution building - Proposed first floorplan
Unit 11 - Melt shop WTP electrical building - Proposed ground floorplan
Unit 11 - Melt shop WTP electrical building - Proposed first floorplan
Unit 12 - Melt shop FEP electrical building - Proposed ground floorplan
Unit 12 - Melt shop FEP electrical building - Proposed first floorplan
Unit 13 - Compressor house - Proposed ground floorplan
Unit 15 - Changing & office block building - Proposed floorplans
Unit 17 - Lagoon water pump house - Proposed ground floorplan
Unit 21 - Main power centre - Proposed ground floorplan
Unit 21 - Main power centre - Proposed first floorplan
Unit 22 - Power compensation building - Proposed ground floorplan
Unit 31 - Charger bay south extension - Proposed ground floorplan
Unit 32 - HBI electrical building - Proposed ground floorplan
 

Demolition plans

Demolition site plan

Demolition - 1A Scrap storage shed
Demolition - 1B Existing pump house
Demolition - 1C HARSCO Baler plant
Demolition - 1D Weigh bridge
Demolition - 1E HARSCO Frag plant
Demolition - 1F electrical room
Demolition - 1G Mech/electrical workshop
Demolition - 1H RH Penthouse
Demolition - 1I RH Cooling tower
Demolition - 1J RH pump house
Demolition - 1K Slag splashing compound
Demolition - 1L Storage shed
Demolition - 1M HAA Coal rail unloading stations
Demolition - 1N Coal conveyor superstructure
Demolition - 1O Inlet structure
Demolition - 1P BF gas pipe rack (partially removed)
Demolition - 1Q Existing compressor house with MCC room
Demolition - 1R Concrete abutments
 

Whole of Port Talbot site
Key milestones in the transformation of Port Talbot steelmaking
Technology
Manual
EAF planning
How does electric arc furnace technology work and what are its climate benefits?

A: Electric arc furnaces use high-current electricity to melt predominantly scrap steel.
The current iron and steel making processes at Port Talbot largely use iron ore, coal and other carbon-intensive fuels.
Using electric arc furnace technology, Tata Steel will reduce carbon emissions from its Port Talbot site by 5 million tonnes a year by 2030 – equivalent to the carbon footprint of almost 2 million homes in the UK (almost one in ten of all homes in England and Wales).

EAF location
Manual
EAF planning
Where will the new EAF be located?

A: The EAF will be placed in the existing Basic Oxygen Steelmaking (BOS) plant.

Scrap sourcing
Manual
EAF planning
Where will the scrap for the EAF be sourced from?

A: The scrap metal for the EAF will be sourced from the UK helping to maintain the country’s self-sufficiency in steelmaking and making our steel production more resilient to adverse global events. The scrap will be transported into site primarily using the existing rail line. This compares to more than 90% of the raw materials required for the current process being imported from a small number of suppliers in countries as far away as Japan, Brazil, and Australia. 

Cutting emissions
Manual
EAF planning
How will using the EAF cut emissions?

A: The current iron and steel making processes at Port Talbot largely use iron ore, coal and other carbon-intensive fuels, making Tata Steel the UK’s largest CO2 emitter, which is why this proposal would have such a major impact on decarbonising Wales and the UK as a whole.
As only electricity is required, which can come from renewable sources, using EAF rather than the existing blast furnaces will cut carbon emissions by almost 90%. This is equivalent to 1.5% of the UK’s total direct CO2 emissions.

Consultation
Manual
EAF planning
How will you be consulting the community on the EAF?

A: We are holding community consultation events over the summer where members of the public can find out more about the EAF proposals, ask any questions and share feedback with us. In September we will hold another round of consultation before a planning application is submitted to Neath Port Talbot Council.

Latest news

The Latest from Tata Steel in Europe.
  • 77621
    • Tata Steel Kelpies Scotland - construction structural hollow sections
    19 Sep 2024Corporate News
    Hartlepool MP celebrates £7 million investment in Tata Steel

    New MP for Hartlepool, Jonathan Brash, has visited Tata Steel to see the progress being made with the loca

  • 77616
    18 Sep 2024Corporate News
    See the new Electric Arc Furnace!

    Following the UK Government’s £500 million Grant Funding Agreement in support of Tata Steel UK’s £1.25 bil

  • 77611
    18 Sep 2024Corporate News
    Expo visitors wowed by virtual EAF experience

    Experiencing Tata Steel UK’s proposed Electric Arc Furnace in Virtual Reality was the major attraction for

  • 77601
    • EAF community event close-up
    17 Sep 2024Corporate News
    Tata Steel UK launches next phase of consultation on proposed Electric Arc Furnace at Port Talbot steelworks

    Tata Steel UK has today launched the next consultation phase on its proposal to build a state-of-the-art E