PROTOS
BRIEF DESCRIPTION OF THE PROJECT
The plant is located in Cheshire, England (UK) and has a total annual capacity of 400,000 tons of non-recyclable waste, with 2 waste-to-energy lines.
Details
of the project
Name: Protos
Client: Standardkessel Baumgarte
Location: Cheshire, UNITED KINGDOM
Year of development: 2021-2022
Narrative description of the project
The plant is located in Cheshire, England (UK) and has a total annual capacity of 400,000 tons of non-recyclable waste, with 2 waste-to-energy lines with an annual capacity of 200,000 tons each. The Protos EfW – Energy from Waste facility will process two types of waste: the residual fraction of municipal solid waste (MSW) and commercial and industrial (C&I) waste.
The Protos waste-to-energy plant is a project with high technical requirements in a highly competitive market. MYTILINEOS’ Sustainable Engineering Solutions Business Unit will be responsible for the integrated management of all construction phases (EPC) of the project and, to ensure the reliable and sustainable operation of the facility, critical equipment will be duplicated. The facility is scheduled to enter commercial operation in 2024.
MYTILINEOS is the leader of the prestigious joint venture with Standardkessel Baumgarte GmbH (SBG), the world’s leading EfW technology provider, with a 55% share and is assigned as Prime Contractor and Lead Designer of the project…..
Scope of Ghenova's work
Piping detail studies: Isometrics, supports, stress analysis, Lists, MTOs, 3D Model, Shock Detection.
The work is generally divided into three major priority packages:
1. Down and overflow piping, standpipes, feed water station, feed water line to boiler, connecting lines (e.g. Econiomiser, saturated steam, superheater, …), high pressure line to boiler runner including start-up line and blow-off line, soot blow-off lines, drain and vent to stations, drain, – vent stations, boiler preheat, drain incl. expansion valve, steam line, injection stations and connecting lines.
Feed water system including pumps, tanks, etc., high pressure line to turbine, inlets and taps on turbine, turbine bypass, exhaust steam line, steam reducing stations, cooling water systems, condensate systems, drain and vent stations (WDK), Luko and auxiliary systems, steam and condensate system in Air Preheating Area, heat exchangers, etc., fuel supply (gas/oil), hydraulic grate system, pneumatic ash removal, shot blast irrigation system, masonry rear ventilation, exhaust steam systems.
Cooling water system, fire water, drinking water, various process waters, drinking water, waste water systems, SCS system (air and water), dosing station, sampling station, SNCR
compressed air systems.
The work is generally divided into three major priority packages:
1. Down and overflow piping, standpipes, feed water station, feed water line to boiler, connecting lines (e.g. Econiomiser, saturated steam, superheater, …), high pressure line to boiler runner including start-up line and blow-off line, soot blow-off lines, drain and vent to stations, drain, – vent stations, boiler preheat, drain incl. expansion valve, steam line, injection stations and connecting lines.
Feed water system including pumps, tanks, etc., high pressure line to turbine, inlets and taps on turbine, turbine bypass, exhaust steam line, steam reducing stations, cooling water systems, condensate systems, drain and vent stations (WDK), Luko and auxiliary systems, steam and condensate system in Air Preheating Area, heat exchangers, etc., fuel supply (gas/oil), hydraulic grate system, pneumatic ash removal, shot blast irrigation system, masonry rear ventilation, exhaust steam systems.
Cooling water system, fire water, drinking water, various process waters, drinking water, waste water systems, SCS system (air and water), dosing station, sampling station, SNCR
compressed air systems.
