Ghenova Digital’s technical team carried out a consultancy to evaluate the digitalization of processes in the Cash&Carry Díaz Cadenas chain, located in the province of Seville.

BioFactory_00 will use the hermetia illucens (black soldier fly) to convert organic matter into high value-added raw materials, including proteins, lipids, chitosan and organic fertilizers.

The hydrogen facility combines 400 MW of solar photovoltaic power with 220 MW of hydrogen production, using green power from the Queensland electricity grid. Includes intermediate storage of 30 tons of hydrogen.

E-SHyIPS brings together stakeholders from the maritime and hydrogen sector, together with international experts, to generate new knowledge by reviewing the regulatory framework.

The Abha Metropolitan WTS Phase 2A project seeks to expand the water network in the metropolitan region of Abha (Saudi Arabia), connecting it to the already operational Phase 1 network and interconnecting stations.

The Temane thermal power plant is a 450 MW gas-fired combined cycle thermal power plant with a 5×1 multi-shaft configuration, designed to provide safe, highly reliable, efficient and low-cost electric power.

The UTE RIOGRANDE NEW LOC Plant is a Natural Gas Combined Cycle Plant with a projected net power of 1,238 MW, located in Jabequara, Bahia, interconnected to the SIN.

The Entre Ríos Thermoelectric Plant supplies electricity to the National Interconnected System by means of six SIEMENS SGT-800 turbines, each with a capacity of 40 MW and a 230 KV elevator substation.

The Warnes Thermoelectric Plant, with five SGT-800 turbines of 40 MW each and a 230 KV elevator substation, provides power and energy to the National Interconnected System.

The current Southern Thermoelectric Plant supplies electricity to the National Interconnected System (SIN) through four SGT-800 turbines of 40 MW each, SIEMENS brand, and a 230 KV substation. Gas consumption is estimated at 40 MMpcd.

An energy recovery facility (ERF) prepared for cogeneration, processing up to 370,000 tons of waste annually, with complete combustion and heat recovery system.

The new Tuas Nexus IWMF plant in Singapore includes a waste-to-energy (WTE) facility and a materials recovery facility (MRF), handling 2,900 tons per day to generate 80 MWe/year.

A new waste-to-energy cogeneration plant will prevent 216,000 tons per year of household and commercial waste from reaching landfill by generating 21 MW at Earls Gate, Grangemouth (Scotland).

Standardkessel Baumgarte will build a new Energy from Waste (EfW) plant for EEW Energy from Waste Stapelfeld GmbH, replacing a facility in Stapelfeld. The new plant will have two units, including thermal waste treatment.

New waste-to-energy plant, KEBAG Enova Emmenspitz, in Zuchwil, Canton Solotthurn (Switzerland), with two combustion lines to process 221,000 tons of municipal waste.

The waste-to-energy (WtE) project in Vinča, Belgrade, will optimize waste management for the 1.7 million inhabitants with a 56 MWth and 25 MWe cogeneration power plant.

Eco Park, a cluster of facilities in Surrey, manages household waste. It includes anaerobic digestion for 40,000 tons of food waste and a gasification plant for the treatment of waste remaining after recycling.

Hong Kong’s first comprehensive municipal solid waste management facility, it is central to the city’s waste management strategy.

The country’s second large-scale WTE plant will process approximately 300,000 tons of waste per year, avoiding more than 300,000 tons of CO2 per year, equivalent to the pollution from about 64,000 cars. It will generate 29 MW of renewable electricity.

The Protos EfW – Energy from Waste plant will treat the residual fraction of municipal solid waste (MSW) and commercial and industrial waste (C&I), being a technical project in a competitive market.

The Maryvale EfW plant will divert 325,000 tons of non-recyclable waste, generating steam and electricity to replace natural gas and coal at the SUEZ Australia and New Zealand paper mill.

Engineering of the development of the Budget Bid for the Mt Piper Energy Recovery Plant.
The engineering for the development of the Budget Bid for the Mt Piper Energy Recovery Plant involves the installation of a dedicated boiler on land adjacent to the existing Unit 2, burning CDR to generate steam.

Wind energy has become one of the main methods of power generation for global energy development, seeking to promote the use of environmentally friendly technologies.

Wind energy has become one of the main methods of power generation for global energy development, seeking to promote the use of environmentally friendly technologies.