- Aconselhamento nas seguintes áreas: Logistica e...

Empresa fundada em 1996, e hoje sediada em Matosinhos, possui duas divisões

1/ Trading de Quimicos- Trabalhamos como agentes e/ou distribuidores de fabricantes de Quimicos Orgânicos e Inorgânicos de base, servindo sobretudo o mercado ibérico, além de cross-trades- Especialistas em cargas completas (produtos embalados e liquidos a granel)- Prestamos serviços de sourcing na área de abastecimento de produtos quimicos- Aconselhamento nas seguintes áreas:

– Logistica e Armazenamento– REACH– Fichas de Segurança– Disposição e Tratamento de Residuos Quimicos (incluindo Lamas, Solventes e outros

quimicos inôrganicos)

2/ Consultadoria AmbientalRepresentamos em Portugal a TM.E. S.p.A. - Termomeccanica Ecologia, empresa do Grupo Termomeccanica que trata da construção e gestão de obras de engenharia ambiental e industrial.

TM.E. S.p.A - A Termomeccanica Ecologia é de propriedade integral do Grupo Termomeccanica, cujo principal acionista é o Banco Intesa SanPaolo, juntamente com outros parceiros industriais e investidores locais.

A sua experiência técnica comprovada e a inclusão entre os parceiros das principais Instituições Bancárias permitem à TM.E. operar no campo Financiamento de Projetos, incluindo contratos importantes com retorno de investimento por meio de uma tarifa de serviço. Esta opção, juntamente com a capacidade de lidar com grandes projetos de alta tecnologia, torna a TM.E. o parceiro ideal em projetos ambientais para clientes públicos e privados.

A TM.E. S.p.A Termomeccanica Ecologia atua em dois setores no negócio “ambiental” mais geral:

- Energia derivada de resíduos sólidos urbanos e fontes renováveis, como biomassas, biogás, energia eólica e solar

-Tratamento tecnológico de água (potabilização, dessalinização e purificação de água), tanto para uso civil como industrial

Contactos da Visatertlf : +351 226160558 email: [email protected] (Miguel Vareta) Web : www.visater.com

Visater - Imp & Exp, Lda | Rua D. Nuno Alvares Pereira, nº 156, C11 | 4450 - 213 Matosinhos

Paginas seguintes: Apresentação da TM.E

http://www.visater.com/

Logo società ospite

TM.E. S.p.A. Termomeccanica EcologiaPresentation

• 30° September 2018

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TM.E. SPA – TERMOMECCANICA ECOLOGIA

Europen leading company active in design, manufacturing and construction of plants and components for the environmental industry

Technologies for Waste Treatment

Technologies for Water Treatment

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FIELDS OF ACTIVITIESEnergy & Waste• Waste to energy • Biogas energy recovery• Waste sorting• RDF and compost production• Energy from biomass

Renewable Energies• Wind farms

Water Treatment• Drinking water production • Municipal waste water treatment• Industrial waste water treatment• Desalination• Remineralization• ION Exchange Water Treatment

PlantsSludge treatment• Dewatering• Drying• Combustion• Inertization• Solidification

TM.E. S.p.A. - Termomeccanica Ecologia

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TERMOMECCANICA GROUPSHARE HOLDERS AND MAIN COMPANY

MELVILLE S.r.L.35%

L.E.C.A. INVEST SRL.33%

Management/employees14%

Others18%

TERMOMECCANICA S.p.A.

Equity Capital 3.666 K€

TMI.P. – Termomeccanica

Industrial Process

Equity Capital 100 K€

share 70%

TM.P. S.p.A. Termomeccanica Pompe


share 100%

TM.E. S.p.A. Termomeccanica Ecologia


share 100%

TM.H.E. S.r.L. Termomeccanica Holding Eolico


share 100%

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TERMOMECCANICA GROUP

KEY NUMBERS 2015 2016 2017

Turnover [M€] 190 202 215

EBIT [M€] 12 9 7

Staff [employers]

Head office 337 350 357

O&M 441 339 316

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WORLD WORK EXPERIENCES

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ENERGY & WASTE DIVISION

TM.E. S.p.A. - Termomeccanica Ecologia

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COMPETENCES

INTERNAL TECH AND EXECUTIVE DESIGN

v LONG EXPERIENCE AND SKILLS AS EPC AND PPP CONTRACTOR

UP-TO DATE BAT PROCESS TECHNOLOGY

WORKSHOP DESIGN OF KEY EQUIPMENT

PATENTED COMBUSTION CONTROL SYSTEM

SUPPLY, TRANSPORT, ERECTION,

COMMISSIONING AND START-UP

TECHNICAL ASSISTANCE TO OPERATION

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COMPETENCES

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EPC CONTRACT FOR ELECTRO-MECHANICAL WORKS

BERINGEN – BELGIUM: WtE PLANT

Combustible: RDF - high calorific valueCapacity: 600 tons/day on a single line – 86 MWthElectric power generation: 24 MWe in full condensation

RECENT ACQUISITIONS

Coming into Force: December 2017

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Zakład Utylizacyjny Sp. z o.o.

CONTRACT FOR DESIGN BUILT AND 25 YEARS OPERATIONGDANSK – POLAND

RECENT ACQUISITIONS

Combustible: sorted MSWCapacity: 490 tons/day on a single line – 62,7 MWthElectric power generation: 17 MWe in full condensation

Coming into force : May 2018

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EPC CONTRACT FOR ELECTRO-MECHANICAL WORKS ABU DHABI – U.A.E.

ROTARY KILN INCINERATORComing into force: September 2015

Cobustible: refinery sludges and industrial/hazardous waste

Capacity: 23,300 tons/year - 37 MWth

UNDER CONSTRUCTION

UNDER EXECUTION

End user: Takreer Refinery

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MAIN REFERENCES IN WTE

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Coming into force: December 2015

Combustible: unsorted MSW

Electric power generation: ,,, Mwe

IN OPERATION SINCE JUNE 2018

Capacity: 300 tons/day on a single line - 29.0 MWth

The Waste to Energy Plant of Rzeszow - Poland

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Coming into force: December 2016


Electric power generation: 14 Mwe

IN OPERATION SINCE JANUARY 2018

Capacity: 250 tons/day on two lines - 58 MWth

The Waste to Energy Plant of Szczecin - Poland

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The Waste to Energy Plant of San Vittore Italy

320,000 Mwe PER YEAR

120.000 Households served

Combustible: RDF

Capacity: 940 tons/day – 157 MWth


In operation since: 2011

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The Waste to Energy Plant of Bydgoszcz - Poland

Combustible: UNSORTED MSW




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The Waste to Energy Plant of Terceira - Portugal





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The Waste to Energy Plant of Valmadrera - Italy

Combustible: Sorted Municipal Waste, Hospital Waste and sludges

Capacity: 380 tons/day



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The Waste to Energy Plant of Perpignan - France

Combustible: MSW

Capacity: 185 tons/day


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DESIGN PRINCIPLES

member of the TWG at the JRC for BAT updating

Operational -Investment costs

Maintenance

Flexibility

Efficiency

Safety

Reliability

Best Technologies

Selection

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• CFD technique for improvement of

• Thermoflow technique for improvement of

• Combustion technology

• Flue gas treatment technology

• Energy Recovery technology

• Advanced Automatic System Controls for

• Combustion (ACC)

• FGT

• Energy Recovery

In order to define the maximum efficiency operating condition

In order to operate in the maximum efficiency point

TM.E innovative approach for WtE design

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Grate technology:

Air-cooled / Water-cooled moving grate

Field design of the furnace system:

• Throughput : 2 – 35 t/h

• Thermal load: 10 – 110 MWth

• Calorific value: 6 – 20 MJ/kg

• Availability: 7.800 – 8.200 operating hours / year

• Waste type: RDF, MSW, industrial waste, sludge, biomass

Ø One-track design

Ø Slope zone: 6° (1 & 2) –

0° (3)

GRATE and FURNACE

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GRATE and FURNACE

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§ Superheated Steam pressure: 40 – 48 bar

§ Superheated Steam temperature: 380 - 440°C

§ Gas velocity in the convective part: < 5 m/s

§ Flue gas temperature at the exit of first channel: about 900°C

§ Flue gas temperature at the inlet of first superheater: about 650 °C

§ Flue gas temperature at the exit of the boiler: 180–200 °C

BOILER

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Ø No. 2 vertical radiant evaporative flue gas passes

Ø No 1 vertical convective section in 3° pass:

q No. 1 evaporative bundles

q No. 3 superheater bundles

q No. 5 Economizer bundles

Ø Cleaning system:q Soot-blowing technology

Ø Steam conditions : T = 420 °C P = 45 bar abs

Ø Membrane walls / SH material: ASTM A210 A1 / ASTM A335 T11

Ø Cladding: top of 1st empty pass, 2nd empty pass and 1st SH are cladded with Inconel 625 – 2 mm

TYPICAL BOILER ARRANGEMENT

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Pollutant

(Concentration referred to dry gas, O2 11% vol.)

Law values - daily average

Lecco

Measured values (daily average)

Bologna


San Vittore


Bydgoszcz Measured values (daily average) – 8 hours capacity

test

Type Bicar Dry + wet Lime Semi-dry + wet Bicar Dry

HCl 10 mg/Nm3 < 1 mg/Nm3 2 mg/Nm3 < 1 mg/Nm3 < 1 mg/Nm3

CO 50 mg/ Nm3 3,5 mg/ Nm3 10 mg/ Nm3 3 mg/ Nm3 11,1 mg/Nm3

NO+NO2 as NO2 200 mg/ Nm3 95 mg/ Nm3 90 mg/ Nm3 33,5 mg/ Nm3 64,5 mg/Nm3

SO2+SO3 as SO2 50 mg/ Nm3 2 mg/ Nm3 5 mg/ Nm3 0,5 mg/ Nm3 3 mg/Nm3

HF 1 mg/ Nm3 0,1 mg/ Nm3 0,1 mg/ Nm3 0,1 mg/ Nm3 0,4 mg/Nm3

TOC 10 mg/ Nm3 0,3 mg/ Nm3 0,4 mg/ Nm3 0,3 mg/ Nm3 0,6 mg/Nm3

Dust 10 mg/ Nm3 0,2 mg/ Nm3 0,9 mg/ Nm3 0,2 mg/ Nm3 0,3 mg/Nm3

Cd + Tl 0,05 mg/ Nm3 0,001 mg/ Nm3 0,002 mg/ Nm3 0,001 mg/ Nm3

Metals 0,5 mg/ Nm3 0,03 mg/ Nm3 0,05 mg/ Nm3 0,003 mg/ Nm3

Hg 0,05 mg/ Nm3 0,005 mg/ Nm3 0,005 mg/ Nm3 0,0015 mg/ Nm3

PAH 0,01 mg/ Nm3 0,0001 mg/ Nm3 0,0003 mg/ Nm3 0,0001 mg/ Nm3

PCDD+PCDF 0,1 ng/ Nm3 0,012 ng/ Nm3 0,008 ng/ Nm3 0,023 ng/ Nm3

FLUE GAS TREATMENT PERFORMANCES

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EUROPEAN

PATE

NTED

GOALSHigher efficencyLower costsLower residual impact

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HEAT RECOVERY SYSTEM

• Elaborate materials and

thermals balance

• Verify the correct design of the

equipment

• Define the best configuration

of the steam/water cycle

• Optimize the overall efficiency

of the plant

IN HOUSE DESIGN WITH

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1. Multi Stage Dry Flue Gas Treatment (MSD)

European patent on 2017

2. ACC (Automatic Combustion Control)

European patent on 2016

3. Municipal Sludge Treatment System (Drying and Incineration)

Italian patent on 2012

4. Furnaces

Italian patent from 2011

5. Flue Gas Treatment ZEP (Zero Emission Process)

Italian patent from 2002

MAIN PATENTS

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Thanks for your attention

TM.E. S.p.A. - Termomeccanica EcologiaVia del Molo 1/B - 19126 La Spezia – ItalyTel. +39 0187 552.1 - Fax. +39 0187 552.215 E-mail: [email protected]: www.tme.termomeccanica.com

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