Energy Transition in Dutch Industry:

towards 50% CO2 reduction in 2030.

CO2 capture and utilization projects

Energy Team Bilfinger Tebodin

BILFINGER TEBODIN

Agenda

1. Dutch INDUSTRY & Energy Transition

Goals & Ambitions

Figures on Energy

2. Bilfinger Tebodin MISSION

Expertise on Energy Transition

3. What is in it for YOU

Solutions and Case studies

4. QUESTIONS

CO2 reduction Ambitions DUTCH Industry

Klimaatakkoord

FOCUS

Industry 14.3 Mton CO2

Electricity 20.2 Mton CO2

35 Mton CO2

Energy consumption Dutch Industry 2017

Energy 2017,

The Netherlands

PJ / yr

Households 429

Industry 1187 (40%)

Agriculture + greenhouses 136

Services 281

Transport 489

Total final energy consumption 2522

Conversion losses:

Refineries

Power plants

Gas – oil extraction

subtotal

174

336

48

558

Total (primary) Energy 3080

Energy Industry 2017 PJ / yr

1) Thermal Energy

(process heat + building heat) =>

waste heat @ low and medium temp. level

510

2) Electric Energy (pumps, compressors,

drying, refrigeration, tracing, lighting)

125

3) Non Energetic (oil, gas => fuels, plastic)

=> waste heat release

565

Total energy consumption 1200

Agenda

1. Dutch INDUSTRY & Energy Transition

Goals & Ambitions

Figures on Energy

2. Bilfinger Tebodin MISSION

Area’s of expertise

3. What is in it for YOU

Solutions and Case studies

4. QUESTIONS

WAT is de MISSIE van Bilfinger Tebodin

Sinds 1945……ONTWIKKELING der INDUSTRIE…..

Kennis en Expertise inzetten om

- Industrieel Nederland -

te Transformeren naar Slimmer omgaan

met energie en grondstoffen

Hoe kom je naar CO2 neutraal?

1. Transformeren naar 50% in 2030 en

2. vervolgens naar 90% CO2 neutraal in 2050

…in onze naam …

Strategy for Energy/CO2 reduction

YOUR start is a Masterplan:

Energy audits

With heat scans, air leakage inventories, steam trap replacement

program, setpoints and control philosophy.

Waste Heat Utilization

Inventory of useful waste heat and cold flows. Find matches in proces

streams. Start technical and financial feasibility in BuCa’s.

Use Sustainable alternatives

Try to find sustainable sources to heat/cool or electrify your plant.

Increase Fossil fuel efficiency

Optimize the use of fossil fueled proces units and utilities.

Further CO2 reduction

CCU

CCS

CO2 reduction

Agenda

1. Dutch INDUSTRY & Energy Transition

Goals & Ambitions

Figures on Energy

2. Bilfinger Tebodin MISSION

Area’s of expertise

3. What is in it for YOU

Solutions and Case studies

4. QUESTIONS

Recovery and utilisation CO2

For 90% CO2 neutral in 2050 we will need CCUS.

Current CO2 utilisation market:

1. Greenhouses

High number of consumers in fixed area’s,

Mostly run by CHP gas engines

Already project with CO2 from industry (WarmCO2, OCAP, etc.)

Export either in liquid form (road tanker) or gas pipelines

2. Food grade CO2 (ISPT norm) to sell on market

Smaller market, but demand is there

3. CO2 mineralisation

Demo plants running

CASE: Carbon Capture out of flue gas (CC-U)

Source: AVR duiven

PFD CCU

Utility Specific

Consumption

LP Steam 1,2-2 t/tCO2

Demin Water 8-10 l/tCO2

Cooling water 70-90 m3/tCO2

Instrument Air

E-Power 110-200 kW/tCO2

Storage and logisticsCompression, dry and filter

Quench

Flue gas line 1

Acid washer

MEA cycle Liquifaction + NH3 cooling

Absorber Stripper

Condensate

SteamBB-

Compressor ACFCO2

condenser

Proposition

Proposed users

▪ Waste incineration plants

▪ Biomass power plants. Green CO2

▪ Oil & Gas => capture and storage?

Optimisation

▪ Heat integration

▪ Cooling integration (CT’s + liquifaction)

▪ Low flue gas temperature

▪ Column length (purity)

▪ Column diameter (capacity)

▪ Oxygen content (staged burning)

▪ Advanced cycles (intercooling MEA)

Technology status

CO2 capture is on the shelf. Plant scale and integration is the

challenge.

▪ Amine based solvent for biogas to green gas (>15 yrs on

the market)

▪ High purity recovery from fermentation process (>20 yrs

on the market)

Monoethanolamine (MEA) for selective CO2 binding for

atmospheric flue gas (CO2) systems.

▪ Generic MEA (30%) from DOW / BASF is affordable.

▪ Advanced MEA systems such as BASF OASE Blue by

BASF/Linde on the market.

▪ 2e generation capture media under development.

Technology Supplier (turnkey)

=>GE / Hitachi / TPI / Union / Linde / ..

Agenda

1. Dutch INDUSTRY & Energy Transition

Goals & Ambitions

Figures on Energy

2. Bilfinger Tebodin MISSION

Area’s of expertise

3. What is in it for YOU

Solutions and Case studies

4. QUESTIONS

Contact Bilfinger Tebodin

René de Schutter

rene.de.schutter@bilfinger.com

m. +31650266634