Solutions CLEAN ENERGY TRANSITION . CARBON MANAGEMENT FOR INDUSTRY

BUILDING customized
SOLUTIONS FROM
TECHNOLOGY
'BLOCKS'

Solutions which balance a range of
considerations beyond technologies

Our building blocks

OUR SOLUTION
CONSIDERATIONS

  1. Energy Optimization
  2. Feedstock Alternatives
  3. Gas Composition & Conditioning
  4. Carbon Capture & Conversion Technology
  5. Scale & Economics
  6. Market Drivers
  7. Carbon Sequestration
  8. Hydrogen Generation & Utilization
  9. Alternate Energy Sources - Fuel Cells, Renewable Power

OUR STRATEGIC
CONSIDERATIONS

  1. Existing Assets
  2. Location Constraints
  3. Capital Availability
  4. Supply-Chain Considerations
  5. Transport Considerations
  6. Policy & Regulatory
  7. Financial Incentives
  8. Funding Opportunities
  9. Business Models & Strategic Partnerships

OUR EXPERTISE
AND DELIVERABLES

  1. Feasibility Studies
  2. Detailed Assessments
  3. Scenario Analysis
  4. Techno-Economics & Business Case Analysis
  5. CO2 Life Cycle Analysis
  6. Technology Evaluation
  7. Technology Licensing
  8. Pre-FEED and FEED
  9. Project Oversight and Implementation

Solution pathways tailored by industry to minimize carbon intensity while maximizing impact

Program development

Delivering value along our Customer's Clean energy transition journey

DISCOVERY
PHASE

  • Opportunity identification
  • Executive buy-in
  • Strategic decision making
  • Program initiation/launch

OPPORTUNITY
ASSESSMENT

  • Data analysis
  • Techno-economics
  • Feasibility study
  • Scenario modeling

DESIGN &
TECHNOLOGY SELECTION

  • Pre-FEED, FEED
  • Technology assessment
  • Vendor selection
  • Investor reach out

INSTALLATION &
COMMISSIONING

  • EPCM activities
  • Program execution
  • Plant commissioning
  • Monitoring & improvement

Solution considerations

Dastur Energy focuses on tackling the real enemy, i.e. carbon dioxide emissions. However, to deliver impact at the scale the industrial challenge requires demands a diversified approach, combining multiple technologies and levers to build bespoke solutions that are viable for each customer’s particular circumstances.

Technologies guide

INDUSTRIAL CARBON CAPTURE, UTILIZATION & STORAGE

This is the process of capturing CO2 emissions directly from industrial processes and either a) converting them into more valuable materials or products that can be used in other industrial processes, such as chemicals, plastics or concrete (utilization), or b) transporting it to a permanent geological storage solution deep underground. It is considered to be the only scalable pathway for industries such as Power, Steel, Cement, Oil & Gas, Fertilizer and Petrochemicals to a cleaner future.

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CARBON CONVERSION TO VALUE

We enable our clients in their energy transition journey by selecting the most appropriate scale and portfolio of CO2 to marketable value-added products. From the chosen pathway we design, architect and provide the technologies to convert waste CO2 into products such as: chemicals, fuels, construction materials, new materials, agricultural & industrial products. Our solution pathways enable clients to produce carbon-abated products giving them a competitive advantage in their energy transition journeys.

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CLEAN HYDROGEN

By utilizing our gas processing and gas conditioning IP, process and engineering knowledge we are helping our clients to cost-competitively participate in the clean hydrogen value chain. Clean hydrogen will be a key pillar of the net-zero future and play a significant role in decarbonizing several key sectors, such as petroleum refining, chemicals & fertilizers, as well as emerging areas like baseload power generation, steel production and heavy-duty long-haul transport.

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ENERGY STORAGE

Energy storage allows our clients to keep generating “clean power” through renewable resources and prevents any of it going to waste. Storing and using this energy means that clients can build a wealth of round the clock ‘clean power’ and rely less on energy sourced from fossil fuels. This will have a significant impact on their journey towards net-zero.

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FUEL CELLS

Fuel cells are easily adaptable to match output with demand making them suitable for a variety of applications. Dastur Energy is helping clients across the world by providing technology solutions to clients looking for the most energy efficient, competitively priced, low maintenance fuel source available. Our fuel cell technology delivers clean energy with zero emissions whilst maintaining a continual charge makes them a very desirable asset for clients on their journey towards net-zero.

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GASIFICATION

Gasification provides a pathway to cost-effectively decarbonize the industrial, power, fertilizer, and chemical sectors. Gasification is a process that converts any carbon-based raw material into a gas known as Syngas, which is a mixture of CO, CO2 and H2. Syngas produced from gasification can be used in various applications, including – Power generation, Chemical synthesis, Hydrogen production, Liquid Fuel production. Dastur Energy is helping clients across the world by designing integrated and business-driven gasification-based solutions with integrated, cost-effective carbon capture.

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