May 21
Learn how photobioreactors use microalgae to capture CO₂, clean air, produce oxygen, and support sustainable carbon capture solutions.
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Learn how photobioreactors use microalgae to capture CO₂, clean air, produce oxygen, and support sustainable carbon capture solutions.
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Latest power sector tenders in India
Latest power sector tenders took a harder structural turn after NTPC issued the Simhadri CO2 capture balance-of-plant package with a Rs 5 crore emd and a bundled EPC-plus-O&M scope. The tender is calibrated to screen bidders on liquidity, scale, and execution credibility before competitive pricing even begins.
The Rs 5 crore bid security is paired with a strict non-responsiveness clause for any deviation. This converts capital availability into a gating variable. Bidders must lock cash upfront with no assurance of clearing the technical stage. The structure favours large EPCs with treasury depth and penalises firms that rely on bid-cycle capital recycling.
Scope architecture redefines accountability. The contract integrates engineering, supply, construction, commissioning, performance testing, and two years of O&M. This embeds early-life reliability risk into the construction price. Any design shortcut or integration fragility rebounds on the contractor during its own operations window.
The package supports one 25 TPD unit and two 325 TPD units. This mixed scale tests standardisation across divergent operating envelopes. Utilities oversized for the pilot risk inefficiency, while pilot-optimised utilities may constrain the larger trains. Integration risk is deliberately loaded onto bidders.
Technical qualification requires Rs 252 crore of executed EPC work. Financial thresholds demand Rs 201 crore of average turnover and positive net worth. Only Class-I local suppliers are eligible.
For Latest power sector tenders, Simhadri shows how carbon capture is being procured as full-risk infrastructure, a trend now visible in Indian Power news and Power sector reforms, NTPC, CO2 Capture, EPC Contracts, Power Sector, India Energy.
Full verified coverage is available on EnergylineIndia.com.
Thermal power plant tenders
NTPC’s tender for CO₂-capture balance-of-plant systems at its Simhadri station involves five rounds of technical scrutiny — an unusual move even among complex thermal power plant tenders. The package spans auxiliary utilities, steam extraction, solvent circuits, and electrical tie-ins without defined KPIs or performance guarantees, pushing most operational risk to contractors.
This opaque evaluation cycle could shape how thermal power plant tenders evolve in the carbon-capture era — blending conventional EPC frameworks with cleantech uncertainties. Missing standards for efficiency, chemistry, and testing may widen bid spreads but will also refine NTPC’s evaluation rigor for future decarbonization projects.Comprehensive insights into next-generation thermal power plant tenders are available on EnergylineIndia.com, Thermal Power Plant Tenders, Energyline India, NTPC, Simhadri, CO2 Capture, Clean Thermal, Power Sector India, Decarbonisation, Infrastructure Energy, Carbon Management.
CO₂ Capture Retrofit
Explore the life cycle assessment of retrofitting coal and natural gas power plants with innovative CO₂ capture technology, highlighting environmental benefits, energy efficiency, and sustainable pathways for reducing greenhouse gas emissions.
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Elaboration of Biostimulants. Co2 capture and nutrients recycling from biogas plants.
Very interesting European funded project. Once proven to operate flawlessly would be interesting to set-up the whole process in a a modular design allowing effective and efficient implementation everywhere.
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Vrijdag 7 mei – ClimateCleanup is niet de enige club die de relatie tussen natuurherstel, CO2 opslag en nog veel andere ‘multi potent’ effecten ziet. Zo is er ook Natural Climate Solutions. Het verhaal en de oplossingen zijn prachtig.
First-ever 'negative emissions' power plant goes online
First-ever ‘negative emissions’ power plant goes online
Unfortunately, it’s no longer enough to cut CO2 emissions to avoid further global temperature increases. We need to remove some of the CO2 that’s already there. Thankfully, that reversal is one step closer to becoming reality. Climeworks and Reykjavik Energy have started running the first power plant confirmed to produce “negative emissions” — that is, it’s removing more CO2 than it puts out. The…
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A nearly complete decarbonisation of the power sector is essential to meet the European Union target for greenhouse gas emissions reduction. Carbon capture and storage technologies have been...
A nearly complete decarbonisation of the power sector is essential to meet the European Union target for greenhouse gas emissions reduction. Carbon capture and storage technologies have been identified as a key measure in reducing the carbon-intensity of the power sector. However, no cost-effective technology has yet been developed on a commercial scale, which is mostly due to high capital cost. Moreover, the mature technologies, such as amine scrubbing or oxy-combustion technologies, impose a high projected efficiency penalty (8–12.5% points) upon integration to the power plant. The calcium looping process, which is currently being tested experimentally in bench- and pilot-scale plants worldwide, is regarded as a promising alternative to the chemical solvent scrubbing approach, as it leads to the projected efficiency penalty of 6–8% points. The calcium looping concept has been developing rapidly due to the introduction of new test facilities, new correlations for process modelling, and process configurations for improved performance. The first part of this review provides an overview of the bench- and pilot- plant test facilities available worldwide. The focus is put on summarising the characteristics and operating conditions of the test facilities, as well as extracting the key experimental findings. Additionally, the experimental data suitable for validation or verification of the process models are presented. In the second part, the approaches to the carbonator and the calciner reactor modelling are summarised and classified in five model complexity levels. Moreover, the models limitations are assessed and the needs for modelling baselines for further process analyses are identified. Finally, in the third part the approaches for the integration of the calcium looping to the power generation systems and for the improvement of the process performance are identified and evaluated. This review indicates that the calcium looping integration resulted in the projected efficiency penalty of 2.6–7.9% points for the coal-fired power plants and 9.1–11.4% points for the combined-cycle power plants. Also, it was found that calcium looping process can be used to develop a novel high-efficiency (46.7%LHV) coal-fired power generation systems, making this technology even more promising compared to the other CO2 capture technologies.