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Bioethanol
Feasibility, process design, and engineering for molasses- and starch-based bioethanol plants, including utilities, layout, and emission management.
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We deliver feasibility, process and engineering design, and independent assessment across bioethanol, biodiesel, biogas and biomethane, sustainable aviation fuel, and CCUS, helping clients turn energy-transition ambition into bankable, buildable projects.
Independent, technology-agnostic engineering and advisory across biofuels, biogas, and decarbonisation, grounded in two decades of renewable-energy experience.
Feasibility, process design, and engineering for molasses- and starch-based bioethanol plants, including utilities, layout, and emission management.
Feasibility and engineering for biodiesel and FAME plants, from capacity planning to process and utility design.
Feasibility, technology selection, and assessment for biogas and biomethane projects, including POME-to-biomethane potential surveys and grid-injection studies.
Technology selection and pre-feasibility for SAF pathways, evaluating feedstock, conversion routes, and project economics.
CO2 capture, liquefaction integration, and emission-management planning to support decarbonisation and the energy transition.
Roadmaps, technology screening, and feasibility for renewable-energy and low-carbon investment decisions.
A staged approach that builds technical confidence at each step, with deliverables matched to the maturity of the project.
Technology & Configuration Selection
Feasibility Study (IRR, NPV, payback)
Sustainability & Emission Screening
Process Design Package (PFD, P&ID)
Plant Layout & Utility Configuration
Equipment List & Cost Estimate
Independent Technical Review
Decarbonisation & CCUS Plan
FEED-Readiness & Investment Support
Our designs reflect how plants actually run, validated against facilities we have built and operated.
Deep experience across biofuels, biogas, and the low-carbon transition in Indonesia and the region.
We assess and select technologies on the merits, with no allegiance to any single licensor or vendor.
Chosen by Pertamina NRE, INPEX, and Sucofindo for feasibility, engineering, and assessment work.
Turning low-carbon ambition into bankable, buildable projects.
Feasibility for a 100 KLPD molasses-based bioethanol plant: process design, utility configuration, and plant layout; biogas, dual-fuel boiler, and CO2 liquefaction integration; piping and pipeline design and emission-management planning. Set the technical basis for Pertamina NRE's FEED stage.
Feasibility and engineering for a 1,500 TPD biodiesel plant, covering capacity planning, process and utility design, and project economics.
Resource and potential assessment for converting palm-oil-mill effluent (POME) to biomethane, evaluating yield, technology options, and grid-injection feasibility.
Technology selection and pre-feasibility for a sustainable aviation fuel pathway, evaluating feedstock, conversion routes, and economics.
Engagement details are presented at a level consistent with our confidentiality obligations. A fuller credential statement is available on request.