Biomass power plant EPC advisory and biomass power plant feasibility study services: fuel-supply assessment, boiler-selection guidance and owner's-representative work for straw-fired, wood-chip-fired and waste-to-energy plants, from a biomass construction expert grounded in a Danish energy-engineering career across waste-to-energy and biomass boiler plants. Advisory only, not construction.
A feasibility study for a biomass or waste-to-energy plant exists to answer one question before serious capital moves: will the fuel actually be there, in the quantity and quality the plant needs, for the life of the asset — and does everything downstream of that fuel supply (the boiler, the permits, the offtake) actually pencil against it. That means quantifying the available feedstock within an economic transport radius, not just the number a landowner or agricultural cooperative quotes on the phone; checking seasonal and year-to-year variability in supply, since a plant sized for a good harvest year starves in a bad one; and screening the emissions and permitting pathway early, because an air-permit condition discovered after equipment is ordered is one of the most expensive mistakes a biomass project can make.
The study also has to size the site itself for the fuel it's committing to — fuel storage acreage, covered versus open storage, ash handling and disposal, and water availability for cooling if the plant includes one — and put an order-of-magnitude capital-cost range and offtake structure (a power purchase agreement, a heat customer, or both) in front of the sponsor before EPC bidding starts. Skipping any one of these pieces doesn't make the project cheaper; it just moves the discovery of the problem to a point where it's far more expensive to fix.
Straw and wood chip are both biomass, but they do not behave the same way in a boiler, and a fuel-supply assessment has to drive the boiler selection rather than the other way around. Straw carries meaningfully higher chlorine, silica, and alkali content than wood chip, which pushes toward slagging and fouling on boiler surfaces and accelerated high-temperature corrosion on superheater tubing if the boiler design and grate technology aren't chosen with straw specifically in mind. Wood chip is comparatively forgiving of standard grate and combustion technology, but its moisture content swings widely with harvest timing, storage method, and species mix, and that moisture swing has to be designed for in the combustion and drying system, not discovered after commissioning.
Getting the fuel-to-boiler match right is the single decision that most determines whether a plant runs at its rated output for twenty-plus years or spends its life fighting unplanned outages, tube failures, and derated capacity. That's the judgment a fuel-supply assessment and boiler-selection review exist to bring to the table before a boiler is specified, not after.
Waste-to-energy consultants earn their fee before a shovel ever moves — pressure-testing the waste-stream and fuel-supply assumptions a sponsor is about to bet capital on, screening the permitting and emissions pathway early enough to still change course cheaply, and reading an EPC contractor's bid the way the EPC contractor itself would read it. That is advisory and owner's-representative work, not construction, and it sits upstream of every decision described on this page: the feasibility study, the boiler-selection review, and the EPC bid comparison.
On this site that role runs through a Danish energy-engineering career across waste-to-energy and biomass boiler plants, and years spent selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland) — feedstock, boiler, and EPC-bid experience earned from the sales side of the same transaction a sponsor is now navigating from the buy side — paired with an active Florida Certified General Contractor license (CGC1528750) for the permitting and construction-side judgment an owner's representative needs once a project moves toward EPC.
A developer or municipality evaluating a biomass or waste-to-energy plant is usually not staffed to read an EPC contractor's bid the way the EPC contractor itself would read it — an owner's-representative engagement puts that same reading ability on the owner's side of the table. During permitting, that means tracking the air-permit and environmental-review timeline against the project schedule, flagging where a jurisdiction's requirements diverge from what the fuel-supply and boiler-selection work assumed, and making sure the permit application reflects the actual fuel and combustion technology rather than a placeholder spec from an early study.
During EPC contractor selection, the work is comparing bids for what's actually included — boiler warranty terms, fuel-handling and ash-handling scope, performance guarantees tied to the specific fuel (not a generic biomass spec), and the commissioning and performance-test protocol that determines when the plant is deemed to have met contract — against what's quietly excluded or assumed. That review is worth the most before a contract is signed, when a gap is still cheap to negotiate rather than expensive to litigate.
A sponsor who searches for a biomass construction expert or a biomass power plant EPC firm is usually looking for someone to trust with a very large decision. The honest answer here is a specific role: the expert on the owner's side, not the contractor. The work is to help a developer, cooperative or municipality understand what a biomass plant needs from its fuel, boiler, site and permits, and then to read the EPC contractor's proposal the way the EPC contractor would.
In practice that means checking that the boiler and fuel-handling scope match the fuel actually available, that performance guarantees are tied to that fuel, that ash handling and commissioning are in the contract rather than assumed, and that the schedule and permit path agree with each other. A Danish energy career across biomass and waste-to-energy boiler plants supplies the plant-side understanding; an active Florida Certified General Contractor license (CGC1528750) supplies the permitting and construction-risk eye. Randolph Scott Bell has not built a biomass power plant, and does not offer to: the offer is consulting, feasibility, owner's-representative and EPC advisory. See also waste to energy project consultants and owner's-representative services.
Randolph Scott Bell holds a B.Sc. in Engineering from Aalborg University, Denmark, and built a Danish energy career across waste-to-energy and biomass boiler plants, heat-pump and ventilation product development, and insulation equipment before selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland) — a role built entirely on understanding what a plant sponsor actually needs to evaluate before committing capital to a boiler and an EPC contract.
That background now sits alongside two credentials earned since returning to Florida: RESNET Certified HERS Rater (RTIN 4516301) and LEED Accredited Professional, plus an active Florida Certified General Contractor license (CGC1528750). The combination is what this offer rests on: energy-systems engineering judgment from a Danish industrial career, a licensed contractor's eye for permitting and construction-side risk, and no claim beyond what that combination actually supports.
The biomass power plant feasibility study services and EPC-contractor advisory work described above are not offered on background alone. Cogeneration (CHP) development work for a brewery is documented in the owner's own archive, and the client is not named. The same sizing discipline carries over to biomass: start from the real load and the real fuel, then select equipment.
The generation side of that CHP work centred on a Jenbacher (GE/INNIO) unit — a reciprocating gas engine, not a gas turbine, the distinction a plant engineer checks first. Its recovered heat warms the vats (the brewing and distilling vessels) instead of being rejected to the sky. For that offer in full, see CHP and cogeneration feasibility for breweries and distilleries.
This is what a biomass power plant EPC contractor advisory or feasibility-study engagement actually rests on here — site-specific load data, equipment carried down to the inverter and racking selection, and the fuel-to-heat-recovery logic that determines whether a CHP or biomass project pencils before capital moves. The documented work was development and equipment selection, not a built plant.
Every project starts from a different point — some sponsors need a feasibility study from a standing start, others already have a fuel-supply agreement in hand and need boiler-selection guidance, and others are past feasibility entirely and need an owner's representative through permitting and EPC bidding. Call to discuss where your project stands and what level of engagement it actually needs; there's no fixed-price package here, because a feasibility study and a multi-year owner's-representative engagement through commissioning are not the same scope of work.
Feasibility, fuel supply, boiler selection, or owner's-representative work through permitting and EPC selection — call and describe where the project stands.
It quantifies available feedstock within an economic transport radius, checks seasonal and year-to-year supply variability, screens the emissions and permitting pathway early, sizes the site for fuel storage and ash handling, and puts an order-of-magnitude capital-cost range and offtake structure in front of the sponsor before EPC bidding starts.
Straw carries higher chlorine, silica, and alkali content than wood chip, pushing toward slagging-tolerant grate design and corrosion-resistant superheater materials. Wood chip is more forgiving of standard combustion technology, but its moisture content swings with harvest timing and storage, and that swing has to be designed into the drying and combustion-air system from the start.
Tracks the air-permit and environmental-review timeline against the project schedule, flags where a jurisdiction's requirements diverge from what the fuel-supply and boiler-selection work assumed, and makes sure the permit application reflects the actual fuel and combustion technology rather than a placeholder specification from an early study.
Compares EPC bids for what's actually included — boiler warranty terms, fuel- and ash-handling scope, performance guarantees tied to the specific fuel rather than a generic biomass spec, and the commissioning and performance-test protocol — against what's quietly excluded or assumed, before the contract is signed.
No. This is consulting, owner's-representative, feasibility, and EPC-advisory work, grounded in a Danish energy-engineering career and years spent selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland). It is not a construction or EPC-execution offer.
A B.Sc. in Engineering from Aalborg University, Denmark, followed by a Danish energy career across waste-to-energy and biomass boiler plants, heat-pump and ventilation product development, and insulation equipment, before selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland).
RESNET Certified HERS Rater (RTIN 4516301) and LEED Accredited Professional status reflect a working discipline of measuring energy performance rather than guessing at it — the same discipline a fuel-supply and boiler-selection review applies at plant scale, now combined with an active Florida Certified General Contractor license (CGC1528750) for the permitting and construction-side judgment an owner's representative needs.
It is grounded in a Danish energy career across waste-to-energy and biomass boiler plants, and in years spent selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland) — real feedstock, boiler, and EPC-bid experience, not a general consulting background applied to power plants for the first time. That is combined with an active Florida Certified General Contractor license (CGC1528750) for the permitting and construction-side judgment a biomass power plant EPC contractor advisory or feasibility study engagement needs.
Yes. Straw-fired plants carry fuel-chemistry challenges — chlorine, silica, and alkali content — that a fuel-supply assessment and boiler-selection review need to address specifically, rather than treating straw as interchangeable with wood chip.
Yes. A municipality weighing a waste-to-energy facility against its solid-waste stream needs the same independent, engineering-trained feasibility read as a private developer, often ahead of a bond issue or procurement process where elected boards and staff want a second opinion before committing public funds.
Feasibility and owner's-representative consulting is available for projects in Florida and elsewhere in the United States. The Florida Certified General Contractor license (CGC1528750) is a state certification, and the underlying feasibility, fuel-supply, and boiler-selection expertise is engineering judgment that isn't tied to a single jurisdiction.
It depends entirely on scope — a feasibility study, a boiler-selection review, and a multi-year owner's-representative engagement through permitting and commissioning are different commitments. Call (561) 779-3213 to discuss the project and get a straight read on what it would take.
Waste-to-energy consultants sit alongside the EPC contractor and the sponsor's own staff to pressure-test the waste-stream and fuel-supply assumptions, the permitting pathway, and the boiler and technology selection before capital commits — the same feasibility and owner's-representative work described above. On this site that role is filled by an engineer with a Danish energy career across waste-to-energy and biomass boiler plants, including years spent selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland), now paired with an active Florida Certified General Contractor license (CGC1528750).
A biomass construction expert has to answer two questions most consultants can only answer one of: how a biomass power plant should be engineered and fueled, and how it actually gets permitted and built in the field. That combination is why this offer rests on both a Danish energy career across waste-to-energy and biomass boiler plants — including years spent selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland) — and an active Florida Certified General Contractor license (CGC1528750), rather than either credential alone.
The same feasibility fundamentals described above — quantified feedstock supply, seasonal and year-to-year variability, the emissions and permitting pathway, and site sizing for fuel storage and ash handling — read from the perspective of someone who spent years selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland) and understands what an EPC contractor's bid does and doesn't disclose.
No. This is consulting, feasibility, and owner's-representative work — reviewing an EPC contractor's bid and scope on the sponsor's behalf — not a construction or EPC-execution offer. Randolph Scott Bell has not personally built a biomass or waste-to-energy power plant.
On this page, that background is a Danish energy career across waste-to-energy and biomass boiler plants and years spent selling waste-to-energy power plants worldwide for Babcock & Wilcox (Poland) — seeing the sales side of an EPC bid before now reading it from the sponsor's side — combined with an active Florida Certified General Contractor license (CGC1528750) for the permitting and construction judgment that carries a project from feasibility through EPC selection.
A biomass construction expert working for the owner reviews fuel supply, boiler selection, permitting and the EPC contractor's proposal on the sponsor's behalf. The role is advisory: it protects the owner's interests before and during procurement and does not build the plant.
It is independent advice to the sponsor on engineering, procurement and construction contracting for a biomass plant: what the scope should include, how guarantees should be tied to the actual fuel, and how competing EPC proposals compare. The advisor is not the EPC contractor and takes no part in the construction.
No. The offer is advisory: feasibility, fuel-supply and boiler-selection review, and owner's-representative support while an owner evaluates turnkey EPC proposals from the contractors who would build the plant. Advice on the owner's side of the table is kept separate from building. See also the construction consultant guide at /consulting/construction-consultant-palm-beach-county/.