For islands and tourism destinations, waste is rarely just a disposal issue. It is tied to land availability, transport, imported resources, local infrastructure and the visitor economy. In the right circumstances, energy-from-waste can form part of a wider circular infrastructure strategy — but only when the local evidence supports it.
EKO19 does not start by assuming waste-to-energy is the answer. We start by understanding the waste system and the place.
Why waste can become a strategic issue for tourism destinations
Tourism concentrates people, food, packaging, services and commercial activity into places that may already have limited waste infrastructure.
Hotels, restaurants, airports, ports, public facilities and local communities can all contribute to the same system. In an island or remote destination, the options for moving residual waste elsewhere may be constrained by cost, logistics, land or regulation.
At the same time, many of those destinations are also managing energy security, imported fuels, grid constraints and the cost of operating essential infrastructure.
That combination is why waste deserves to be considered as part of the wider destination system rather than as a standalone back-of-house issue.
Waste-to-energy is not one technology
The phrase “waste-to-energy” covers a range of processes and should not be treated as a single product category.
Different systems may use different thermal, biological or fuel-preparation routes. Their suitability depends on the type and consistency of the available material, moisture content, contaminants, operating scale, emissions requirements, local regulation, the form of useful energy required and the economics of the complete system.
That matters because a technology that is appropriate for one feedstock may be unsuitable for another.
The first question is therefore not “Which waste-to-energy plant should we buy?”
It is “What material actually exists, in what quantity and quality, and what is the most valuable compliant route for it?”
That is the same place-first principle EKO19 applies to energy optimisation, solar and storage.
Start with the waste hierarchy, not the energy output
Resource recovery should not become an excuse to ignore prevention, reuse or recycling.
Where material can reasonably be avoided, reused or recycled, those routes should be considered within the overall waste strategy. Energy recovery is generally most relevant to residual streams that remain after higher-value routes have been addressed and where a compliant recovery solution makes technical and commercial sense.
For tourism operators, this means looking at procurement, food waste, packaging, segregation and local recycling capability before assuming the entire waste stream should be used as fuel.
A stronger circular strategy asks how to reduce waste first, recover higher-value materials where possible and then assess what role energy-from-waste can play for the remaining material.
Why islands can have a different infrastructure case
Island destinations can make the waste question more visible because several constraints exist in one place.
Landfill space may be limited. Shipping residual waste can create cost and dependency. Recycling markets may be distant. Imported fuels can expose the destination to external pricing and logistics. Tourism demand may vary by season, changing both waste volumes and energy loads.
None of those factors automatically makes waste-to-energy viable.
But together they can justify a serious feasibility study.
The commercial case must still account for collection, sorting, preprocessing, plant operation, maintenance, permitting, emissions controls, residues, energy offtake and the realistic value of avoided disposal or purchased energy.
If those pieces do not work, the project does not work.
The value depends on what energy the destination can actually use
A waste-derived energy system is only useful if its output has a credible use.
That could include process heat, steam, hot water, electricity or a combination, depending on the technology and site architecture. Hotels and resorts can have substantial thermal loads, but those loads vary by property and season. Electricity demand may also vary across the day and year.
The right design therefore connects the waste model to the energy model.
A plant should not be sized only around how much waste is available. It should also consider how the useful energy can be consumed, stored, distributed or exported.
This is one reason EKO19 looks at waste alongside battery storage, renewable generation and wider destination demand rather than in isolation.
One hotel rarely creates the full destination opportunity
At individual property level, some waste streams may be too small or inconsistent to support a dedicated energy-recovery project.
At destination scale, the picture can change.
Several hotels, restaurants, public facilities and commercial operators may collectively create a more consistent residual stream. Shared infrastructure can then become a question for the destination rather than for one hotel owner.
That does not mean aggregation is easy. Contracts, collection logistics, ownership, land, planning, permitting and governance all become important.
But it is exactly the kind of problem that benefits from destination-level thinking.
Optimise the individual site. Understand the portfolio. Investigate the shared infrastructure that no single operator can solve alone.
Permitting and emissions controls are fundamental
Any energy-from-waste project has to be considered within the local environmental and regulatory framework.
The relevant requirements vary by jurisdiction and technology, but can include planning, environmental permits, emissions limits, waste classification, transport rules, ash or residue handling, monitoring and reporting.
These are not details to address after equipment has been selected. They are part of feasibility from the beginning.
EKO19's approach is therefore to treat technology selection, feedstock analysis, energy demand, permitting and commercial structure as connected workstreams.
A technically capable plant without a permit pathway is not a project.
A permitted plant without reliable feedstock is not a project.
A plant with both but no valuable energy use may still be a poor investment.
Waste-to-energy should sit inside a wider circular infrastructure strategy
The strongest destination strategies do not ask waste-to-energy to solve everything.
They combine demand reduction, renewable generation, storage, resource recovery, water strategy and operational optimisation in the sequence that fits the place.
For some destinations, waste-to-energy may be central. For others, it may be a smaller residual-waste solution. In some cases, it may not be appropriate at all.
That is why technology-agnostic planning matters.
The objective is not to sell a waste plant. The objective is to create a better-performing place.
FAQ
What is waste-to-energy?
Waste-to-energy is a broad term for processes that recover useful energy from suitable waste or residual materials. The output can be heat, steam, electricity or fuel, depending on the technology and the feedstock.
Is waste-to-energy suitable for every island?
No. Suitability depends on waste quantity and quality, regulation, land, collection systems, energy demand, project scale, emissions controls and economics. Some islands will have a strong case; others will not.
Does waste-to-energy replace recycling?
It should not. A sensible resource strategy considers prevention, reuse and recycling first, then assesses whether energy recovery is appropriate for residual materials that remain.
Why can tourism destinations benefit from shared waste infrastructure?
Several hotels and commercial operators may collectively create a larger and more consistent residual stream than any one property. Shared infrastructure can sometimes improve project scale, but it also requires clear logistics, governance and permitting.
What data is needed before assessing a waste-to-energy project?
Useful inputs include waste volumes, composition, moisture, seasonality, existing disposal routes and costs, collection logistics, available land, local permits, energy demand and the potential use or value of the recovered energy.
How does EKO19 approach waste-to-energy?
EKO19 begins with the place, the feedstock and the energy requirement. We assess whether recovery fits the wider infrastructure strategy and only then move toward technology selection and detailed feasibility.