Lmitless Energy Global

Fiji’s waste crisis is urgent, driven by plastic pollution, weak enforcement, and outdated systems. Waste to energy offers transformative potential, but the proposed Vuda Point project raises serious environmental, regulatory, and social concerns.

Fiji is facing severe waste management pressures, and at the same time exploring large-scale waste to energy (WTE) solutions—most notably the controversial Vuda Point project. Below is a clear, structured overview of the current waste issues and the proposed WTE opportunities, grounded in the latest available reporting.

Fiji’s waste challenges are systemic, growing, and environmentally damaging.

High Waste Generation & Poor Disposal Practices
- Fiji produces ~200,000 tonnes of waste annually, much of which ends up in landfills or illegal dumpsites.
- Waste is frequently dumped on roadsides, vacant land, waterways, and public spaces due to weak enforcement and outdated laws.
Plastic Pollution Dominates
- Recent national waste audits show plastics make up nearly 80% of rubbish collected, highlighting major gaps in waste management before waste reaches the ocean.
Outdated Legislation & Weak Enforcement
- Fiji’s Litter Act (2008) has been described as too weak and outdated, failing to address modern waste streams such as electronics, solar panels, and industrial waste.
- Enforcement failures have persisted for decades, limiting the effectiveness of existing laws.
Marine Pollution & Environmental Threats
- • Marine litter is now one of the Pacific’s most urgent environmental concerns, threatening ecosystems and livelihoods.
Limited Waste Infrastructure
- Fiji relies heavily on landfills, many of which are nearing capacity.
- Hazardous waste streams (e waste, used oil, batteries) remain poorly managed
A balanced path forward requires:
- Strengthening waste laws and enforcement
- Expanding recycling and circular economy systems
- Improving hazardous waste management
- Considering smaller, scalable WTE solutions before committing to mega projects
- Ensuring transparent, community driven decision making

Limitless Energy Global is currently in detailed discussions with senior political and local government leaders regarding the introduction of a Kimiya 1 processing plant at Fijis major sewage treatment plant at Kinoya and Kimiya 3 plant at Fijis largest land fill site at Naboro in Suva. Discussions commenced in June 2025 with initial meetings with then Deputy Prime Minister Mano Kamikamica, Energy Fiji Limited and Water Authority Fiji.

Vietnam is under growing pressure from overflowing landfills, rapid urbanisation, and rising energy demand. Waste to energy (WtE) can help address all three—but only if it is integrated with national power planning, environmental regulation, and local waste management reform, especially source separation and collection. This proposal outlines:

Current policy and regulatory context
Key technical, financial, and social issues
Priority landfill and wastewater locations suitable for WtE
A phased roadmap for implementation and investment

Policy and regulatory context in Vietnam

1.1 Strategic frameworks
- National Strategy on Green Growth 2021–2030, vision 2050: Focus: Green energy, circular economy, and GHG reduction. WtE is recognised as a green energy option when it meets environmental standards and replaces uncontrolled landfilling.
- Renewable Energy Development Strategy to 2030, vision 2050: Focus: Increase share of renewables, including WtE, in the power mix; encourage private investment and technology transfer.
- Power Development Plan VIII (PDP8): Focus: Treats WtE as part of the broader renewable/new energy portfolio; WtE projects must be aligned with national and regional power planning and grid capacity.
1.2 Waste and environment legislation
- Law on Environmental Protection (LEP) 2020 and guiding decrees:
  - Mandates: Integrated solid waste management, promotion of modern treatment technologies, and stricter emission standards for incineration and WtE
  - Extended Producer Responsibility (EPR): Gradual push for better segregation and recycling, which indirectly improves WtE feedstock quality.
- Law on Investment 2020 and Law on Bidding 2023:
  - Relevance: Define procedures for selecting investors and procuring MSW treatment facilities. Overlaps and gaps in these laws are a major barrier to WtE bankability and timely project approval.
1.3 Incentives and support mechanisms
- Feed in tariffs / power purchase:
  - Historically, WtE has benefited from preferential tariffs and long term power purchase agreements (PPAs) with EVN, but tariff levels and mechanisms have been periodically revised, creating uncertainty.
  - Bankability depends on transparent, stable tariffs and sovereign backed offtake.
- Investment incentives:
  - Corporate income tax reductions, import duty exemptions for high tech equipment, and land lease incentives are available for environmental and renewable energy projects, including WtE, especially in priority provinces.

Current situation and key issues

2.1 Waste generation and treatment
- Municipal solid waste (MSW):
  - Vietnam generates roughly 67,000 tonnes of MSW per day; about 64–65% is landfilled, and only around 9–10% is treated with energy recovery.
  - Over 1,700 MSW treatment facilities exist nationwide, but only a small fraction are modern WtE plants; many are basic landfills or small incinerators.
- Landfill conditions:
  - More than 1,000 landfill sites exist; only about 30% meet sanitary standards. The rest are open or semi controlled dumps, causing leachate, odour, and air pollution problems.
2.2 Existing WtE projects
- Hanoi – Sóc Sơn WtE plant (Nam Sơn landfill area):
  - Approx. 4,000 t/day MSW treatment capacity and ~90 MW electricity generation.
  - Handles a large share of Hanoi’s waste and is a flagship project demonstrating large scale WtE.
- Hanoi – Seraphin WtE plant (Xuân Sơn area):
  - Designed for ~2,250 t/day and ~37.5 MW.
  - Together with Sóc Sơn, expected to significantly reduce landfilling in the capital.
- National pipeline:
  - Around 15 heat to electricity WtE projects have been planned or under construction, but only 3–5 are fully operational due to policy gaps, permitting delays, and financing challenges.
2.3 Core challenges
- Feedstock quality and segregation:
  - Limited source separation; high organic and moisture content; presence of hazardous and non combustible materials.
  - This reduces calorific value and increases pre treatment costs.
- Economic viability:
  - Landfilling costs about USD 20/tonne, while WtE can cost USD 40–50/tonne due to advanced technology and emission controls
  - Poorer provinces struggle to cover tipping fees or guarantee minimum waste volumes.
- Legal and procedural barriers:
  - Overlapping regulations on bidding, investment, and environmental approvals; lack of detailed guidance for WtE PPPs; slow land clearance and grid connection approvals.
- Environmental and social concerns:
  - Public worries about dioxins, furans, NOx, and VOC emissions; need for continuous monitoring and transparent reporting.
  - Risk of locking in incineration at the expense of recycling if policy is not carefully designed.

Limitless Energy Global is in early-stage discussions with government authorities regarding the introduction of a Kimiya 3 processing plant in Vietnam. There are several sites being considered. The Australian High commission is assisting.

Greece has major landfill issues both on the mainland and on its many islands.

Recommended Sites in Greece (Mainland + Populated Islands)

A. Mainland Priority Sites
These regions offer strong waste supply, grid access, and industrial zoning.
- Western Attica (Aspropyrgos / Elefsina) High waste density from Athens metro; ideal grid access.
- Thessaloniki Industrial Zone (Sindos) Strong industrial off takers and port access.
- Peloponnese Waste Hub (Tripoli) Centralized waste collection region with supportive municipalities.
B. Populated Island Priority Sites (High Waste + High Tourism)
These islands face severe landfill pressure, high seasonal waste spikes, and costly waste transport to the mainland. A 50 TPD facility is ideal for year round and peak season loads.

1. Crete (Heraklion Region)
- Largest Greek island; population >600,000
- High tourism waste (15M+ annual visitors)
- Strong grid and industrial infrastructure
- Reduces dependence on overburdened landfills
2. Rhodes
- Population ~125,000; major tourism hub
- Waste increases 3–4× in summer
- Limited landfill capacity; high transport costs
- Strong candidate for circular economy showcase
3. Corfu
- Population ~100,000; heavy seasonal tourism
- Chronic landfill issues (notably Temploni)
- Local government actively seeking sustainable waste solutions
4. Santorini
- Small but extremely high tourism density
- Waste generation per capita among highest in Greece
- Limited land availability makes waste to energy the most viable long term solution
5. Mykonos
- High value tourism economy
- Severe seasonal waste spikes
- Strong political will for green transition projects
These islands offer the strongest environmental, economic, and political justification for a WtE facility.

Limitless Energy Global is holding discussion with government and local municipal authorities and EU funding partners with the assistance of the Australian government.

News

Limitless Energy Pacific – Fiji

Limitless Energy – Vietnam

Limitless Energy – Greece