PESPacific Environmental Solutions
Sunset over a calm Pacific shoreline with a large tree in silhouette
PES logoPES

Pacific island communities

Pacific Environmental Solutions

Turning waste into power, water and resilience

Circular systems purpose-built for Pacific island communities, scaling from a single village or remote island to towns and cities.

Photo: [hero photo credit]

About PES

A Pacific developer for Pacific infrastructure

Pacific Environmental Solutions is the project owner and developer for community circular systems in the South Pacific. Bright Sand Canada is our technology and engineering partner.

PES is organised as a group, with a national company in each nation it works in. Each national company is jointly owned by PES and local owners.

PESPacific Environmental SolutionsTechnology partnerBright Sand Canada, applied research and development
Hillside town above a bay with ships at anchor
Island town and harbour. [location and photo credit]

The challenge

Three linked pressures on every island

Each one weighs on communities and public budgets, and each can be eased by treating waste as a local resource.

Imported diesel for power

Many island grids depend heavily on imported diesel and other liquid fuels, which leaves power supply and prices exposed to long shipping routes and global fuel markets.1

Limited landfill space

Landfills need land, and on many islands suitable land is hard to find: space is limited and much of it is held under customary ownership.2

Freshwater stress

Many communities rely on rainwater and thin groundwater, which drought, saltwater intrusion and contamination can quickly put under pressure.3

  1. International Finance Corporation (World Bank Group), Powering the Pacific: A Guide to Investing in Renewable Electricity Generation in the Pacific (2021). ↩
  2. Asian Development Bank, Solid Waste Management in the Pacific: Appropriate Technologies (2014). ↩
  3. SOPAC for the United Nations Environment Programme, Harvesting the Heavens: Guidelines for Rainwater Harvesting in Pacific Island Countries (2004). ↩
1CollectLandfill, MSW, plastics, tyres2Sort and loadRecycling out, feed in3ConvertRotary kiln, tyre pyrolysis4RecoverGas cleaning, carbon, oil5Power and waterFuel cells, solar, desal.6CommunityGrid, water, charging, jobsCircularwaste in,power and water out

The circular system

Waste stays on the island and comes back as power and water

Every PES hub runs the same loop. Waste is collected, sorted and converted on-island, and what comes out goes straight back to the community.

  • Collect from landfills, households, businesses and the shoreline.
  • Convert it with a rotary kiln and tyre pyrolysis.
  • Return electricity, fresh water and carbon products to the island.
  • Repeat, with clean power and BESS units charging the electric fleet that brings in the next load.

Built to scale

One design that scales with the community

Every PES system is built from the same modules. A village starts with one; a remote island, a town or a city adds more as needs grow, without changing the design, the training or the spare parts.

  1. 1

    Village

    A single community

    • Village collection points and scheduled pickup
    • Solar with a BESS unit for charging and emergency backup
    • Waste taken to the nearest PES hub
  2. 2

    Remote island

    Off-grid or a small grid

    • A compact hub that runs on the island itself
    • Solar, storage and desalination sized to the island
    • AI-assisted operation for a small local team
  3. 3

    Town

    A provincial or outer-island centre

    • Full hub: rotary kiln, tyre pyrolysis and gas cleaning
    • Landfill takeover and an electric collection fleet
    • Power to the town grid and fresh water
  4. 4

    City

    A capital or main urban centre

    • More processing lines on the same design
    • Fuel-cell tri-generation and grid support
    • City-wide collection and landfill recovery
Start where the need is

Begin with a single village or island and grow from there.

Add modules, not new plants

Capacity grows in steps that match the waste and power the community actually has.

One network

Villages feed island hubs, and island hubs link to town and city systems.

Our approach

Three principles behind every PES system

Purpose-built, built to scale

Each system is designed around the community's own waste, energy and water needs, from a village to a city. It is phased and sized for real local tonnage, so it can be run and maintained locally.

Waste becomes resilience

One hub takes in community waste and produces power and heat. It can drive desalination alongside solar and storage, easing pressure on landfill, diesel imports and freshwater at the same time.

Proven partners, accountable structure

PES holds exclusive South Pacific rights and works with Bright Sand Canada, whose patented carbon technology was developed in Windsor, Ontario. Financing is framed for ADB, GCF and bilateral donors.

Our model

One group, a national company in each nation

Local ownership keeps each system rooted in the community it serves, while the group brings the technology partnership and project development to every nation.

PES GroupExclusive South Pacific rightsTechnology partnerBright Sand CanadaPESSolomon Is.PESVanuatuPESNauruPESKiribatiPESTuvaluPESSamoaPESTongaLocal owners in each nation: every national company is jointly owned with PES

The system

From collection to clean power and fresh water

PES takes over landfill and municipal waste operations, starts recovering what is already buried, and runs collection with an electric fleet. Every stream is processed through Bright Sand waste-to-energy systems, sized for each community.

  1. Step 1

    Collect

    PES-operated

    • Landfill takeover and recovery of buried waste
    • Municipal waste collection
    • Plastics and tyre pickup
    • Electric collection trucks
  2. Step 2

    Receive and load

    Front end

    • Weighing and tipping floor
    • Metals and glass sorted out for recycling
    • Shredding and automated feed
  3. Step 3

    Convert

    Thermal processing

    • AI-operated rotary kiln
    • Tyre pyrolysis line
  4. Step 4

    Clean and recover

    Downstream

    • Gas cleaning and conditioning
    • Carbon and oil recovery
  5. Step 5

    Generate

    Tri-generation

    • Solid oxide fuel cells make power and heat
    • Waste heat drives desalination
  6. Step 6

    Deliver

    To the community

    • Electricity to the island grid
    • Fresh water
    • Carbon products using Bright Sand Canada's patented carbon technology
    • Less waste in landfill

Solar and battery storage in the same package

Solar runs alongside the waste-to-energy hub. Battery energy storage system (BESS) units do double duty.

Fleet charging

BESS units charge the electric collection trucks day to day.

Emergency backup

When a cyclone or outage hits, the same units keep essential services running.

A steadier grid

Storage smooths solar output and supports the island grid.

Proven technology

Bright Sand technology in practice

These photos show Bright Sand technology and its continuous improvement at a facility owned and operated by Carbon Black Global, which licenses some Bright Sand technology. PES does not own or operate this facility.

PESPacific Environmental SolutionsTechnology partnerBright Sand Canada, applied research and development
Illustrative conceptComputer-generated illustration of a community resource-recovery hub with a solar canopy, battery storage and a water tank

How a community hub could look

Illustrative concept: not a real site. An artist's impression of a community resource-recovery hub, with a solar canopy, battery storage and a water tank. The image is computer-generated and the people shown are not real.

Partners and leadership

Accountable people, proven technology

PES leads each project in the region. Bright Sand Canada, which developed and tests the platform at its Windsor facility, is our technology partner.

Sean Teo
Sean Teo

Managing Director

Leads Pacific Environmental Solutions, which holds exclusive South Pacific rights. [Sean bio, about 40 words]

Michelle Teo
Michelle Teo

VP Marketing

Leads PES marketing and community communications. [Michelle bio, about 40 words]

Earl Decker
Earl Decker

Chief Technical Officer (CTO)

Founder of Bright Sand Group in Windsor, Ontario, and inventor of its patented carbon technology.

Bright Sand Canada, applied research and development
Bright Sand Canada

Technology partner

An applied research and development company in Windsor, Ontario, where the PES platform was developed and is tested. Visit Bright Sand Canada

PESPacific Environmental Solutionswith technology partnerBright Sand Canada, applied research and development
Tonga delegation with the plant team in front of processing equipment
Tonga delegation at a plant in Dunlap, Tennessee, 2017

Seeing the technology first-hand

In 2017 a delegation from Tonga visited a plant in Dunlap, Tennessee, to see an earlier system designed and built by Earl Decker in operation.

Contact PES

Let’s talk over coffee

For government, development finance, technical and media enquiries. We reply to every message. Tell us about your island, town or village, and we’ll set up a conversation.

A mug of coffee and a coffee press on a window sill, looking out over green fields and palm trees
Morning coffee in Tonga. Photo: Sean Teo

Sending opens your email app with your message addressed to PES.

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Technology partnerBright Sand Canada, applied research and development