Introduction Pack
Introduction Pack
For The People, By The People
An Asia Pacific green infrastructure company turning waste into energy, water and local prosperity, from dense urban centres to remote island nations.
01, Company Overview
Total Waste Solutions, Built for Indonesia
INPAC (Invest Asia Pacific) is an Asia Pacific-driven organisation focused on green development, environmental restoration and community-led growth. We work alongside governments, traditional leaders and local communities to fund and deliver projects that protect the land and sea while creating long-term prosperity.
Our mission is to redefine industrial sustainability through innovation, designing, deploying and managing efficient modular technologies that secure energy independence and environmental health for the next generation, from dense urban centres to the most remote island nations.
Waste to Resource
Pyrolysis, sorting and recycling systems that turn municipal and industrial waste into fuel, energy and reusable materials.
Renewable Energy
Solar, battery storage and grid solutions that reduce emissions and move communities toward energy independence.
Community & Environment
Training, local employment and science-based restoration of land and sea, delivered with and by local people.
Why organisations choose INPAC
Proven technology
Battle-tested systems from world-leading manufacturers, adapted for tropical and island environments.
Regional expertise
Deep knowledge of Southeast Asian and Pacific regulatory frameworks, logistics and community needs.
End-to-end delivery
Feasibility, build, commissioning and ongoing maintenance, one partner for the full lifecycle.
Community focused
We work alongside local governments and villages so infrastructure is welcomed, not imposed.
Running today
Running in Bali today.
Not a rendering. A system is installed and operating at the TOSS Centre in Klungkung, Bali, heating up and producing fuel every day. Bring a sample of your own waste and we will run it through in front of you.
Heat and flare at the reactor on site in Klungkung.
Crude pyrolysis oil being produced from the unit.
02, Featured Project
Klungkung Waste-to-Energy Facility
Pyrolysis at scale, TOSS Centre, Karangdadi, Kusamba, Klungkung Regency, Bali
Our facility processes over 17 tonnes of waste a day, diverting it from landfill and producing over 8,000 litres of fuel. Working with the Regency Government and local partners, we have installed a pyrolysis facility that converts waste, without combustion, into fuel oil, syngas, biochar and carbon briquettes.
Key features
- 1
168 tonnes per day sorting capacity
An automated sorting facility able to process up to 168 tonnes of mixed waste every day.
- 2
17+ tonnes converted to diesel daily
Over 17 tonnes of sorted waste turned into usable diesel fuel each day.
- 3
Fuel converted directly into electricity
Fuel outputs can feed on-site generators without extra processing or transport.
- 4
World-leading emissions performance
The facility meets the highest emissions standards in the world.
- 5
The only site of its kind in Bali
No other facility on the island operates at this scale or capability.
Live Impact Dashboard
See the Klungkung facility's real-time performance, throughput, outputs and emissions data streamed live from the plant as it operates.
View Live Impact03, Technical Overview
Technology, feedstocks and production process
Pyrolysis is thermal conversion, not incineration. Waste is heated in a sealed, oxygen-free reactor so hydrocarbons become vapour instead of burning. The vapour is condensed into oil while gas and carbon are recovered for productive use.
Technology
- Pyrolysis system, batch type, modular units
- Oxygen-free reactor at roughly 350 to 450 degrees Celsius
- Indirect external heating, no incineration and no open burning
- Six units installed at Klungkung
- Capacity scales by adding units rather than rebuilding the plant
Feedstocks
- Household and household-like municipal solid waste
- Mixed plastics including LDPE, HDPE, PP, films, sachets and multilayer packaging
- End-of-life tyres and rubber
- Dry biomass and agricultural residues
- Legacy waste mined from existing landfill
- Material is sorted, shredded and dried before entering the reactor
Products
- Crude pyrolysis oil refined to a diesel-grade alternative fuel
- Non-condensable syngas recirculated as process heat
- Solid carbon fraction used as biochar and carbon briquettes
- Every output stream is used, keeping residue minimal
Production process
1. Reception and mechanical sorting
Incoming waste is weighed and separated, with organics, inerts and recyclables removed from the pyrolysis stream.
2. Shredding and drying
Sorted material is size-reduced and dried to stabilise reactor temperature and maximise liquid yield.
3. Oxygen-free pyrolysis
Batch reactors heat feedstock without oxygen, cracking hydrocarbons into vapour without burning the waste.
4. Condensation
Vapour is condensed into crude pyrolysis oil and non-condensable gas is captured rather than vented.
5. Distillation and refining
Crude oil is distilled on site into a diesel-grade fuel fraction, then sampled for quality and emissions testing.
6. Energy and carbon recovery
Syngas supplies process heat, carbon is briquetted, and refined fuel can power on-site generators.
Up to 168 t/day
Sorting capacity at Klungkung
Up to 17 t/day
Waste converted to fuel
Up to 60%
Fuel yield from plastic feedstock
Supporting Indonesia's energy transition
Domestic fuel supply
Waste-derived fuel made and used locally, reducing imported fuel demand.
Power at source
Fuel and syngas can produce electricity on site, including for island grids.
Renewable mix
A waste liability becomes a measurable energy output.
Tested and compliant
Fuel and emissions are tested before use.
Local capability
Indonesian operators are trained and employed, with maintenance in country.
Verifiable data
Throughput, output and emissions can be published live for review.
04, Emissions & Scale
Held to the highest emissions standards in the world
Stack emissions from the operating TOSS Centre in Kusamba, Klungkung were tested on 31 August 2026 by the Bali Province UPTD Hyperkes & KK, a government-accredited laboratory (KAN LP-2258-IDN). Every headline result meets or beats the applicable national standard.
Testing followed Minister of Environment and Forestry Regulation P.70/2016 for thermal waste processing. Four units were tested: two pyrolysis machines, one F750 and the F780 distillation unit.
Highest standards
Engineered to meet demanding international emissions standards
Proven performance
Independently tested under real operating conditions in Klungkung
Built to scale
A modular system that can be replicated across Indonesia
| Parameter | Measured (4 units) | National limit | Result |
|---|---|---|---|
| NOx | 198.7 to 245.3 mg/Nm³ | 470 mg/Nm³ | Pass, about 50% under the limit |
| SO₂ | 12 to 85.3 mg/Nm³ | 210 mg/Nm³ | Pass, up to 94% under the limit |
| Total particulate | 5 to 10 mg/Nm³ | 120 mg/Nm³ | Pass, more than 90% under the limit |
| Opacity | Below detection limit | Not specified | Clean stack |
Ambient air at the site was also within Government Regulation PP 22/2021 limits, and workplace noise measured 69.9 to 82.4 dBA against the 85 dBA threshold.
Every reported result was below the limits applied for the test. Results apply to the sampled equipment, location and time stated in the report.
A repeatable modular model
Reactor units and sorting capacity can be matched to local waste volumes, expanded progressively and replicated without redesigning the core process.
Independent emissions testing report
Read the full exhaust gas emissions test covering four operating machines at the Klungkung facility.
View testing report05, Our Team
The people behind the work
Engineers, operators, community leaders and advisors, combining local Balinese and Pacific insight with international delivery experience.
Aaron Anderson
Co-Founder & CEO
Leads strategic partnerships and the operational delivery of industrial-scale green infrastructure across the Asia Pacific. Born in the Cook Islands, Aaron brings a Pacific perspective to island and coastal resilience.
Justin Lampert
Co-Founder & Director of Operations
Oversees day-to-day operations across INPAC's project sites, from groundbreaking to commissioning, keeping delivery, safety and quality on standard at every stage.
Agung Pablo Subamia
Co-Founder & Director of Local Expansion
Balinese-Australian, a Mangku since the age of 19, Pablo leads government and community relations and heads INPAC's on-the-ground work in Klungkung.
Everard Findlay
Director of Strategy
Shapes long-term direction, partnerships and positioning, with two decades aligning public, private and community interests around climate resilience.
Lucas Gresham
Director of Business Development & Partnerships
Identifies high-value market opportunities and builds the stakeholder relationships behind scalable infrastructure across the Asia Pacific.
Darren Feltus
Head of Business Development
Drives commercial growth with governments, enterprise clients and institutional investors, taking projects from first conversation to delivery.
Vincenzo Sciglitano
Head of Partnerships
Builds relationships with strategic partners, governments and businesses to support INPAC's waste-to-energy projects and regional growth.
Turning waste into lasting value
INPAC Solutions is an Asia Pacific green infrastructure company built on local expertise, proven technology and a commitment to the communities we serve. From waste and energy to water and environmental restoration, we deliver practical, lasting outcomes, for the people, by the people.
Whatever the challenge, we're here, to get you there. We look forward to working with you, please reach out using the details below if you have any questions.
info@inpac.solutions
Website
inpac.solutions
Office
Ruko Imam Bonjol Square, Jl. Imam Bonjol, Pemecutan Klod, Denpasar Barat, Bali 80119, Indonesia
Business hours
Monday to Saturday, 8:00 AM to 6:00 PM (WITA)
INPAC Solutions, For The People, By The People.
