VES 360 develops modular infrastructure that diverts non-recyclable waste from landfill, recovers valuable materials, and converts residual waste into reliable electricity through non-incineration gasification. We work with governments, infrastructure partners and investors to deploy commercially viable waste-to-energy solutions at small scale, near the source of the waste stream — rather than through large centralised incineration.
Beyond infrastructure, VES 360 is building the platform layer that connects people directly to the waste ecosystem. Through the VES 360 app, you select the waste stream you want to hand over, specify the quantity, and choose the partner facility receiving it. The platform verifies the handover, credits your environmental contribution with sustainability rewards, and shows exactly which facility processed your waste — with complete traceability of the value added at every stage, from collection through to end-of-life recycling or energy recovery.
Choose the waste stream and enter the quantity you're handing over, right from the app.
Pick the VES 360 facility — owned or partner-operated — receiving your waste.
The facility confirms receipt and the handover is logged on the platform.
Follow your waste stream through processing, with visibility into the value added at each step.
Your environmental contribution is acknowledged and rewarded on the platform.
VES 360 provides technical capability, product development and technology support. Elephant 360 applies that technology within on-ground projects by coordinating waste streams, partners, sites, approvals, facility readiness and revenue operations.
Every VES 360 deployment is engineering-led and reviewed against waste-stream suitability, facility integration requirements, and relevant safety and emissions compliance before it goes live.
VES 360 is part of the Hydrecyc ecosystem. Its role is technology development and technical enablement. Hydrecyc provides strategy and commercial direction, VES 360 provides proprietary technology capability, and Elephant 360 applies that capability through project delivery, facility operations and revenue operations.
The proprietary technologies at the core of our Integrated Waste to Energy and Recycling Complex (IWERC) — designed to function as either a central hub or a localised spoke within our decentralised waste management model — are anchored by our advanced updraft gasifier series. Together, the gasification, gas-cleaning and zero-liquid-discharge process operates as a closed-loop ecosystem, maximising the recovery of natural resources while maintaining a clean environmental footprint — all of it coordinated by our own digital operations platform.
Precision-engineered as a continuous updraft system, this core technology is optimised to process Refuse Derived Fuel (RDF) into a highly stable, energy-rich syngas.
RDF is fed from the top and descends against an upward flow of gasifying agents. This counter-current design creates distinct thermal zones inside the reactor. As the hot gases rise, they pre-dry and pre-heat the incoming fuel, resulting in exceptional thermal efficiency and a stable, high-yield syngas output.
This advanced thermal reactor actively targets and breaks down complex hydrocarbons, maximising syngas purity while preventing downstream system plugging.
Syngas is injected tangentially, creating a cyclonic vortex inside the chamber. By introducing specialised external media into this high-turbulence flow, heavy tar molecules are "cracked" into lighter, combustible gases at lower temperatures than conventional units, safely enhancing the overall energy yield.
Built with specialised acid-resistant components, this multi-stage train integrates a primary quench, secondary quench and demister to ensure optimal downstream stability.
Hot syngas is first subjected to a rapid water spray (primary quench), instantaneously dropping the temperature and condensing out heavy particulates. A secondary quench further cools the gas before it enters the demister, which physically strips away remaining suspended water droplets — delivering clean, dry, engine-ready syngas.
Sustainability engineered into the core. Our closed-loop Effluent Treatment Plant processes and recycles all operational water, achieving true zero liquid discharge for a completely green footprint.
Wastewater generated from the quenching and cooling stages is captured and routed through a series of advanced filtration and chemical treatments. Pure water is extracted and cycled back into the plant's operational loop, while remaining impurities are reduced to dry, safely manageable solids — so no liquid waste leaves the facility.
A comprehensive, modular digital platform architected to make decentralised waste management economically viable and deeply sustainable. Built on over 12 years of on-the-ground learnings, VES360-WMP is the world's first platform of its kind, driving measurable impact across 11 of the 17 Sustainable Development Goals.
Acting as the digital brain of the IWERC, VES360-WMP continuously pulls data from across the plant to automate and optimise workflows — waste tracking, traceability, transaction and settlement management. Its algorithms also manage the energy generated by the engines and solar plant, balancing power between internal plant operations, on-site EV fast-charging, and real-time grid-balancing support.
Supports projects that reduce reliance on landfill.
Enables materials recovery and downstream offtake opportunities.
Supports waste-to-energy or energy-output pathways where technically and commercially viable.
Supports smaller, decentralised facility models that can process waste closer to source and reduce long-haul waste movement.
Enables smaller-scale operating models with multiple potential value streams from processing, materials, energy, services and impact data.
Supports data-led ESG and carbon reporting where eligible and verified.
Testing, refinement and technical validation.
Demonstrating performance under controlled and real-world conditions.
Adapting systems for project-specific waste streams and site requirements.
Improving throughput, output quality, efficiency and reliability.
Supporting repeatable deployment across approved project locations.
Figures below are engineering estimates, not verified results. Replace with confirmed, project-specific data as facilities come online.
VES 360 technology can support measurable impact pathways for smaller-scale projects, including landfill diversion, carbon reduction, recovered materials, energy outputs and operational data capture. Environmental and carbon claims are presented subject to eligibility review, approved methodology alignment and third-party verification.
Bring modular waste-to-energy infrastructure to a site, reducing landfill dependency and generating local electricity.
Discuss a municipal projectIntegrate VES 360 technology into an existing facility pathway or waste-handling operation via Elephant 360.
Explore facility integrationEvaluate the commercial model behind VES 360's technology licensing and Elephant 360's project delivery.
Contact our investor teamExplore proprietary technology collaboration, small-scale waste-processing deployment, facility integration and technical pathways that can support the group's waste transformation model.
Virdis Engineering Singapore (VES360.com)
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Singapore 179433
