Turning Local Waste into Local Value
Through WTP-X, AtollCycle and AgriCycle, OneTouch transforms biomass and suitable waste streams into energy, materials and long-term environmental value.
One Technology. Two Circular Infrastructure Platforms.
WTP-X is the core resource-to-energy technology inside every OneTouch solution — deployed through AtollCycle for islands and AgriCycle for agriculture.
WTP-X
Overview WTP-X is a modular thermochemical gasification platform converting suitable biomass and dry waste streams into syngas, electricity, and recoverable…
Learn More →
AtollCycle
Islands and resorts face waste challenges that conventional treatment can't solve Multiple Resource Streams, One Facility AtollCycle is integrated infrastructure…
Learn More →
AgriCycle
From Palm Residues to Mobile Green Energy (Flagship Application — Research Collaboration) A research pilot under the UTAR collaboration (September…
Learn More →Engineering-Led. Results-Driven.
We don't sell equipment. We deliver complete energy and waste solutions backed by university research, field-proven technology, and end-to-end project management.
Proprietary Gasification Technology
Biomass pyrolysis gasification converting agricultural residues and dry waste into syngas — producing ~600 kWh per tonne of feedstock.
University-Backed R&D
Supported by a multi-university research team including seven PhD-level scientists and professors in energy, environmental engineering and materials.
Turnkey EPC Delivery
From feasibility and site assessment through engineering design, installation, commissioning, and operator training — one team, one contract.
Self-Powered Circular System
Our island and plantation solutions are powered by the waste they treat — no external fuel required. True energy circularity.
Tropical Region Specialists
Deep experience in Southeast Asia and Indian Ocean island environments — high humidity, off-grid logistics, and resort-grade operational standards.
Replace Diesel. Recover Value.
Reduce diesel generator dependence, lower waste disposal costs, and generate revenue from recovered biochar, wood vinegar, and organic fertilizer.
Built for Your Site
Islands & Resorts
Reduce dependence on landfill, open burning and off-island waste transportation.
Learn More →
Plantations & Agriculture
Convert agricultural residues into distributed renewable energy.
Learn More →
Industrial Facilities
Integrate energy recovery and emissions treatment into existing operations.
Learn More →
From Palm Residues to Mobile Green Energy
A flagship AgriCycle application demonstrating how locally available oil palm residues can become flexible, distributed energy — currently a research pilot under the UTAR collaboration (September 2025 – September 2027), not yet a commercially deployed product.
Oil Palm Residues
WTP-X
Renewable Electricity
Mobile Energy Storage
EV / Machinery / Remote Supply
How Our Gasification System Works
A proven nine-stage thermochemical process converting raw biomass into clean, generator-ready syngas.
Raw Materials
Crushing
Drying
Vibration Screening
Feeding System
Gasification
Syngas Purification
Power Generation
Flue Gas Treatment
Projects, Field Work & Development Initiatives
Selected engineering projects, research collaborations, field assessments and projects under development across Malaysia, the Maldives and China.
Island
Siyam World Maldives — Island-Wide Waste & Energy System
Siyam World Resort, Maldives
A proposed waste management and clean energy concept for Siyam World, one of the Maldives' flagship luxury resorts. A Memorandum of Agreement…
View Case Study →Yinshan Industrial Complex — Flue Gas Treatment Retrofit
Yinshan Eco-Environment Technology (Partner)
Large-scale flue gas emission retrofit for a major integrated steel and sintering complex in Jiangsu Province — part of China's national ultra-low…
View Case Study →
Biomass
Green Mobile Energy — Palm Residue Mobile Charging Pilot
Universiti Tunku Abdul Rahman (UTAR) Research Collaboration
A flagship AgriCycle application demonstrating how oil palm frond residues can be converted via WTP-X into electricity, then delivered as flexible mobile…
View Case Study →Project-Specific Engineering
WTP-X is a modular technology platform converting suitable biomass and waste streams into useful energy and valuable by-products. Every system is engineered to the specific feedstock, site conditions and energy requirements of each project — not a standard off-the-shelf product.
Feedstock
Feedstock Preparation
Gasification
Gas Cleaning
Energy Conversion
Engineering Across China and Malaysia
China — Engineering Foundation
Built upon industrial environmental engineering and gas treatment expertise developed through Yinshan Eco-Environmental Technology (Quzhou, China).
Malaysia — International & Research Platform
Expanded into circular energy technologies through research collaboration with Universiti Tunku Abdul Rahman (UTAR) and regional partners.
Applied to Island, Agricultural, Forestry and Industrial Projects
Engineering and research collaboration applied to circular resource projects across island, agricultural, forestry and industrial settings.
We collaborate with the Universiti Tunku Abdul Rahman (UTAR) technical research team, supporting the engineering validation and ongoing development of WTP-X technology.
Common Questions
Configured according to feedstock characteristics and project requirements. The currently verified reference configuration is a 100 kW unit processing 150 kg/h of feedstock, located at UTAR.
Have a Resource Challenge? Let's Design the Solution.
Every project starts with understanding your waste stream, energy needs, and site constraints. Our engineers will design around your reality.