Aerial view of the proposed KDH waste-to-diesel refinery integrated with the Malaysian landscape
SPV Project: Jabi, Kedah

Malaysia's First Commercial Waste-to-Diesel Project.

Converting municipal solid waste, plastics, and biomass into high-grade synthetic diesel — powered by German CLPD Technology (4th Generation) in Jabi, Kedah.

Technology Origin

German CLPD Technology
4th Generation

Capacity Scaling

500 to 20,000 L/Hour
High-Grade Synthetic Diesel

Carbon Mitigation

100% Closed Loop System
Zero Dioxin Emissions

The Precision of Engineering
meets the Vitality of Landscape.

KDH Waste Diesel Development addresses Malaysia's municipal solid waste crisis by transforming post-consumer materials into ultra-pure synthetic diesel. Unlike gasification, our low-temperature process (280–330°C) ensures environmental safety and superior ROI.

Review Technical SIRIM Data
01 / INPUT01

Solid Waste Diversion

Processing municipal waste, plastics, agricultural biomass, and industrial refuse directly from Kedah State collection centres, reducing landfill pressure and creating a circular feedstock stream.

02 / CONVERSION02

CLPD 4th Generation

German CLPD Technology uses a 100% crystalline catalyst to facilitate low-temperature molecular restructuring without harmful gaseous byproducts. No gasification, no dioxin, no toxic emissions.

03 / OUTPUT03

Synthetic Diesel Fuel

A high-cetane fuel suitable for industrial generators, heavy machinery, and transport, reducing national diesel subsidy burdens while meeting strict performance standards.

Inputs & Outputs

From heterogeneous waste streams to a single, market-ready fuel.

Accepted Feedstock

  • Municipal Solid Waste (MSW)Convertible
  • All plastic waste & mixed polymersConvertible
  • Hospital & clinical wasteConvertible
  • Waste oils & industrial refuseConvertible
  • Landfill diversion streamsConvertible
  • Agricultural & palm oil biomassConvertible
  • Sewage sludgeConvertible
  • Animal disposal wasteConvertible

Excluded: glass · metal · stone

Plant Output

  • High-Grade Synthetic DieselPrimary yield
  • Distilled WaterRecovered
  • AshReusable as fertilizer
  • CO₂Re-entered into the process

Efficiency of 65–90% hydrocarbon recovery depending on moisture content of input material. 500L of diesel is produced from ~1.2 tonnes of biological mass.

Process Advantages

A closed, low-temperature system — not gasification.

No Gasification

Low-temperature catalytic conversion avoids the high-temperature risks and emissions inherent to gasification pathways.

No Toxic Byproducts

No dioxins, no toxic gases, no flame, no microwave, and no electrical heating — a fully closed circulating system.

100% Crystalline Catalyst

A proprietary crystalline catalyst restructures hydrocarbons in minutes, compressing what nature does over 300 million years.

Emissions-Free System

Reaction temperatures peak at 330°C — below coke crystallization thresholds — preventing gas forming during the process.

Modular Scaling

Standard modules from 500 L/hr up to 20,000 L/hr, with configurations extending further based on feedstock availability.

SIRIM Validated

Synthetic diesel output was tested by SIRIM Malaysia in 2008 with positive market-grade results.

Global Footprint

CLPD plants in operation — from Germany to Asia.

First, second, and third generation CLPD plants have been installed and operated across multiple continents over the past decade. The 4th generation "Green Tech 2020" upgrade — now being deployed in Jabi, Kedah — extends this proven lineage.

GermanyTechnology OriginN. AmericaPrior deploymentsAfricaPrior deploymentsAsiaRegional installationsJabi, Kedah4th Gen — Malaysia
Technology Origin
Prior Generation Deployments
4th Generation — Jabi, Kedah
End Applications

A drop-in fuel for existing diesel infrastructure.

01

Transport Fuel

Compatible with all diesel-engine vehicles and heavy machinery without retrofit.

02

Power Generation

Industrial generator fuel for on-grid and off-grid electricity production.

03

Chemistry Feedstock

High-cetane synthetic hydrocarbons suitable for downstream chemical use.

Operational Epicenter

Located at Tapak Pelupusan Sampah Jabi in Kedah, the KDH project sits at the logistics heart of Northern Malaysia — directly beside the feedstock stream it converts. A pilot blueprint for state-level waste management integration.

  • Facility FootprintScalable Modular Design
  • Energy Output500 Litres/Hour (Phase 1)
  • State ImpactRevenue Share Model
  • FeedstockMSW, Plastic, Biomass

National Impact & Investor Returns

The project aligns with Malaysia's environmental directives, reduces landfill reliance, and generates long-term revenue for state government, city councils, and investors.

~5 Years

Estimated ROI

500 L/hr

Initial Phase Output

280–330°C

Process Temperature

Zero

Dioxin Emissions

Partnership Enquiries

Join Malaysia's Next Circular Energy Asset.

We are inviting qualified investors and committed diesel buyers to participate in the KDH Waste Diesel Development. Whether you are evaluating an institutional allocation or seeking a reliable domestic fuel supply, our team is ready to discuss terms, scheduling, and feedstock partnerships.

Project Initiator

Abdul Halim Bin Hj. Mohamed

AHM High Technology (Malaysia)

+60 11-1069 0067WhatsApp

KDH Waste Diesel Development

Iskandar Zulkarnain Bin Mokhtar

Investor & Buyer Relations

+60 10-404 7255WhatsApp