Next-gen system: Safely shrinking all organics by up to 1/300

RETEC-X uses unique low-temp pyrolysis to shrink waste by up to 1/300 without harmful emissions. Built with automotive-grade precision, this zero-discharge plant integrates DX remote monitoring and BCP power generation.
Beyond simple incineration, it is a next-gen solution that transforms waste into a strategic foundation for ESG and economic value.

RETEC-X uses its internal heat source to process organics without fuel, shrinking waste by up to 1/300 into “ceramic powder” through pyrolysis.

Unlike combustion, which relies on oxygen to burn, low-temp pyrolysis breaks down molecules by heating them in an oxygen-free (or restricted) environment. While burning risks gas and dioxin emissions, pyrolysis prevents harmful substances by avoiding open flames. Instead of simple incineration, it recovers waste as reusable resources like char, oil, and gas.

By adopting RETEC-X, you contribute to global environmental protection,
reducing greenhouse gases and promoting resource recycling through
the effective use of organic matter.












RETEC-X is an on-site waste reduction system using low-temperature pyrolysis instead of incineration. By eliminating the need for off-site transport, it simultaneously slashes disposal and logistics costs while curbing GHG emissions. Unlike traditional incinerators, its unique mechanism ensures low entry barriers and a rapid start to operations. RETEC-X turns waste into an opportunity for improved management and environmental value, rather than a burden.
While “pyrolysis systems” may appear similar to “incinerators” in handling organic waste, they differ significantly in processing methods, performance, environmental impact, and running costs.
| Category | Item | Incinerators | Pyrolysis Systems |
|---|---|---|---|
| Performance | Fuel | Fossil fuels | Not required |
| Internal Temp. | Over 800°C | Around 350°C | |
| Combustion | Yes | No | |
| Processing Type | Flame combustion | Low-temp pyrolysis | |
| Operations | Processing Time | 5–6 hours | 24 hours |
| Volume Reduction | 1/20 | 1/100–1/300 | |
| Ash Disposal | Landfill or industrial disposal | Soil improvement / Concrete additive | |
| Daily Labor (Details) | Hourly periodic inspections | Periodic feeding at set times | |
| Operating Hours | Daytime only | 24 hours | |
| Utility Costs | Large amount of fuel required | No fuel needed for the furnace |

Free yourself from conventional analog monitoring, which required constant observation of control box display screens.
Mon–Fri: 9:00 – 18:00
We visualize potential savings with concrete figures based on your current disposal methods, waste volume, and outsourcing costs.
Three models available based on processing capacity. Free consultation for product selection.

With high-precision control adapted from automotive technology, this model safely and reliably reduces waste volume by up to 1/300. This base model structurally suppresses hazardous substances and supports digital transformation (DX) features like remote monitoring.
Processing Method: Vertical low-temperature pyrolysis
Capacity: 100L – 200L / h
Administrative Filings: Not required
Compliant with IEPA certification standards, allowing operation in many municipalities without installation filings. The horizontal rotating drum balances efficient pyrolysis with high processing capacity.
Processing Method: Horizontal low-temperature pyrolysis / Rotary kiln
Capacity: 200L or 50kg (Domestic) / h
Administrative Filings: Not required
Based on the RETEC-RK, this model optimizes design to meet specific onsite needs and waste types. It allows for continuous operation under harsh conditions and power upgrades tailored to specific environments.
Processing Method: Horizontal low-temperature pyrolysis / Rotary kiln
Capacity: 1800L or 450kg / h
Administrative Filings: Required

Much industrial waste contains large amounts of plastic and rubber, which release harmful exhaust gases (such as dioxins) during low-temperature incineration. While clean waste plastic can be recycled, plastic contaminated with organic matter—such as bags containing food scraps, soups, or sauces—is unsuitable for recycling.
Furthermore, conventional recycling requires washing and drying processes, which incur extra costs. In contrast, a pyrolysis system decomposes organic matter without combustion, using a reactor (exhaust gas treatment system) to ensure emissions remain well below environmental standards.
For recovering copper from electrical wires and harnesses, the outer plastic insulation must typically be removed. By using pyrolysis on fine copper wires or circuit boards, it is possible to recover only the metal. Since the maximum pyrolysis temperature is approximately 350°C, the metals will not melt.

A large portion of the waste generated by hospitals and nursing care facilities contains infectious materials. Furthermore, recent pandemic measures have led to a massive influx of non-reusable items such as masks, gloves, and protective suits.
In the past, much of this waste was incinerated on-site. However, due to environmental concerns and consideration for local residents, most facilities now outsource disposal to waste management companies at a significant cost.
With medical waste volumes rising annually, disposal expenses are increasingly straining medical budgets. In particular, the surge in used disposable diapers has led to a substantial spike in outsourcing fees, becoming a major headache for facility management.

In food processing plants, sludge generated during the production process mixes with wastewater. This sludge is separated and then disposed of by waste management contractors at a high cost.
As the production of processed foods increases every year, the volume of sludge generated is also on a steady rise. Since food sludge is rich in organic matter, it is highly suitable for processing with a pyrolysis system.
However, when using the RETEC-X for treatment, the moisture content must be reduced to 40% or less. For sludge exceeding this level, it can still be processed by mixing it with low-moisture waste (such as cardboard or paper) to bring the average moisture content of the input down to 40% or below. Dry sludge, on the other hand, can be fed directly into the system for immediate processing.
Metals, glass, ceramics, stone, concrete, and batteries cannot be processed via pyrolysis and must not be loaded into the system. Additionally, materials with extremely high moisture content require prior adjustments to processing conditions.
Except during startup, the system is highly economical because it utilizes “self-sustaining operation.” During normal processing, it maintains the decomposition process using the heat generated from the gases released as the waste breaks down.
No special skills are required. The system is equipped with a high-precision automatic control system—adapted from automotive engine control technology—that handles everything from processing to ash discharge at the touch of a button. Even those without specialized knowledge can operate it safely and easily.
Yes, you can rest assured. By designing the interior of the furnace to constantly maintain negative pressure (suction), we structurally prevent the leakage of odors and smoke. Furthermore, the triple-shielded intake structure keeps the risk of dust emission to an absolute minimum.
A one-year free repair warranty is included, starting from the completion of installation and inspection. For the second year and beyond, we offer a maintenance contract plan that includes semi-annual periodic inspections and free repair services, ensuring a system where you can operate the equipment with peace of mind over the long term.
An independent sales company dedicated to discovering and proposing the latest eco-friendly technologies and items that minimize energy waste. Building on extensive energy-saving expertise in “water” and “heat” systems—originally rooted in boiler equipment—we provide concrete solutions for corporate environmental challenges, ranging from waste management to HVAC energy control. Following a strategic alliance with IEPA and Ito Racing Service, we have launched the sales of RETEC-X, the world’s most advanced high-performance pyrolysis volume reduction system.
Japan Innovations Co.,Ltd.
Etsuo Fujita
1-14-10-102 Hamamatsucho, Minato-ku, Tokyo 105-0013
03-6809-2721
If you are in a hurry, we also accept inquiries by phone.
Mon–Fri: 9:00 – 18:00