Pyro-Hex 315

Pyrolysis plant for heat and biochar

Linienzeichnung von Pyrolysereaktor und Nutzwärmetauscher der Pyro-Hex 315

Process heat around the clock from wood residues

Biochar and CO₂ certificates as additional revenue

Fully automatic operation with remote monitoring

Process heat around the clock from wood residues

Biochar and CO₂ certificates as additional revenue

Fully automatic operation with remote monitoring

Process heat around the clock from wood residues

Biochar and CO₂ certificates as additional revenue

Fully automatic operation with remote monitoring

[ Starting point ]

Anyone who needs a lot of heat pays for gas or oil and depends on their prices. Pyro-Hex 315 generates this heat from woody residues and also produces biochar, which binds carbon permanently.

Arrange a call

[ Overview ]

Three products from woody residues

One plant turns woody residues into three products:

› Heat of around 750 kW, as hot water at 90/70 °C or as process heat up to 300 °C
› Biochar, around 75 kg per hour, for agriculture and industry
› CO₂ certificates, because the carbon stays bound in the biochar

Operating principle of the Pyro-Hex 1000 from feedstock via pyrolysis to biochar, with heat, biochar and CO₂ certificates as products

[ How it works ]

Pyrolysis with post-combustion

In the reactor, wood is heated in the absence of oxygen and breaks down into pyrolysis gas and biochar. › Post-combustion of the gas at up to 1,200 °C › A heat exchanger extracts the usable heat › Continuous and fully automatic, with remote maintenance

[ Technical data ]

Technical data of the Pyro-Hex 315

approx. 750 kW
Useful heat
up to 300 °C
Process heat optional
around 75 kg/h
Biochar
around 315 kg/h
Wood chips
Output and process+
Fuel heat input 1,400 kW
Usable heat output approx. 750 kW
Own power consumption max. 20 kW
Process Continuous pyrolysis
Process temperature 650 to 800 °C
Post-combustion up to 1,200 °C

Line drawing of the Pyro-Hex reactor

Heat+
Heat transfer medium Water/glycol/thermal oil
Temperature level (standard) 90/70 °C
Process heat (optional) up to 300 °C
Heat extraction via useful heat exchanger

Post-combustion flame in the Pyro-Hex

Fuel+
Wood chips G30 to G50
Maximum particle length 150 mm
Throughput (10% moisture content) 315 kg/h
Max. permissible moisture content 25%, reduced output
Other residues on request after approval

Wood chips as fuel

Biochar+
Production (dry matter) 20 to 25% of input
Output 75 kg/h
EPA16 PAH (EBC method) < 4 mg/kg
CO₂ equivalent (bound) 1,720 t/a, excl. LCA
Quality EBC-AgroBio capable
CO₂ sink C-sink certifiable

Pieces of biochar from the Pyro-Hex

Dimensions and emissions+
Length × width × height 12,00 × 6,50 × 6,30 m
Mass approx. 90 t
Exhaust gas volume flow (wet) 4,700 Nm³/h
Dust < 20 mg/Nm³
Carbon monoxide (CO) < 150 mg/Nm³
Nitrogen oxides (NOx) < 370 mg/Nm³
Control PLC, remote maintenance

Dimensional drawing Pyro-Hex: 12.00 m long, 6.50 m wide, 6.30 m high

Guide values at rated output, without superstructures. Emission values based on 6% residual oxygen. The exact values depend on fuel and site.

[ FAQ ]

Frequently asked questions about Pyro-Hex 315

Lager mit Holzhackschnitzeln

01 What is Pyro-Hex 315?

Pyro-Hex 315 is a pyrolysis plant by pyropower that produces heat and biochar from woody residues, without power generation. It delivers around 750 kW of heat and around 75 kg of biochar per hour.

02 What is the difference to Pyro-ClinX 150?

Pyro-ClinX 150 combines pyrolysis with an externally fired micro gas turbine and additionally generates power. Pyro-Hex 315 works without a turbine and is designed entirely for heat.

03 Which residues can Pyro-Hex 315 process?

The plant is designed for wood chips G30 to G50 with a maximum particle length of up to 150 mm and up to 25 % moisture content. We test and approve other residues in advance.

04 In what form is the heat available?

As hot water at 90/70 °C via water or glycol, optionally as process heat up to 300 °C via thermal oil. The heat is extracted via the heat exchanger.

05 What is the quality of the biochar?

The biochar stays below 4 mg/kg in PAH content (EPA16). Which EBC class is achieved depends on the feedstock.

06 Can the CO₂ sink be certified?

Yes. The biochar binds around 1,720 t of CO₂ equivalent per year, and the sink can be certified as a C-Sink. On request, we take care of certification and marketing.

07 How much space does the plant need?

The plant measures 12.00 × 6.50 m with a height of 6.30 m and weighs around 90 t. Fuel storage and delivery come on top. We plan the space requirement in the pre-project phase.

08 How does a project work?

After the first conversation, we check site, fuel and economics in the pre-project phase. This is followed by project planning, construction and commissioning.

[ Downloads ]

Data sheet Pyro-Hex 315

All technical data, dimensions and emission values on two pages.

Download data sheet (PDF)

[ Your path to the plant ]

From the first conversation through planning, permitting and construction to ongoing operation: we support your project around the plant. Our project support page shows how this works.

To project support