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JSIC uses negative emission technology, converting biomass into energy and storing carbon, through carbon capture and storage (CCS). JSIC also uses this technique to process on-site biomass waste and convert it to green energy.

JSIC's biomass gasification system, energy generator modularity and automation, is designed for enterprises, small and medium communities.

Carbon Negative Energy from Biomass
Carbon Storage

Converting biomass residual and waste into green energy, which can be used to provide electricity and heat, and can also store CO2 in a solidified form. In addition to returning to nature as organic goods such as biochar, it can generate negative carbon cycle and reduce greenhouse gas emissions.

BIOMASS INPUT
  • Wood chips
  • Nutshells
  • Briquetted organic waste
  • Thermo-ventilated loading tank for biomass storage and moisture reduction
  • Automatic biomass feeding
GASIFICATION

Multiple downdraft fixed-bed reactors

Thermochemical reactions at 900°C under a limited supply of oxygen transform solid biomass into BioSyngas and BioChar.
HOT SYNGAS 600°C

Average composition:

  • CO 19 ⁄ 22%
  • H2 15 ⁄ 18%
  • CH4 1 ⁄ 4%
  • CO2 9 ⁄ 12%
  • N2 49 ⁄ 53%
BIOCHAR

Automatic extraction and collection

  • Approx. 5% of input biomass
  • Negative Emission Technology (carbon sequestration)
  • Powerful soil improver and filtration substrate
SYNGAS COOLING AND FILTERING

Ash particles and condensate removal through:

  • Cyclone
  • Heat exchangers
  • Biomass filters
  • Scrubber
ONBOARD AUTOMATION AND POWER PANEL

On-site and remote plant control and grid-tie connection

COGENERATION

Dual or single genset + heat exchangers

  • Three-phase electric power
  • Hot water (80/85°C)
  • Themal power recovered from engine's coolant and flue gases
Image EU patent, US patent, Applicable to enterprises, and Applicable to small and medium communities
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