Plasma-assisted catalytic technology enabling decomposition, reforming, and synthesis in a single integrated process.
PACT Co., Ltd. bridges the gap between university and research institution findings and industry-ready solutions. We take a fully integrated approach — from R&D through field validation, device engineering, and commercial deployment — ensuring technology reaches society.
In collaboration with Hokkaido University and other research partners, we advance our understanding of reaction mechanisms, refine elemental technologies, and assess applicability.
Tailored to the challenges faced by industry and on-site operations, we conduct proof-of-concept trials, technical evaluations, and operational design, translating results into deployable solutions.
Through joint research and technology partnerships, we pursue adoption across the environmental, energy, and chemical sectors, generating sustained value.
PACT Co., Ltd. focuses not on technology in isolation, but on the value that technology brings to real-world operations. Energy savings, reduced environmental impact, and new reaction process designs — we transform industry and societal challenges into deployable value propositions.
By addressing hazardous substances, odours, and exhaust gases, we work towards lowering environmental burdens and improving on-site safety.
By optimising reaction conditions and enabling lower-temperature operation, we contribute to reductions in energy consumption and operational load.
To bring laboratory-stage outcomes closer to real-world deployment, we provide integrated support spanning proof of concept, evaluation, and introduction planning.
Building on our partnership with Hokkaido University, we are developing structures to cultivate research seeds into business opportunities.
PACT Co., Ltd. provides technical solutions and implementation support for the specific challenges facing companies and research institutions.
We explore the feasibility of introducing treatment technologies to reduce odours and exhaust burdens at livestock operations.
With persistent hazardous substances in mind, we explore the potential of low-environmental-impact treatment technologies.
With advances in reaction conditions and lower-temperature operation in view, we examine approaches to enhance chemical conversion process efficiency.
Looking beyond greenhouse gas reduction, we pursue technology pathways that enable CO₂ to be utilised as a resource.
To transition research outcomes into social implementation, we establish pathways to validation and commercialisation, starting from industry-academia collaboration.
Towards the advancement of safety and hygiene management, we pursue technical studies focused on neutralisation and removal capabilities.
PACT stands for Physical And Chemical Technology. By combining plasma with catalytic reactions, it aims to create more flexible and highly efficient alternatives to processes that have traditionally required high temperatures and heavy operational loads.
What distinguishes PACT technology is that it goes beyond mere removal or decomposition — it holds the potential to connect emissions to useful resources and materials. This opens pathways not only for environmental measures, but also for resource circulation and the design of new reaction processes.
Applications span odour, exhaust gas, and persistent substance treatment; the optimisation of chemical conversion processes; and uses related to hygiene and disease prevention — with promising expansion across environmental, energy, chemical, and agricultural sectors.
PACT technology is advancing applied development centred on environmental, agricultural, chemical, and energy sectors — from exhaust gas treatment through to resource conversion.
Expected applications as a processing technology that suppresses environmental burden through the reduction of hazardous substances and odour components.
We seek to redesign conventional high-temperature, high-load processes with more flexible reaction conditions.
Looking beyond decomposition, we pursue expansion into new chemical processes encompassing reforming and synthesis.
Components arising from livestock, agricultural, and food industry operations are reframed through the dual lens of environmental improvement and resource utilisation.
PACT Co., Ltd. was established to ensure that plasma-assisted catalytic technology — cultivated over many years — does not remain confined to research outcomes, but is carried through to validation, adoption, and commercialisation. In particular, our encounter with the Plasma Process Laboratory at Hokkaido University (Professor Koichi Sasaki) became the catalyst for establishing PACT Co., Ltd. within Hokkaido University and advancing social implementation centred on industry-academia collaboration.
Our most recent news relating to our operational base, company establishment, and organisational structure.
Using the Hokkaido University Food & Medical Innovation International Research Centre (FMI) as our operational base — with the 1st floor HX housing our headquarters function and Room 413 serving as our laboratory — we are advancing R&D, validation, and commercialisation.
PACT Co., Ltd. has been established as the core company responsible for reforming, synthesis, technical evaluation, and growth strategy, with a structure in place to advance the social implementation of our technology.
The official website of PACT Co., Ltd. launches today. For enquiries regarding technology partnerships, joint research, and proof-of-concept trials, please feel free to contact us via the form on this site.
We are advancing step by step — from technology establishment through to validation, device engineering, and domestic and international deployment.
We deepen our understanding of reaction mechanisms, accumulate foundational data, and refine elemental technologies.
Through joint research with universities and industry partners, we conduct proof-of-concept trials and technical verification for each target challenge.
We advance system design and device engineering with real-world application in mind, increasing readiness for adoption.
In addition to domestic rollout, we pursue international collaboration and explore the potential for expansion into overseas markets.
Supported by our collaborative foundation with Hokkaido University, our management structure is designed to bridge research and social implementation.
The mission of PACT Co., Ltd. — with Physical And Chemical Technology at its core — is to translate accumulated R&D into social implementation. Building on our partnership with Hokkaido University, we aim to address specific challenges in the environmental, energy, and chemical sectors.
Going beyond the research stage, and with proof of concept, device engineering, and commercialisation firmly in our sights, we will advance steadily together with partners both in Japan and overseas.
The three companies — including PACT Co., Ltd. — form an integrated operational structure within the Impact Group, each fulfilling distinct roles.
Sharing the overarching vision of Impact Group, three functions — R&D, technology core, and industrialisation support — operate in organic collaboration, forming a structure that drives the social implementation of PACT technology forward.
Responsible for R&D, international projects, and technology accumulation, supporting the intellectual foundation of the group.
The core company advancing technology development, validation, device engineering, and social implementation, with PACT technology at its centre.
Responsible for manufacturing, implementation, and industrialisation support, playing a key role in the on-site deployment of technology.
PACT Co., Ltd. is headquartered and operates its laboratory within the Hokkaido University Food & Medical Innovation International Research Centre (FMI). Please find the map, address details, and visitor guidance below.
For enquiries regarding technology partnerships, joint research, proof-of-concept trials, technical evaluation, and media interviews, please use the form below.
PACT Co., Ltd. accepts the following types of enquiry, all of which connect to social implementation.
