Div 1: Climate Tech Solutions Division

Solution Evaluation Pipeline

ACT! maintains a rigorously evaluated and qualified pipeline of climate technology solutions spanning decarbonization and solar radiation management categories. Our digital carbon platforms are now delivered through the dedicated Digital Carbon Leverage Division.

Active Pipeline Solutions

Horizon Projects

0Mt

Target CO₂e Abatement

$0M+

Total Investment Scope

In Brief

This division currently has four climate technologies moving through our evaluation and funding pipeline, plus two ambitious longer-term projects. Together with our wider platform, they target nearly 200 million tonnes of CO₂ reduction and over US$600M in total investment scope. Our digital carbon platforms are now housed in the Digital Carbon Leverage Division.

Active Pipeline

Solutions that have cleared our Feasibility & Fit Assessment Process and are progressing toward or are currently in deployment.

ACT! InfraGreen™

A1 - Abatement

Ready for Funding

AI-Powered Building Energy Efficiency - Redefining how energy is used and managed using artificial intelligence. Next-generation technology to revolutionize engineering control systems.

Q2 2026

Singapore

US$30M (equity & debt, 5-year)

100Mt CO₂e in 10 years

Key Features

Energy Audit & Site SurveyHVAC upgrades & AC/DC conversionIoT & BMS InstallationAI Energy Profiling & Predictive Analytics>15% guaranteed energy savingsZero CAPEX model for end-users

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ACT! EarthGuard™

A1 - Abatement

Ready for Funding

Nature-Based Solutions for carbon removal and ecosystem restoration, including protection of natural assets, regenerative farming, reforestation, afforestation, agro forestry, and bamboo cultivation.

Q2 2026

UK/Belgium

US$170M (equity & debt, 7-year)

95Mt CO₂e in 10 years

Key Features

Protection of Natural AssetsRegenerative FarmingReforestation & AfforestationHigh Quality Carbon CreditsBacked by Carbon Insurance94 projects by Year 7

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ACT! BioCarb™

A1 - Abatement

Pending Trial

Fossil Fuels Bio-Catalyst Solution making significant impact on the Energy Transition Process. 18-24% efficiency enhancement in fossil fuel combustion.

Q1 2027

Japan

US$330M

2+ Billion tCO₂e in 7 years

Key Features

TRL 6 (Coal), TRL 4 (Natural Gas)18-24% fuel efficiency enhancement1+ Billion tCO₂e/year by Year 7Bio-catalyst technology

ACT! W2E™

A2 - Energy Generation

Undergoing FFAP

Waste-To-Energy Sandwich Gasifier for reduction in GHGs from MSW, Landfills and Plastic Waste. 5 TPD truck-mounted and 50 TPD modular systems.

Q2 2027

USA

TBC

GHG reduction from MSW & landfills

Key Features

Sandwich Gasifier technology5 TPD truck-mounted50 TPD modular systemsLower maintenance, higher efficiency

Horizon Projects

Early-stage opportunities under evaluation. These represent potential future additions to the active pipeline, subject to further diligence and consortium development.

ACT! SunShield™

C - Solar Radiation Mgmt

Exploratory / Consortium Stage

Long-term off-earth initiative to progressively deploy an optimal Solar Radiation Management reflector in space, targeting the abatement of global cropland desertification. Multinational consortium-led.

USA

7% solar radiation abatement

Key Features

Solar Radiation ManagementLagrange Point L1 deploymentMultinational ConsortiumEngineering systems exist

ACT! GeoThermics™

A2 - Energy Generation

Exploratory / +12 Months

Closed-Loop Deep Drilled Geothermal Energy Solution targeted to replace 30% of fossil fuel energy in 12 years across Asia Pacific.

Germany

Replace 30% Fossil Fuel Energy

Key Features

Closed-loop deep drillingAsia Pacific focusBaseload clean energy

Key

Category A:

Decarbonization Solutions:

A1. Abatement Solutions

ACT! EarthGuard™

ACT! InfraGreen™

ACT! BioCarb™

A2. Energy Generation Solutions

ACT! GeoThermics™

ACT! W2E™

Category C:

Solar Radiation Management Solutions:

ACT! SunShield™

The ACT! Feasibility & Fit Assessment Process (FFAP)

6-Stage Process

Typically conducted over an approximately 12-week cycle, depending on solution maturity and diligence requirements.

Step 1

Initial screening and documentation review

Step 2

Technical viability assessment

Step 3

Commercial and economic feasibility analysis

Step 4

Environmental and impact assessment

Step 5

Partner and market scalability evaluation

Step 6

Final review and funding readiness decision

In Brief

Before any technology enters our portfolio, it goes through a thorough 12-week assessment covering six stages - from initial screening to funding readiness. Think of it as a rigorous quality check: only technologies that pass every test move forward.

Selection Criteria

Technical Viability - Proven technology, TRL ≥ 7 preferred

Economic Feasibility - No-subsidy economics required

Environmental Impact - Clear, measurable carbon abatement

Scalability - Global deployment potential via RCOL model

Commercialization Rights - Exclusive and enforceable

Partner Availability - Regional partners identified