Decarbonisation Scan: The first step towards CO₂ reduction
What is the Decarbonisation Scan?
The Decarbonisation Scan is a structured roadmap designed to help your business reduce CO₂ emissions. The scan includes the following steps:
1. Analyzing current energy sources
We map your current energy consumption, providing insight into existing processes and where better measurement is crucial.
2. Identifying energy-efficient process steps
We pinpoint where your processes can become more energy efficient.
3. Exploring sustainable energy options
We assess various sustainable energy sources, including hydrogen and other innovative solutions, to find those best suited to your business model.
4. Adapting gas-powered equipment
If your business uses gas-powered equipment, we can offer a range of solutions to adapt these systems for hydrogen and other sustainable energy sources based on the Decarbonisation Scan results. Kiwa’s extensive hydrogen test center and expertise in sustainable energy sources are key to this process.
Who is the Decarbonisation Scan for?
The Decarbonisation Scan is aimed at companies that are looking for various ways to reduce CO₂ emissions. The scan targets companies with up to five energy-related process steps and those whose individual sites consume more than 6,500 m3 of natural gas or 15,000 kWh of electricity annually for their company-specific processes.
Is your region or industrial cluster ready to reduce CO₂ emissions and contribute to climate goals? Our Smart Energy Hub Scan provides you with insights into opportunities to optimize energy use and transition to sustainable energy sources.
Why Kiwa?
✓ One-stop-shop: knowledge of all sustainable energy solutions under one roof
✓ Proven quality for testing, certification and training
✓ Independent advice and assessment
✓ Concrete innovation steps with a tailored approach
✓ Quick action with our clear vision on the energy transition
The need for decarbonization
The Dutch government has set ambitious targets for the industry: by 2050, the Netherlands must be climate neutral, with an intended goal of 55% CO₂ reduction by 2030 compared to 1990 levels. These plans make it clear that there is no time to waste. Rising CO₂ and energy prices due to legislation further increase costs for industrial companies. Decarbonization is a pressing issue, and immediate action is crucial.
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Frequently asked questions about the Decarbonisation Scan
What is the purpose of conducting the Decarbonisation Scan?
The Decarbonisation Scan aims to identify opportunities for energy savings, process improvements and the exploration of sustainable energy sources such as hydrogen.
How does the Decarbonisation Scan contribute to cost savings for a business?
An Decarbonisation Scan helps businesses identify inefficient energy use and provides solutions to switch to more sustainable and cost-effective energy sources, leading to reduced operational costs.
What is the environmental impact of an Decarbonisation Scan for businesses?
The Decarbonisation Scan has a positive environmental impact by helping companies reduce CO₂ emissions. This is achieved by optimizing energy processes and advising on sustainable energy sources, contributing to climate goals.
What are the benefits of the Decarbonisation Scan for SMEs?
The Decarbonisation Scan offers detailed insights into energy consumption for small and medium-sized enterprises (SMEs), leading to tailored advice for energy efficiency and sustainability. This can result in significant cost savings and a reduced environmental footprint.
What does business energy advice entail?
Business energy advice, following an Decarbonisation Scan, includes strategic recommendations for energy savings, the implementation of sustainable energy solutions and modifications to gas-powered equipment.
How can a company request an Decarbonisation Scan?
Companies can request an Decarbonisation Scan by contacting Kiwa. Our experts will perform a detailed analysis of energy sources and process improvements.
Frequently asked questions about the energy transition
What is the energy transition? What role does the built environment play in it?
The energy transition is the shift from fossil fuels to renewable energy sources to reduce CO₂ emissions and promote sustainability. The built environment contributes by improving energy efficiency, enabling local energy production (e.g., solar panels) and participating in Smart Energy Hubs for integrated energy solutions.
How does the energy transition in the Netherlands support the 2030 and 2050 targets? What role does an energy transition model play?
The Netherlands aims for a 49% CO₂ reduction by 2030 and climate neutrality by 2050. An energy transition model helps companies achieve these goals by providing a structured approach to adopting sustainable energy with a focus on industry needs and decarbonization.
What role do businesses play in the energy transition? How does Kiwa support them?
Businesses advance the energy transition by decarbonizing processes and investing in renewable energy. Kiwa supports them through services like the Decarbonisation Scan, offering advice on energy efficiency, CO₂ reduction and integrating renewable energy sources like hydrogen.
What does the energy transition look like in practice?
Examples include implementing solar panels, wind turbines, hydrogen as a fuel in transportation and industry and heat pumps in the built environment.
What are the costs associated with the energy transition for businesses?
Energy transition costs include investments in new technologies, adapting existing infrastructure and operational changes. Over time, these investments lead to savings by reducing energy consumption and CO₂ costs.
Frequently asked questions about renewable energy
How can companies integrate renewable energy storage with a Smart Energy Hub for business applications?
Companies can combine renewable energy storage technologies like battery systems and hydrogen storage with a Smart Energy Hub. This optimizes energy balance, providing a stable energy supply, lower costs and a smoother energy transition.
How can a company achieve climate neutrality with renewable energy?
To achieve climate neutrality, companies can reduce CO₂ emissions through energy efficiency, use renewable energy sources and offset unavoidable emissions with green energy certificates.
What is an energy-neutral company? How can businesses begin producing green energy?
An energy-neutral company generates or purchases as much renewable energy as it consumes. Businesses can start by investing in renewable energy production, such as solar panels or wind turbines, and by participating in initiatives like Smart Energy Hubs. Kiwa's Decarbonisation Scan provides insights into opportunities for green energy production.
What is a Smart Hydrogen Hub and how does it fit into the energy transition?
A Smart Hydrogen Hub is a network focusing on the production, storage and distribution of hydrogen as a renewable energy source. It supports the energy transition by enabling companies to use hydrogen for energy storage and as a fuel, contributing to sustainable energy production and distribution.