More efficiency and sustainability with Digital Enterprise
Alternative raw materials such as biomass and renewable sources of energy such as solar, wind, and hydro power are becoming more and more important for the global supply of power and raw materials – as alternatives to crude oil that make economic and ecological sense. Biorefineries play a key role in this context. Processes based on renewable sources of energy can be called green refineries.
Efficient design of bioprocessesA biorefinery is comparable to an oil refinery: raw materials are first pretreated and processed, then separated into components, and ultimately converted or refined. Biomass refineries improve the energy footprint and protect the environment. More and more chemical companies are looking for efficient, safe, and high-quality methods to produce or refine their products on the basis of biological processes. In biotechnological production, living bacteria and plant material are suitable as starting materials. Fat and vegetable oil can also be used as raw material, e.g. as in a biodiesel plant.
Research for greater sustainability
To this end, renewable raw materials or microorganisms are used to obtain high-quality compounds through synthesis or fermentation. These compounds are then used in the production of bioplastics based on lactic acid (polylactide acid, PLA). A portion of the biomass is used in the plant not as a material but as a source of energy.
High standards for the processes
Development of biologically based products requires a great deal of time and money. It is necessary to observe statutory regulations and meet high quality requirements. Highly complex and sensitive laboratory procedures often have to be scaled to industrial size. It is important to commission the plant easily and quickly – using COMOS Engineering, for example – as well as to control the processes flexibly and cost efficiently with SIMATIC PCS 7 or SIMATIC PCS neo.
Processes become digital
The full potential of biotechnological production can be exploited through the digitalization of biological processes. The centerpiece of the digital plant is its digital twin – a precise map of the virtual biorefinery and the data documentation over the entire value flow and lifecycle. With our simulation tools, processes and plant components can be simulated and continuously optimized through repeatable tests. Intelligent data analyses based on digital applications and their rapid implementation accelerate innovation and boost productivity while also helping to enhance product quality.
The task of bio-/green refineries is to make use of biomass and renewable energies by converting them into various intermediate and end products by utilizing a wide variety of technologies. We support operators of this refineries in ensuring that the processes in their plants run as flexibly, efficiently, and sustainably as possible. We are convinced that the resulting opportunities for climate protection, value creation, and resource efficiency are enormous. There are as many forms of renewable energy as there are ways of using them. Various biofuels, energy sources, and green chemicals can be produced from such biomass as corn, grass, algae, or solid waste and from such renewable sources as wind, solar, and hydro power. The high-quality by-products can also be used for animal feed or fertilizers.
Conversion of excess energy by electrolysis into "green" hydrogen which can be used in varied ways.
Generation of electrical and/or thermal energy by combustion of biogas/synthesis gas or biomass in power plants
Organic materials are converted by means of microorganisms or enzymes, e.g. for bioethanol.
Gasification of organic material and use of the synthesis gas, e.g. for chemical products, synthetic fuel or power generation in power plants.
Bio-refineries transform biomass or "green" gas into "green" chemistry, i.e. into biofuels and bioenergy. The process uses by-products efficiently.
Biodiesel, bioethanol, or biogas – biofuels are an environmentally friendly alternative to fossil fuels.
Biomass conversion produces valuable by-products that can be further used. Find out how we can make flexible production easier for you.
Green chemistry is the key to sustainable production with fewer harmful effects to the environment and less energy waste.
Portfolio for bioethanol production
Perfectly tailored for fermentation and distillation
Glucose (such as in sugar cane) or starch from plants such as corn can be converted into ethanol and other alcohols of any desired concentration by means of fermentation and distillation. Nowadays, more and more non-food biomass is being used for this type of production. Our integrated portfolio for automation, digitalization, and energy management is ideal for maximizing safety, flexibility, and efficiency. It is perfectly tailored to all areas of bioalcohol production.
Precise and safe from input to output
Even in the first process step of raw materials handling, we use precise processes to support delivery, weighing, analysis, and storage of feedstocks such as corn, sugar cane, vegetable waste, wood or straw. This of course also applies to residual materials and by-products, which can be further marketed as, for example, animal feed or high protein. In the entire field, even in hazardous zones, you can rely on our robust process instrumentation as well as safe drive and switching technology. Within the framework of energy management, we support combustion of residues and by-products for energy recovery and steam generation. These electrical or thermal energies increase the overall efficiency of your bioethanol plant.
Products & Solutions
As one of the leading suppliers of environmentally friendly processing technology, we offer an integrated range of solutions perfectly tailored to all areas of bioethanol production worldwide for more and more first and second generation bioethanol plants.
Assisting you throughout the entire process
Biodiesel can be used in many different ways, produced from different starting materials, and tailored to a variety of requirements through blending. In addition to performance, the safety of our solutions play an important role, given that production of biodiesel also takes place in hazardous areas – for greater availability and efficiency of your plant.
Less costs, higher transparency, more effectiveness: Optimize the automation, digital transformation and energy distribution of your biofuel plant with our products and solutions - it will pay off for you.
Creating valuable gases with the Digital Enterprise, environmentally friendly
Converting biomass into syngas through thermochemical gasification is a clean and climate-friendly approach for producing high-quality products such as electricity, chemicals, or synthetic fuels. The production of biogas by means of the anaerobic, microbial breakdown of organic substances in biogas plants stands out for its good ecobalance and high fuel yield per acre. After conversion it can be fed into the natural gas grid. In this way you make a contribution to environmental protection while maximizing your productivity and efficiency.
Making biogas and syngas safely and efficiently
We offer a synchronized portfolio for all areas of gas generation plants, processing, infeed, and material logistics as well as optimal and safe integration of automation and process engineering. For plant management, such as simulation or optimization of the gasification process, our digitalization solutions support aggregation and analysis of data, thus contributing to better decision-making.
Products & Solutions
From customized automation and control concepts to rugged devices and precise measurements: Our portfolio supports the optimization of the processes and quality in your plant.
Environmentally friendly production of energy from biomass with Digital Enterprise
Operation of a biomass power plant specially in a refinery has many advantages, including low-cost natural energy source, less expense for disposal, reduced energy consumption, and a smaller CO2 footprint. Green hydrogen, synthesis gas from the gasification of biomass or burning of biomass can be used to generate environmentally friendly electricity and heat.
Cost-efficient operation of a biomass power plant requires skillful management of the production processes. With extensive experience in the field of renewable fuels and energy generation, we support you in efficiently achieving your goals.
Biomass power plants
In many countries, the generation of electricity and the use of heat from biomass are supported by government funding, because sustainable energy generation is an effective way to fight climate change. With our technological concepts and a broad portfolio for digitalization, automation, and electrification, we support you in implementing the most economically viable alternative. We are your partner for the generation of electrical energy in biomass-fired cogeneration plants or biomass power plants, for plants for district, local, or process heat, and a dedicated biomass heating plant for supplying heat.
Products & Solutions
Lower costs, greater transparency, more effectiveness: optimize the automation technology, digital transformation, and electrification of your biomass power plant with our products and systems – it will pay off for you.
Using bioenergy as a raw material with the Digital Enterprise
Whether they are solar parks or wind farms – renewable energy sources produce surplus electricity inexpensively. In power-to-gas plants, this electricity can be temporarily stored and converted into “green,” renewable hydrogen. Power-to-gas is thus regarded as a key technology for sustainably reducing CO2 emissions and for the success of the energy revolution.
Turning hydrogen into a resource
Hydrogen is an important raw material for the chemical industry and is primarily extracted from natural gas, a process which is not environmentally friendly. Power-to-gas plants offer the advantage of generating hydrogen and methane from the regenerative surplus of green electricity and economically storing these substances for later use in a variety of applications. Electrolysis is the key technology here. Our portfolio is ideally suited for automating and safely operating power-to-gas plants. It also includes various solutions for feeding into the natural gas grid, generating electricity, or producing “green” ammonia.
Products & Solutions
Lower costs, greater transparency, higher effectiveness: optimize the automation, digital transformation, and power distribution of your power-to-gas plant with our products and systems – it will pay off for you.
We are always happy to help.
Maximum safety, efficiency and productivity are indispensable for the profitable operation of a chemical plant. We help you achieve these goals in the face of global competition. As a reliable partner to the chemical industry, we make your goals our own.