Blog

May I Introduce Tory – our New AI Agent in Sales

Tory is revo­lu­tio­ni­zing cus­to­mer ser­vice: With in-depth exper­ti­se, she deli­vers fast, cus­to­mi­zed ans­wers about bio­gas, gas ana­ly­tics, and more – in real time. As an intel­li­gent assistant, she accom­pa­nies the enti­re cus­to­mer jour­ney, inte­gra­tes seam­less­ly into your sales pro­cess, and will soon even offer advice via voice. Discover how Tory acce­le­ra­tes your infor­ma­ti­on gathe­ring, streng­thens your cus­to­mer rela­ti­onships, and opti­mi­zes your pro­ces­ses.

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Innovative Solution for Biogas Analysis: the New “BioBasic Biomethane” Device

With the “BioBasic Biomethane”, Fresenius Umwelttechnik is laun­ching a com­pact, robust, and user-fri­end­ly device spe­ci­fi­cal­ly desi­gned for the requi­re­ments of the bio­gas indus­try. Whether for incre­asing effi­ci­en­cy, safe­ty con­trol, or bio­me­tha­ne mea­su­re­ment, the new ana­ly­zer deli­vers pre­cise results in seconds and impres­ses with its ease of use and indus­tri­al qua­li­ty.

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Fresenius Umwelttechnik at Biogas Americas 2025: a Look Back

At the lea­ding trade fair for bio­gas tech­no­lo­gy in North America, we pre­sen­ted our new Gas Analyzer BioBasic – under the mot­to “Analyze your gas qua­li­ty – maxi­mi­ze your pro­fit.” In this review of an exci­ting trade fair event, you can find out how our appearance went, what kind of respon­se we recei­ved, and why gas ana­ly­sis is beco­ming incre­asing­ly important in bio­gas pro­duc­tion.

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Process mea­su­re­ment tech­no­lo­gy for small bio­gas plants: The unde­re­sti­ma­ted key to effi­ci­en­cy

Small bio­gas plants often strugg­le with fluc­tua­ting sub­stra­te qua­li­ty, low mar­gins, and a lack of moni­to­ring. This is whe­re modern mea­su­re­ment tech­no­lo­gy can help – for grea­ter effi­ci­en­cy, lower cos­ts, and sta­ble pro­ces­ses. This artic­le shows how sen­sors and other tech­no­lo­gies can achie­ve gre­at things even with a small bud­get.

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Why it makes sen­se to build a small bio­gas plant – and what is important

Whether on the farm, in the muni­ci­pa­li­ty, or in an apart­ment buil­ding: Small bio­gas plants offer a cle­ver solu­ti­on for decen­tra­li­zed ener­gy gene­ra­ti­on, was­te recy­cling, and cli­ma­te pro­tec­tion. Learn in this artic­le how clean ener­gy is gene­ra­ted local­ly from orga­nic resi­dues – and what is important in terms of plan­ning, tech­no­lo­gy, and ope­ra­ti­on.

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Continuous bio­me­tha­ne moni­to­ring: A con­cept for fee­ding bio­me­tha­ne into the natu­ral gas grid

Feeding bio­me­tha­ne into the natu­ral gas grid places high demands on gas qua­li­ty. Read this artic­le to find out why con­ti­nuous moni­to­ring sys­tems are supe­ri­or to lab-based con­trol, how they impro­ve safe­ty, effi­ci­en­cy, and envi­ron­men­tal com­pa­ti­bi­li­ty, and why they are indis­pensable for sus­tainable plants.

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The use of gas ana­ly­zers in bio­gas pro­duc­tion

Precise moni­to­ring of gas com­po­si­ti­on is cru­cial for a sta­ble, eco­no­mic­al, and envi­ron­men­tal­ly fri­end­ly bio­gas pro­cess. In this artic­le, you will learn how modern gas ana­ly­zers help to maxi­mi­ze metha­ne yields, mini­mi­ze pol­lut­ants, and relia­bly meet legal requi­re­ments – from the fer­men­ter to grid injec­tion.

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The influence of humi­di­ty on the mea­su­re­ment of gases

Moisture in gas mix­tures can sever­ely dis­rupt mea­su­ring sys­tems – from dilu­ti­on effects and con­den­sa­ti­on to cor­ro­si­on. This artic­le
shows how mois­tu­re fal­si­fies mea­su­re­ment results, which indus­tries are par­ti­cu­lar­ly affec­ted, and which tech­no­lo­gies help to ensu­re pre­cise mea­su­re­ments despi­te humid con­di­ti­ons.

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