{"id":20228,"date":"2020-10-21T18:01:37","date_gmt":"2020-10-21T16:01:37","guid":{"rendered":"https:\/\/eta-energieberatung.de\/?post_type=dt_portfolio&#038;p=20228"},"modified":"2021-01-25T14:08:14","modified_gmt":"2021-01-25T13:08:14","slug":"richard-geiss","status":"publish","type":"post","link":"https:\/\/eta-energieberatung.de\/en\/richard-geiss\/","title":{"rendered":"Richard Geiss"},"content":{"rendered":"<p><span><img decoding=\"async\" alt=\"F\u00f6rderung Abw\u00e4rmenutzung Richard Geiss\" data-id=\"22184\" width=\"1258\" data-init-width=\"1400\" height=\"242\" data-init-height=\"269\" title=\"Richard Geiss Ausschnitt\" loading=\"lazy\" src=\"https:\/\/eta-energieberatung.de\/wp-content\/uploads\/2021\/01\/Richard-Geiss-Ausschnitt.jpg\" data-width=\"1258\" data-height=\"242\" style=\"\"><\/span><\/p>\n<h1>Richard Geiss<\/h1>\n<p>In the project different approaches to waste heat utilisation were analysed technically and economically. Waste heat sources and sinks were compared and concepts were developed, for which the funding possibilities according to the &#8220;Bundesf\u00f6rderung f\u00fcr Energieeffizienz in der Wirtschaft&#8221; EEW (BAFA) were researched.Richard Geiss GmbH is a third-generation family-owned company that offers transport, disposal and processing of waste with organic solvents from various industries. The core process is the professional preparation and distillation of the solvents from the waste and the return of the high-purity distillates into a functioning circulation system.<\/p>\n<h2>Key data on the project<\/h2>\n<h3>Richard Geiss GmbH<\/h3>\n<p>The field of expertise is the takeover and processing of solvent-containing waste products as well as the sale of high-purity distillates.At the site, solvents are evaporated from the residual materials with the help of thermal oil, condensed via cooling water and thus distilled in pure form. Some of the residual substances produced in the process are transported away for disposal and some are used in a rotary kiln to generate steam on site.<\/p>\n<h3>Industry sector<\/h3>\n<p>Chemical industry<\/p>\n<h3>Project location<\/h3>\n<p>Offingen\/Donau<\/p>\n<h3>Target group<\/h3>\n<p>Small and medium-sized enterprises<\/p>\n<h3>Keywords<\/h3>\n<p>Waste heat utilisation, process optimisation, absorption refrigeration, funding, funding programme &#8220;Energy consulting in medium-sized companies<\/p>\n<h3>Customer benefits<\/h3>\n<p>Systematic evaluation of the possibilities for waste heat recovery and utilisation as well as the optimisation of waste material recycling. Selection of suitable funding programmes to improve the economic efficiency of the measures to be implemented.<\/p>\n<p><span style=\"width: 100%;\"><img decoding=\"async\" alt=\"Destillationskolonnen Richard Geiss GmbH\" title=\"Richard Geiss1\" data-id=\"21456\" src=\"https:\/\/eta-energieberatung.de\/wp-content\/uploads\/2021\/01\/Richard-Geiss1.jpg\" style=\"\" width=\"500\" height=\"375\" data-width=\"500\" data-height=\"375\" data-init-width=\"500\" data-init-height=\"375\" loading=\"lazy\"><\/span><\/p>\n<h3>Technical data<\/h3>\n<ul>\n<li><span>50.000 t\/year distillation capacity<\/span><\/li>\n<\/ul>\n<h2>Terms of reference<\/h2>\n<p>The waste heat potential of the plant was to be determined and evaluated. For this purpose, the waste heat sources and sinks were to be systematically compared. From this, different concepts for waste heat utilisation were developed and economically evaluated. A funding research for process optimisation was carried out and suitable programmes were identified.<\/p>\n<h2>Results<\/h2>\n<p>The waste heat recovery from the exhaust gas of the thermal oil furnace and the air compressors is an economical option for heating buildings and can thus replace the valuable steam.<\/p>\n<p>The use for absorption refrigeration for glycol exhaust air scrubbing is considerably more expensive, but with the appropriate funding programme it is also an interesting option.<\/p>\n<p>The use of waste heat from the cooling water via heat pumps for building heating, on the other hand, is less recommendable due to the high temperature swing and the high use of electricity.<\/p>\n<p>The project with the greatest potential for CO<sub>2<\/sub> savings is the optimisation of the rotary kiln for recycling residual materials, which will significantly reduce the use of natural gas for steam generation and promises a high funding rate.<\/p>\n<ul>\n<li><span>Waste heat recovery from compressed air with 18 kW<\/span><\/li>\n<li><span>Waste heat utilisation from the exhaust gas of the thermal oil boiler with max. 140 kW<\/span><\/li>\n<li><span>Waste heat in cooling water 800 kW<\/span><\/li>\n<li><span>Doubling the capacity of steam generation from residues<\/span><\/li>\n<li><span>Einsparpotenzial approx. 1,500 t CO<sub>2<\/sub> pro Jahr<\/span><\/li>\n<\/ul>\n<h2 style=\"text-align: left;\"><span>Let us help you to reduce your energy costs<\/span><\/h2>\n<p>We would be happy to analyse the possibilities to reduce your energy consumption and your energy costs.<\/p>\n<p>&nbsp;<\/p>\n<p>We will create an energy concept for you to realize your savings potential. The concept we will then implement together with you.<\/p>\n<p>&nbsp;<\/p>\n<p>Call me without obligation or write me an e-mail.<\/p>\n<p> <a href=\"tel:+498441494642\" target=\"_blank\" rel=\"noopener\"><span>    <\/span> <span><span style=\"\">call 08441\/4946-42<\/span><\/span> <\/a>  <a href=\"mailto:bernhard.negele@eta-energieberatung.de\" target=\"_blank\" rel=\"noopener\"><span>    <\/span> <span><span>e-mail address<\/span><\/span> <\/a>  <\/p>\n<p style=\"text-align: center;\"><span style=\"color:var(--tcb-color-10);\">\u200b\u200b<\/span><span style=\"color:var(--tcb-color-4);\">Bernhard Negele<\/span><\/p>\n","protected":false},"excerpt":{"rendered":"<p>In the project different approaches to waste heat utilisation were analysed technically and economically. Waste heat sources and sinks were compared and concepts were developed, for which the funding possibilities according to the &#8220;Bundesf\u00f6rderung f\u00fcr Energieberatung im Mittelstand&#8221; were researched.<\/p>\n","protected":false},"author":3,"featured_media":21456,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"_monsterinsights_skip_tracking":false,"footnotes":"","tve_updated_post":"<div class=\"thrv_wrapper thrv-page-section tcb-window-width\" style=\"width: 1620px; left: -260px;\" data-css=\"tve-u-16e7e41726f\">\n<div class=\"tve-page-section-out\"><\/div>\n<div class=\"tve-page-section-in tve_empty_dropzone\" data-css=\"tve-u-16e7e41726d\"><div class=\"thrv_wrapper tve_image_caption\" data-css=\"tve-u-17739a8c046\" style=\"\"><span class=\"tve_image_frame\"><img class=\"tve_image wp-image-22184\" alt=\"F\u00f6rderung Abw\u00e4rmenutzung Richard Geiss\" data-id=\"22184\" width=\"1258\" data-init-width=\"1400\" height=\"242\" data-init-height=\"269\" title=\"Richard Geiss Ausschnitt\" loading=\"lazy\" src=\"https:\/\/eta-energieberatung.de\/wp-content\/uploads\/2021\/01\/Richard-Geiss-Ausschnitt.jpg\" data-width=\"1258\" data-height=\"242\" style=\"\" data-css=\"tve-u-17739a8d228\"><\/span><\/div><\/div>\n<\/div><div class=\"thrv_wrapper thrv_text_element\" data-tag=\"h1\" data-css=\"tve-u-16e7e417270\"><h1 class=\"\" data-css=\"tve-u-16e7e4172f9\">Richard Geiss<\/h1><\/div><div class=\"thrv_wrapper thrv_text_element\"><p>In the project different approaches to waste heat utilisation were analysed technically and economically. Waste heat sources and sinks were compared and concepts were developed, for which the funding possibilities according to the \"Bundesf\u00f6rderung f\u00fcr Energieeffizienz in der Wirtschaft\" EEW (BAFA) were researched.<br>Richard Geiss GmbH is a third-generation family-owned company that offers transport, disposal and processing of waste with organic solvents from various industries. The core process is the professional preparation and distillation of the solvents from the waste and the return of the high-purity distillates into a functioning circulation system.<\/p><\/div><div class=\"thrv_wrapper thrv_contentbox_shortcode thrv-content-box tve-elem-default-pad tcb-global-contentbox-k0zdm63p\" data-value-type=\"percent\" data-css=\"tve-u-16e7e43ee3d\">\n\t<div class=\"tve-content-box-background tcb-global-contentbox-k0zdm63p-bg\" data-clip-id=\"295b90c032b068\" data-css=\"tve-u-16e7e43ee3e\"><svg width=\"0\" height=\"0\" class=\"tve-decoration-svg\"><defs><\/defs><\/svg><\/div>\n\t<div class=\"tve-cb tcb-global-contentbox-k0zdm63p-cb\" data-css=\"tve-u-16d68df4161\"><div class=\"thrv_wrapper thrv-columns\" data-css=\"tve-u-16e7e43ee27\"><div class=\"tcb-flex-row tcb--cols--2\" data-css=\"tve-u-16e7e43ee2a\"><div class=\"tcb-flex-col\"><div class=\"tcb-col\" data-css=\"tve-u-16e7e43ee28\"><div class=\"thrv_wrapper thrv_text_element\" data-tag=\"h2\" data-css=\"tve-u-16e7e43ee25\"><h2 class=\"\" data-css=\"tve-u-16e7e43ee52\">Key data on the project<\/h2><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee2c\" data-tag=\"h3\"><h3 class=\"\">Richard Geiss GmbH<\/h3><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee36\" data-tag=\"h3\"><p data-css=\"tve-u-16e7e43ee54\">The field of expertise is the takeover and processing of solvent-containing waste products as well as the sale of high-purity distillates.<br>At the site, solvents are evaporated from the residual materials with the help of thermal oil, condensed via cooling water and thus distilled in pure form. Some of the residual substances produced in the process are transported away for disposal and some are used in a rotary kiln to generate steam on site.<\/p><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee2c\" data-tag=\"h3\"><h3 class=\"\" data-css=\"tve-u-16e7e43ee5b\">Industry sector<\/h3><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee37\" data-tag=\"h3\"><p data-css=\"tve-u-16e7e43ee55\">Chemical industry<\/p><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee2c\" data-tag=\"h3\"><h3 class=\"\" data-css=\"tve-u-16e7e43ee5c\">Project location<\/h3><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee38\" data-tag=\"h3\"><p data-css=\"tve-u-16e7e43ee56\">Offingen\/Donau<\/p><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee2c\" data-tag=\"h3\"><h3 class=\"\" data-css=\"tve-u-16e7e43ee5d\">Target group<\/h3><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee3a\" data-tag=\"h3\"><p data-css=\"tve-u-16e7e43ee57\">Small and medium-sized enterprises<\/p><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee2c\" data-tag=\"h3\"><h3 class=\"\" data-css=\"tve-u-16e7e43ee5e\">Keywords<\/h3><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee3c\" data-tag=\"h3\"><p data-css=\"tve-u-16e7e43ee58\">Waste heat utilisation, process optimisation, absorption refrigeration, funding, funding programme \"Energy consulting in medium-sized companies<\/p><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee2c\" data-tag=\"h3\"><h3 class=\"\" data-css=\"tve-u-16e7e43ee5f\">Customer benefits<\/h3><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee34\" data-tag=\"h3\"><p data-css=\"tve-u-16e7e43ee5a\">Systematic evaluation of the possibilities for waste heat recovery and utilisation as well as the optimisation of waste material recycling. Selection of suitable funding programmes to improve the economic efficiency of the measures to be implemented.<\/p><\/div><\/div><\/div><div class=\"tcb-flex-col\" data-css=\"tve-u-17545b48046\"><div class=\"tcb-col\" data-css=\"tve-u-16e7e43ee29\"><div class=\"thrv_wrapper tve_image_caption\" data-css=\"tve-u-16e7e43ee2b\"><span class=\"tve_image_frame\" style=\"width: 100%;\"><img class=\"tve_image wp-image-21456\" alt=\"Destillationskolonnen Richard Geiss GmbH\" title=\"Richard Geiss1\" data-id=\"21456\" src=\"https:\/\/eta-energieberatung.de\/wp-content\/uploads\/2021\/01\/Richard-Geiss1.jpg\" style=\"\" data-css=\"tve-u-16e7e704451\" width=\"500\" height=\"375\" data-width=\"500\" data-height=\"375\" data-init-width=\"500\" data-init-height=\"375\" loading=\"lazy\"><\/span><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-16e7e43ee44\" data-tag=\"h3\"><h3 class=\"\">Technical data<\/h3><\/div><div class=\"thrv_wrapper thrv-styled_list\" data-icon-code=\"icon-check\" data-css=\"tve-u-16e7e43ee3f\"><ul class=\"tcb-styled-list\"><li class=\"thrv-styled-list-item\" data-css=\"tve-u-16e7e43ee40\"><div class=\"tcb-styled-list-icon\"><div class=\"thrv_wrapper thrv_icon tve_no_drag tcb-no-delete tcb-no-clone tcb-no-save tcb-icon-inherit-style\" data-css=\"tve-u-16e7e43ee41\"><svg class=\"tcb-icon\" viewBox=\"0 0 32 32\" data-id=\"icon-check\" data-name=\"check\">\n<path d=\"M29.333 10.267c0 0.4-0.133 0.8-0.533 1.2l-14.8 14.8c-0.267 0.267-0.667 0.4-1.067 0.4s-0.933-0.133-1.2-0.533l-2.4-2.267-6.267-6.267c-0.267-0.267-0.4-0.667-0.4-1.2s0.133-0.8 0.533-1.2l2.4-2.4c0.267-0.133 0.667-0.4 1.067-0.4s0.8 0.133 1.2 0.533l5.067 5.067 11.2-11.333c0.267-0.267 0.667-0.533 1.2-0.533 0.4 0 0.8 0.133 1.2 0.533l2.4 2.4c0.267 0.267 0.4 0.667 0.4 1.2z\"><\/path><\/svg><\/div><\/div><span class=\"thrv-advanced-inline-text tve_editable tcb-styled-list-icon-text tcb-no-delete tcb-no-save\" data-css=\"tve-u-16e7e43ee42\">50.000 t\/year distillation capacity<\/span><\/li><\/ul><\/div><\/div><\/div><\/div><\/div><\/div>\n<\/div><div class=\"thrv_wrapper thrv_text_element\" data-tag=\"h2\" data-css=\"tve-u-16e7e417273\"><h2 class=\"\" data-css=\"tve-u-16e7e4172f8\">Terms of reference<\/h2><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-1662ed6bdba\"><p>The waste heat potential of the plant was to be determined and evaluated. For this purpose, the waste heat sources and sinks were to be systematically compared. From this, different concepts for waste heat utilisation were developed and economically evaluated. A funding research for process optimisation was carried out and suitable programmes were identified.<\/p><\/div><div class=\"thrv_wrapper thrv_text_element\" data-tag=\"h2\" data-css=\"tve-u-16e7e417273\"><h2 class=\"\" data-css=\"tve-u-16e7e4172f8\">Results<\/h2><\/div><div class=\"thrv_wrapper thrv_text_element\" data-css=\"tve-u-1662ed6bdba\"><p>The waste heat recovery from the exhaust gas of the thermal oil furnace and the air compressors is an economical option for heating buildings and can thus replace the valuable steam.<\/p><p>The use for absorption refrigeration for glycol exhaust air scrubbing is considerably more expensive, but with the appropriate funding programme it is also an interesting option.<\/p><p>The use of waste heat from the cooling water via heat pumps for building heating, on the other hand, is less recommendable due to the high temperature swing and the high use of electricity.<\/p><p>The project with the greatest potential for CO<sub>2<\/sub> savings is the optimisation of the rotary kiln for recycling residual materials, which will significantly reduce the use of natural gas for steam generation and promises a high funding rate.<\/p><\/div><div class=\"thrv_wrapper thrv-styled_list\" data-icon-code=\"icon-check\" data-css=\"tve-u-16e7e41727c\"><ul class=\"tcb-styled-list\"><li class=\"thrv-styled-list-item\" data-css=\"tve-u-16e7e417286\"><div class=\"tcb-styled-list-icon\"><div class=\"thrv_wrapper thrv_icon tve_no_drag tcb-no-delete tcb-no-clone tcb-no-save tcb-icon-inherit-style\" data-css=\"tve-u-16e7e417280\"><svg class=\"tcb-icon\" viewBox=\"0 0 32 32\" data-id=\"icon-check\" data-name=\"check\">\n<path d=\"M29.333 10.267c0 0.4-0.133 0.8-0.533 1.2l-14.8 14.8c-0.267 0.267-0.667 0.4-1.067 0.4s-0.933-0.133-1.2-0.533l-2.4-2.267-6.267-6.267c-0.267-0.267-0.4-0.667-0.4-1.2s0.133-0.8 0.533-1.2l2.4-2.4c0.267-0.133 0.667-0.4 1.067-0.4s0.8 0.133 1.2 0.533l5.067 5.067 11.2-11.333c0.267-0.267 0.667-0.533 1.2-0.533 0.4 0 0.8 0.133 1.2 0.533l2.4 2.4c0.267 0.267 0.4 0.667 0.4 1.2z\"><\/path><\/svg><\/div><\/div><span class=\"thrv-advanced-inline-text tve_editable tcb-styled-list-icon-text tcb-no-delete tcb-no-save\" data-css=\"tve-u-16e7e417274\">Waste heat recovery from compressed air with 18 kW<\/span><\/li><li class=\"thrv-styled-list-item\" data-css=\"tve-u-16e7e417286\"><div class=\"tcb-styled-list-icon\"><div class=\"thrv_wrapper thrv_icon tve_no_drag tcb-no-delete tcb-no-clone tcb-no-save tcb-icon-inherit-style\" data-css=\"tve-u-1751cef660f\"><svg class=\"tcb-icon\" viewBox=\"0 0 32 32\" data-id=\"icon-check\" data-name=\"\"><path d=\"M29.333 10.267c0 0.4-0.133 0.8-0.533 1.2l-14.8 14.8c-0.267 0.267-0.667 0.4-1.067 0.4s-0.933-0.133-1.2-0.533l-2.4-2.267-6.267-6.267c-0.267-0.267-0.4-0.667-0.4-1.2s0.133-0.8 0.533-1.2l2.4-2.4c0.267-0.133 0.667-0.4 1.067-0.4s0.8 0.133 1.2 0.533l5.067 5.067 11.2-11.333c0.267-0.267 0.667-0.533 1.2-0.533 0.4 0 0.8 0.133 1.2 0.533l2.4 2.4c0.267 0.267 0.4 0.667 0.4 1.2z\"><\/path><\/svg><\/div><\/div><span class=\"thrv-advanced-inline-text tve_editable tcb-styled-list-icon-text tcb-no-delete tcb-no-save\" data-css=\"tve-u-16e7e417274\">Waste heat utilisation from the exhaust gas of the thermal oil boiler with max. 140 kW<\/span><\/li><li class=\"thrv-styled-list-item\" data-css=\"tve-u-16e7e417286\"><div class=\"tcb-styled-list-icon\"><div class=\"thrv_wrapper thrv_icon tve_no_drag tcb-no-delete tcb-no-clone tcb-no-save tcb-icon-inherit-style\" data-css=\"tve-u-1751cef7c95\"><svg class=\"tcb-icon\" viewBox=\"0 0 32 32\" data-id=\"icon-check\" data-name=\"\"><path d=\"M29.333 10.267c0 0.4-0.133 0.8-0.533 1.2l-14.8 14.8c-0.267 0.267-0.667 0.4-1.067 0.4s-0.933-0.133-1.2-0.533l-2.4-2.267-6.267-6.267c-0.267-0.267-0.4-0.667-0.4-1.2s0.133-0.8 0.533-1.2l2.4-2.4c0.267-0.133 0.667-0.4 1.067-0.4s0.8 0.133 1.2 0.533l5.067 5.067 11.2-11.333c0.267-0.267 0.667-0.533 1.2-0.533 0.4 0 0.8 0.133 1.2 0.533l2.4 2.4c0.267 0.267 0.4 0.667 0.4 1.2z\"><\/path><\/svg><\/div><\/div><span class=\"thrv-advanced-inline-text tve_editable tcb-styled-list-icon-text tcb-no-delete tcb-no-save\" data-css=\"tve-u-16e7e417274\">Waste heat in cooling water 800 kW<\/span><\/li><li class=\"thrv-styled-list-item\" data-css=\"tve-u-16e7e417286\"><div class=\"tcb-styled-list-icon\"><div class=\"thrv_wrapper thrv_icon tve_no_drag tcb-no-delete tcb-no-clone tcb-no-save tcb-icon-inherit-style \" data-css=\"tve-u-1751cefa00a\"><svg class=\"tcb-icon\" viewBox=\"0 0 32 32\" data-id=\"icon-check\" data-name=\"\"><path d=\"M29.333 10.267c0 0.4-0.133 0.8-0.533 1.2l-14.8 14.8c-0.267 0.267-0.667 0.4-1.067 0.4s-0.933-0.133-1.2-0.533l-2.4-2.267-6.267-6.267c-0.267-0.267-0.4-0.667-0.4-1.2s0.133-0.8 0.533-1.2l2.4-2.4c0.267-0.133 0.667-0.4 1.067-0.4s0.8 0.133 1.2 0.533l5.067 5.067 11.2-11.333c0.267-0.267 0.667-0.533 1.2-0.533 0.4 0 0.8 0.133 1.2 0.533l2.4 2.4c0.267 0.267 0.4 0.667 0.4 1.2z\"><\/path><\/svg><\/div><\/div><span class=\"thrv-advanced-inline-text tve_editable tcb-styled-list-icon-text tcb-no-delete tcb-no-save\" data-css=\"tve-u-16e7e417274\">Doubling the capacity of steam generation from residues<\/span><\/li><li class=\"thrv-styled-list-item\" data-css=\"tve-u-16e7e417286\"><div class=\"tcb-styled-list-icon\"><div class=\"thrv_wrapper thrv_icon tve_no_drag tcb-no-delete tcb-no-clone tcb-no-save tcb-icon-inherit-style\" data-css=\"tve-u-1751cf019c8\"><svg class=\"tcb-icon\" viewBox=\"0 0 32 32\" data-id=\"icon-check\" data-name=\"\"><path d=\"M29.333 10.267c0 0.4-0.133 0.8-0.533 1.2l-14.8 14.8c-0.267 0.267-0.667 0.4-1.067 0.4s-0.933-0.133-1.2-0.533l-2.4-2.267-6.267-6.267c-0.267-0.267-0.4-0.667-0.4-1.2s0.133-0.8 0.533-1.2l2.4-2.4c0.267-0.133 0.667-0.4 1.067-0.4s0.8 0.133 1.2 0.533l5.067 5.067 11.2-11.333c0.267-0.267 0.667-0.533 1.2-0.533 0.4 0 0.8 0.133 1.2 0.533l2.4 2.4c0.267 0.267 0.4 0.667 0.4 1.2z\"><\/path><\/svg><\/div><\/div><span class=\"thrv-advanced-inline-text tve_editable tcb-styled-list-icon-text tcb-no-delete tcb-no-save\" data-css=\"tve-u-16e7e417274\">Einsparpotenzial approx. 1,500 t CO<sub>2<\/sub> pro Jahr<\/span><\/li><\/ul><\/div><div class=\"thrv_wrapper thrv_symbol thrive-shortcode thrv_symbol_18386\" data-shortcode=\"thrive_symbol\" data-id=\"18386\" data-selector=\".thrv_symbol_18386\"><div class=\"thrive-shortcode-config\" style=\"display: none !important\">__CONFIG_post_symbol__{\"id\":\"18386\"}__CONFIG_post_symbol__<\/div><\/div>","tve_custom_css":"@media (min-width: 300px){[data-css=\"tve-u-16e7e41726d\"] { max-width: 1258px; min-width: 100%; }[data-css=\"tve-u-16e7e41726f\"] .tve-page-section-in { display: block; }[data-css=\"tve-u-16e7e417270\"] { margin-top: 50px !important; }[data-css=\"tve-u-16e7e417273\"] { margin-top: 50px !important; }[data-css=\"tve-u-16e7e417274\"] { line-height: 1.63em !important; }[data-css=\"tve-u-16e7e41727c\"] { margin-top: 0px !important; }[data-css=\"tve-u-16e7e417280\"] { font-size: 19px; width: 19px; height: 19px; padding-top: 5px 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