/* Sipho — Home page sections */
function HomeHero() {
return (
{tr('Reusable enteral systems')}{L(We're challenging the single‑use culture in healthcare., Vi udfordrer engangs‑kulturen i sundhedsvæsenet.)}
{tr('We develop reusable medical devices that cut plastic waste in hospitals, without compromising patient safety or clinical efficiency.')}
{tr('See the solution')}{tr('Follow our test phase')}
{tr('×10,000')}
{tr('uses per reusable plunger')}
35%
{tr('less single-use plastic')}
ENFit
{tr('compatible')}
{tr('Reusable plunger')}
{tr('Human Factors Engineering tests are ongoing')}
);
}
function Problem() {
const cards = [
{ num: '39,000', u: '', lab: 'Tonnes of waste produced by the Danish healthcare sector every year — about 4.4 tonnes an hour.', src: 'Dagens Medicin', href: 'https://www.dagensmedicin.dk/nyheder/overblik/hospitalerne-producerer-44-ton-affald-i-timen-nu-skal-det-sorteres/' },
{ num: '4,000', u: '', lab: 'Tonnes of plastic used annually just to package medical products at Danish hospitals (COWI estimate).', src: 'Plastikviden.dk', href: 'https://plastikviden.dk/nyheder/2022/april/regionerne-gaar-til-kamp-for-mere-baeredygtig-emballage-paa-hospitaler-i-norden' },
{ num: '1970s', u: '', lab: 'When healthcare began its shift to disposables — driven by the plastic revolution, sterility demands and the push for efficiency.', src: 'Single-use medical devices', href: 'https://en.wikipedia.org/wiki/Single-use_medical_devices' },
];
return (
{tr('Modern hospitals are clean and efficient — and that efficiency was built on single-use plastic. Every feed, every procedure adds to a waste stream that has been growing for fifty years.')}
{tr('Why we exist')}{tr('We wouldn\'t accept "you can\'t change single-use syringes."')}
{tr('Sipho grew out of a university project to redesign a medical syringe pump. We took the pump apart, weighed every component and ran a full material analysis — and found the pump barely registered next to the single-use plastic it consumed. So we changed the project, and rebuilt the syringe instead. That redesign is our product.')}
{tr('We want to be one of the driving forces in the green transition of healthcare, where hybrid products combine a reusable, high-quality product with a sterile single-use product.')}
{tr('Meet the team')}
);
}
function WhyES50() {
const items = [
{ ic: 'shield-check', eco: false, h: 'Clinical performance, every time', p: 'The syringe barrel and gasket remain single-use, just as they are today. Only the plunger, which never comes into contact with the patient or the feed, becomes a reusable medical device. Patient safety remains unchanged.' },
{ ic: 'recycle', eco: true, h: 'Designed to be reused', p: 'The plunger is made from anodised recycled aluminium: dirt-repellent, light, and close to 100% recyclable. One replaces roughly 10,000 disposable plungers over five years.' },
{ ic: 'bar-chart-3', eco: false, h: 'Data-driven, under validation', p: 'Our initial LCA screening demonstrates the environmental potential based on material selection and end-of-life disposal. Ongoing Human Factors Engineering studies will provide the data needed to further refine and validate the full life cycle assessment.' },
];
return (
);
}
function TestPartners() {
const partners = [
{ mono: 'M', name: 'Medicina', role: 'ENFit enteral & stoma devices · Bolton, UK', bio: 'Medicina is a British medical-device company and part of the HMC Group since 2017. Headquartered in Bolton, it designs and distributes ENFit enteral feeding and stoma devices globally, manufactured by the HMC Group in Mirandola, Italy.' },
{ mono: 'BD', name: 'BD — Becton, Dickinson and Company', role: 'Global medical technology · USA', bio: 'BD is an American multinational medical-technology company that manufactures and sells medical devices, instrument systems and reagents, and also provides consulting and analytics services.' },
{ mono: 'RH', name: 'Region Hovedstaden', role: 'Public healthcare authority · Copenhagen, Denmark', bio: "Region Hovedstaden is Denmark's largest healthcare system, responsible for operating and developing hospital care, somatic and psychiatric services, and emergency response for citizens across the capital region." },
];
return (
{partners.map((p, i) => (
{p.mono}
{p.name}
{tr(p.role)}
{tr(p.bio)}
))}
);
}
function ImpactBand() {
const lang = useLang();
const stats = [
{ to: 10000, d: 0, prefix: '×', u: '', lab: 'Uses per reusable plunger, over ~5 years', accent: true },
{ to: 35, d: 0, u: '%', lab: 'Less single-use plastic per syringe', accent: false },
{ to: 360, d: 0, u: 'kg', lab: 'CO₂e avoided per plunger, lifetime', accent: true },
{ to: 100, d: 0, u: '%', lab: 'Recyclability of the aluminium plunger', accent: false },
{ to: 1, d: 0, prefix: '~', u: lang === 'da' ? 'mia.' : 'bn', lab: 'Enteral feeding syringes used every year in the EU — this syringe type alone', accent: true },
{ to: 36000, d: 0, u: 't', lab: 'CO₂e the EU could cut every year by switching to Sipho\'s reusable plunger — this syringe type alone', accent: false },
];
return (
{tr('Want to see the reusable plunger on your ward?')}
{tr('We\u2019re scoping our Human Factors Engineering test now. Tell us about your unit and we\u2019ll come back with a baseline of the plastic and CO\u2082e you\u2019d avoid.')}